2000 GA Accident Aircraft Data Used in Annual Review
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2000_GA_Annual_Review_Data
ntsb_no ev_date Location Basic Weather
MIA00LA063 1/1/2000 HOMESTEAD,FL VMC
ATL00FA019 1/1/2000 MONTEAGLE,TN IMC
LAX00LA063 1/2/2000 VICTORVILLE,CA VMC
LAX00LA062 1/2/2000 DOS PALOS,CA VMC
FTW00LA067 1/2/2000 CORNING,AR VMC
FTW00LA057 1/2/2000 ODESSA,TX VMC
DEN00FA037 1/2/2000 TELLURIDE,CO IMC
MIA00FA060 1/3/2000 CAYEY,PR VMC
FTW00LA058 1/3/2000 HOUSTON,TX VMC
ATL00FA021 1/3/2000 CORDESVILLE,SC VMC
MIA00LA061 1/4/2000 KISSIMMEE,FL VMC
LAX00LA071 1/4/2000 CHANDLER,AZ VMC
DEN00LA036 1/4/2000 JACKSON,WY VMC
MIA00FA064 1/5/2000 Atlantic Ocean,AO VMC
IAD00LA015 1/5/2000 BRUTUS,NY VMC
NYC00FA063 1/6/2000 OLD FORGE,PA VMC
CHI00FA057 1/6/2000 DUNBAR,WI VMC
SEA00FA037 1/7/2000 MARYSVILLE,WA VMC
LAX00LA069 1/7/2000 RIALTO,CA VMC
NYC00LA065 1/8/2000 HARPSWELL,ME VMC
LAX00LA070 1/8/2000 CHINO,CA VMC
LAX00LA068 1/8/2000 UPLAND,CA VMC
DEN00LA041 1/8/2000 HUNTSVILLE,UT IMC
DEN00LA040 1/8/2000 PUEBLO,CO VMC
DEN00LA038 1/8/2000 ROCK SPRINGS,WY IMC
ATL00FA023 1/8/2000 MACON,GA VMC
MIA00LA067 1/9/2000 JEKYLL ISLAND,GA VMC
MIA00LA065 1/9/2000 HAMPSTEAD,NC VMC
MIA00FA066 1/9/2000 MOUNT PLEASANT,SCIMC
IAD00LA016 1/9/2000 WAYNESBURG,PA VMC
FTW00LA059 1/9/2000 SWEENEY,TX VMC
DEN00LA039 1/9/2000 ALBUQUERQUE,NM VMC
SEA00LA036 1/10/2000 EVERETT,WA IMC
NYC00FA064 1/10/2000 COATESVILLE,PA VMC
FTW00LA061 1/10/2000 SHERMAN,TX VMC
FTW00LA060 1/10/2000 ANGLETON,TX VMC
NYC00LA066 1/11/2000 BRADFORD,PA IMC
LAX00LA074 1/11/2000 MOBILE,AZ VMC
LAX00GA073 1/11/2000 CROWS LANDING,CA IMC
DEN00TA042 1/11/2000 LINDRITH,NM VMC
DEN00LA043 1/13/2000 FILLMORE,UT VMC
LAX00LA075 1/14/2000 KERNVILLE,CA VMC
FTW00TA065 1/14/2000 LIVINGSTON,TX VMC
FTW00FA063 1/14/2000 CARLISLE,AR VMC
MIA00LA068 1/16/2000 SMYRNA,TN IMC
MIA00FA069 1/16/2000 ROGERSVILLE,TN IMC
CHI00LA058 1/17/2000 LIBERAL,KS IMC
SEA00FA038 1/18/2000 SHERWOOD,OR VMC
NYC00FA068 1/18/2000 WILLARD,KY IMC
NYC00FA067 1/18/2000 SOMERSET,KY IMC
LAX00LA076 1/18/2000 BRAWLEY,CA VMC
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DEN00LA046 1/18/2000 TOOELE,UT IMC
CHI00LA077 1/18/2000 STANLEY,ND VMC
MIA00LA072 1/19/2000 PALMETTO,FL VMC
FTW00LA068 1/19/2000 TYLER,TX VMC
MIA00TA070 1/20/2000 FORT MYERS,FL VMC
IAD00LA017 1/20/2000 PLAINVILLE,CT IMC
FTW00LA069 1/20/2000 SPRING BRANCH,TX VMC
NYC00LA069 1/21/2000 MONTPELIER,VT VMC
LAX00LA078 1/21/2000 COMPTON,CA VMC
FTW00LA071 1/21/2000 SLIDELL,TX VMC
FTW00FA072 1/21/2000 MEXIA,TX VMC
MIA00LA071 1/22/2000 DELAND,FL VMC
LAX00LA082 1/22/2000 RIO VISTA,CA VMC
LAX00LA079 1/22/2000 PIRU,CA VMC
FTW00LA073 1/22/2000 SAND SPRINGS,OK VMC
FTW00FA070 1/22/2000 San Antonio,TX VMC
CHI00LA060 1/22/2000 EAST TROY,WI VMC
SEA00WA042 1/23/2000 SQUAMISH, VMC
SEA00FA039 1/23/2000 PENDLETON,OR IMC
LAX00LA080 1/23/2000 BOULDER CITY,NV VMC
CHI00LA061 1/23/2000 PLYMOUTH,IN VMC
MIA00LA074 1/25/2000 LINCOLNTON,GA VMC
FTW00LA074 1/25/2000 RAYVILLE,LA VMC
MIA00LA075 1/26/2000 OCEAN REEF CLUB,FLVMC
LAX00LA137 1/26/2000 OAKLAND,CA VMC
LAX00LA077 1/26/2000 FIVE POINTS,CA VMC
FTW00LA075 1/26/2000 OKLAHOMA CITY,OK IMC
MIA00LA076 1/27/2000 STATESBORO,GA VMC
FTW00LA084 1/27/2000 DALLAS,TX IMC
FTW00LA077 1/27/2000 SARITA,TX VMC
NYC00LA070 1/29/2000 WISCASSET,ME VMC
MIA00LA078 1/29/2000 KISSIMMEE,FL VMC
LAX00LA081 1/29/2000 WINDSOR,CA VMC
DEN00LA045 1/29/2000 MT PLEASANT,UT VMC
LAX00LA089 1/30/2000 HANA, MAUI,HI VMC
LAX00LA085 1/30/2000 NAPA,CA VMC
LAX00LA083 1/30/2000 TAFT,CA VMC
SEA00LA041 1/31/2000 SNOHOMISH,WA VMC
MIA00LA079 1/31/2000 MYRTLE BEACH,SC VMC
LAX00LA084 2/1/2000 SANTA BARBARA,CA VMC
LAX00LA087 2/2/2000 BRAWLEY,CA VMC
LAX00LA086 2/2/2000 PALO ALTO,CA VMC
ANC00LA023 2/2/2000 FAIRBANKS,AK VMC
DEN00LA047 2/3/2000 FARMINGTON,NM VMC
CHI00LA068 2/3/2000 KNOX,IN VMC
MIA00LA082 2/4/2000 ANDREWS,NC IMC
MIA00LA081 2/4/2000 FAYETTE,AL VMC
FTW00FA079 2/4/2000 FRISCO,TX VMC
NYC00LA072 2/5/2000 ALTON BAY,NH VMC
LAX00LA094 2/5/2000 HONOLULU,HI VMC
LAX00LA091 2/5/2000 JEAN,NV VMC
DEN00LA048 2/5/2000 ALBUQUERQUE,NM VMC
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2000_GA_Annual_Review_Data
CHI00LA065 2/5/2000 CHESTERFIELD,MO VMC
NYC00LA073 2/6/2000 VINCENTOWN,NJ VMC
MIA00GA083 2/6/2000 LARANDIA, VMC
LAX00LA092 2/6/2000 LIVERMORE,CA VMC
LAX00FA093B 2/7/2000 SYLMAR,CA VMC
SEA00LA043 2/7/2000 KAHLOTUS,WA VMC
NYC00LA074 2/7/2000 WILDWOOD,NJ VMC
MIA00LA086 2/7/2000 OLIVE BRANCH,MS VMC
MIA00LA085 2/7/2000 LOUISBURG,NC VMC
LAX00LA253 2/7/2000 FLAGSTAFF,AZ VMC
LAX00LA096 2/7/2000 BERMUDA DUNES,CA VMC
LAX00FA093A 2/7/2000 SYLMAR,CA VMC
LAX00FA090 2/7/2000 REDWOOD CITY,CA IMC
DEN00TA049 2/7/2000 LOVELAND,CO VMC
CHI00MA066B 2/8/2000 ZION,IL VMC
MIA00LA087 2/8/2000 ENGLEWOOD,FL VMC
LAX00LA095 2/8/2000 GLENDALE,AZ VMC
FTW00FA080 2/8/2000 NEW BRAUNFELS,TX VMC
CHI00MA066A 2/8/2000 ZION,IL VMC
CHI00LA064 2/8/2000 ALMA,MI VMC
ANC00LA026 2/8/2000 GLENNALLEN,AK VMC
MIA00LA091 2/9/2000 MONROE,GA VMC
IAD00LA019 2/9/2000 LYNDONVILLE,VT VMC
CHI00LA067 2/9/2000 SCHAUMBURG,IL VMC
ATL00FA024 2/9/2000 ODESSA,FL VMC
MIA00LA089 2/10/2000 SALISBURY,NC VMC
IAD00WA020 2/11/2000 WAIROA GORGE, VMC
IAD00LA021 2/11/2000 CUMBERLAND GAP,VA IMC
DEN00GA050 2/11/2000 WOODS CROSS,UT VMC
ATL00LA025B 2/12/2000 CLEARWATER,FL VMC
NYC00LA077 2/12/2000 SARATOGA SPRNGS,NYVMC
DEN00LA051 2/12/2000 RESERVE,NM VMC
CHI00LA069 2/12/2000 OLATHE,KS VMC
ATL00LA025A 2/12/2000 CLEARWATER,FL VMC
MIA00FA090 2/13/2000 DAYTON,TN IMC
IAD00LA022 2/13/2000 NORRIDGEWOCK,ME VMC
FTW00LA081 2/13/2000 COLLEGE STATION,TXVMC
NYC00LA080 2/14/2000 WEST LAFAYETTE,OHVMC
NYC00FA079 2/14/2000 CYNTHIANA,KY IMC
LAX00LA103 2/14/2000 PACIFIC OCEAN,PO VMC
LAX00FA099 2/14/2000 COULTERVILLE,CA IMC
FTW00LA082 2/14/2000 HOUSTON,TX IMC
NYC00LA081B 2/15/2000 PARKERTOWN,OH VMC
LAX00FA101B 2/15/2000 Palm Springs,CA VMC
NYC00LA081A 2/15/2000 PARKERTOWN,OH VMC
LAX00LA100 2/15/2000 RIVERBANK,CA VMC
LAX00GA102 2/15/2000 ELFRIDA,AZ VMC
LAX00FA101A 2/15/2000 Palm Springs,CA VMC
ATL00FA026 2/15/2000 CHAMBLEE,GA VMC
SEA00LA044 2/16/2000 BILLINGS,MT VMC
NYC00LA082 2/16/2000 MOUNT HOLLY,NJ VMC
MIA00LA092 2/16/2000 HAZELHURST,MS VMC
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LAX00LA088 2/16/2000 UKIAH,CA VMC
FTW00FA083A 2/16/2000 MCALESTER,OK VMC
ANC00LA028 2/17/2000 WILLOW,AK VMC
SEA00LA045 2/18/2000 SPANGLE,WA VMC
NYC00LA083 2/18/2000 SANDUSKY,OH VMC
LAX00LA109 2/18/2000 POHNPEI,PO VMC
LAX00LA105 2/18/2000 Elko,NV VMC
MIA00LA093 2/19/2000 MIAMI,FL VMC
FTW00LA085 2/19/2000 WEIR,TX VMC
ATL00LA027 2/19/2000 LEESBURG,FL VMC
MIA00LA095 2/20/2000 DELRAY,FL VMC
CHI00LA078 2/20/2000 SAGINAW,MI VMC
CHI00LA075 2/20/2000 WAYZATA,MN VMC
CHI00LA072 2/20/2000 TOWER,MN VMC
ATL00LA028 2/20/2000 NASHVILLE,TN VMC
LAX00LA107 2/21/2000 BYRON,CA VMC
LAX00LA104 2/21/2000 CAMARILLO,CA VMC
CHI00LA081 2/21/2000 WATERFORD,MI VMC
CHI00LA074 2/21/2000 WISCONSIN RAPID,WIVMC
NYC00LA084 2/22/2000 CENTER HARBOR,NH VMC
IAD00FA023 2/23/2000 PLYMOUTH,MA VMC
MIA00LA094 2/24/2000 CLEARWATER,FL VMC
LAX00LA108 2/24/2000 DESERT CENTER,CA VMC
DEN00FA053 2/24/2000 EL PRADO,NM IMC
CHI00FA080 2/24/2000 MOORHEAD,MN IMC
CHI00LA082 2/25/2000 SHELBYVILLE,IN VMC
ANC00LA030 2/25/2000 OPHIR,AK VMC
MIA00LA098 2/26/2000 KARNS,TN VMC
LAX00LA113 2/26/2000 SELMA,CA VMC
LAX00LA111 2/26/2000 SAN BERNARDINO,CA VMC
FTW00LA088 2/26/2000 ALPINE,TX VMC
FTW00LA087 2/26/2000 RUSH SPRINGS,OK VMC
FTW00LA086 2/26/2000 NEW ULM,TX VMC
DEN00LA054 2/26/2000 BOULDER,CO VMC
LAX00LA110 2/27/2000 BIG BEAR CITY,CA VMC
CHI00LA084 2/27/2000 MARSHALL,MO VMC
CHI00LA079 2/27/2000 BLOOMINGTON,IN VMC
MIA00LA100 2/28/2000 DANDRIDGE,TN VMC
MIA00LA099 2/28/2000 BROOKSVILLE,FL VMC
MIA00LA097 2/28/2000 ODESSA,FL VMC
IAD00FA024 2/28/2000 PRNCE FREDERICK,MDVMC
ATL00LA029 2/28/2000 TITUSVILLE,FL VMC
MIA00WA101 2/29/2000 RAS TANURA, VMC
FTW00LA089 2/29/2000 FORT WORTH,TX VMC
ATL00LA030 2/29/2000 BROOKSVILLE,FL VMC
NYC00LA101 3/1/2000 HAZELTON,PA VMC
LAX00LA112 3/1/2000 COALINGA,CA VMC
CHI00LA085 3/1/2000 MACOMB,IL VMC
DEN00LA055 3/2/2000 GILLETTE,WY VMC
MIA00FA102 3/3/2000 MIAMI,FL VMC
SEA00LA047 3/4/2000 BOZEMAN,MT VMC
NYC00LA087 3/4/2000 ROME,NY VMC
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IAD00LA025 3/4/2000 BLAIRSTOWN,NJ VMC
NYC00LA089 3/5/2000 WEST MILFORD,NJ VMC
LAX00LA117 3/5/2000 PALO ALTO,CA VMC
CHI00LA086 3/5/2000 OSCEOLA,IA VMC
ATL00LA033 3/5/2000 INDIANTOWN,FL VMC
ATL00LA032 3/5/2000 CORNELIA,GA VMC
ANC00LA032 3/5/2000 FAIRBANKS,AK VMC
ANC00LA031 3/5/2000 BIG LAKE,AK VMC
SEA00LA048 3/6/2000 RICHLAND,WA VMC
LAX00FA122 3/6/2000 CIMA,CA VMC
ATL00LA034 3/6/2000 DALLAS,NC VMC
NYC00LA091 3/7/2000 PAWLING,NY VMC
NYC00LA088 3/7/2000 CONESUS,NY VMC
LAX00LA120 3/7/2000 REEDLEY,CA VMC
LAX00LA119 3/7/2000 IMPERIAL,CA VMC
LAX00LA116 3/7/2000 Wasco,CA VMC
LAX00LA115 3/7/2000 INCLINE VILLAGE,NV VMC
FTW00LA090 3/7/2000 MANILLA,AR VMC
LAX00LA118 3/8/2000 CALIPATRIA,CA VMC
MIA00FA103B 3/9/2000 SARASOTA,FL VMC
MIA00FA103A 3/9/2000 SARASOTA,FL VMC
FTW00LA094 3/9/2000 LAKE CHARLES,LA VMC
CHI00LA089 3/9/2000 PONTIAC,MI IMC
SEA00LA049 3/10/2000 PORT TOWNSEND,WAVMC
MIA00LA214 3/10/2000 BEAUFORT,NC VMC
LAX00FA123 3/10/2000 V
ROUGH AND READY,CAMC
FTW00LA095 3/10/2000 MIDLAND,TX VMC
LAX00LA129 3/11/2000 SAN DIEGO,CA VMC
LAX00FA126 3/11/2000 Fallbrook,CA VMC
FTW00LA092 3/11/2000 DAVIS,OK VMC
CHI00LA092 3/11/2000 NEENAH,WI VMC
LAX00LA124 3/12/2000 VACAVILLE,CA VMC
DEN00LA057 3/12/2000 JACKSON,WY VMC
DEN00LA056 3/12/2000 BELEN,NM VMC
SEA00LA051 3/13/2000 ODELL,OR VMC
LAX00TA125 3/13/2000 RIO VISTA,CA VMC
FTW00LA110 3/13/2000 PERRYTON,TX VMC
FTW00LA098 3/13/2000 GARWOOD,TX VMC
FTW00LA097 3/13/2000 GILLETT,AR VMC
FTW00LA096 3/13/2000 RAYVILLE,LA VMC
DEN00LA058 3/13/2000 RAWLINS,WY VMC
MIA00FA107B 3/14/2000 STUART,FL VMC
MIA00FA107A 3/14/2000 STUART,FL VMC
LAX00GA114 3/14/2000 COMPTON,CA VMC
DEN00LA059 3/14/2000 RIFLE,CO VMC
MIA00LA105 3/15/2000 NAPLES,FL VMC
LAX00LA128 3/15/2000 BUCKEYE,AZ VMC
DEN00LA061 3/15/2000 PROVO,UT VMC
SEA00LA053 3/16/2000 THREE FORKS,MT VMC
SEA00LA052 3/16/2000 BEND,OR VMC
DEN00LA060 3/16/2000 OGDEN,UT VMC
NYC00FA092 3/17/2000 HYANNIS,MA IMC
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MIA00LA111 3/17/2000 SANFORD,FL VMC
MIA00LA110 3/17/2000 MERRITT ISLAND,FL VMC
CHI00FA090 3/17/2000 DIGHTON,KS IMC
IAD00LA027B 3/18/2000 ERWINNA,PA VMC
NYC00LA093 3/18/2000 FARMINGDALE,NY VMC
LAX00LA133 3/18/2000 SACRAMENTO,CA VMC
IAD00LA027A 3/18/2000 ERWINNA,PA VMC
DEN00LA062 3/18/2000 LOS LUNAS,NM VMC
CHI00LA091 3/18/2000 FESTUS,MO VMC
NYC00LA095 3/19/2000 NEW BRIGHTON,PA VMC
NYC00FA094 3/19/2000 AKRON,OH VMC
MIA00LA112 3/19/2000 LAKE PLACID,FL VMC
LAX00LA131 3/19/2000 SCOTTSDALE,AZ VMC
LAX00FA130 3/19/2000 Snelling,CA VMC
ANC00LA036 3/19/2000 ANCHORAGE,AK VMC
MIA00LA114 3/20/2000 TUSCALOOSA,AL VMC
MIA00LA113 3/21/2000 OCEAN SPRINGS,MS VMC
CHI00LA094 3/21/2000 HAYTI,MO VMC
SEA00LA055 3/22/2000 ROUNDUP,MT VMC
SEA00LA054 3/22/2000 QUINCY,WA VMC
MIA00LA116 3/22/2000 FORT LAUDERDALE,FL VMC
MIA00FA117 3/22/2000 COLUMBIA,SC VMC
FTW00WA136 3/22/2000 SAN JOSE, VMC
DEN00LA066 3/22/2000 CEDAR CITY,UT VMC
CHI00LA093 3/22/2000 MARENGO,IL VMC
FTW00WA135 3/23/2000 GUATEMALA CITY, VMC
NYC00LA102 3/24/2000 FARMINGDALE,NJ VMC
LAX00LA139 3/24/2000 TONOPAH,AZ VMC
LAX00FA134 3/24/2000 RIALTO,CA VMC
IAD00LA028 3/24/2000 SHENANDOAH,VA VMC
FTW00LA107 3/24/2000 MAUD,OK VMC
FTW00LA104 3/24/2000 ROANOKE,TX VMC
DEN00LA068 3/24/2000 LAS CRUCES,NM VMC
DEN00LA064 3/24/2000 WEST JORDAN,UT VMC
ATL00LA038 3/24/2000 SPRINGFIELD,GA VMC
CHI00LA099B 3/25/2000 FT. LEAVENWORTH,KS VMC
LAX00LA135 3/25/2000 CORONA,CA VMC
FTW00LA106 3/25/2000 BEASLEY,TX VMC
DEN00LA065 3/25/2000 HANKSVILLE,UT VMC
DEN00FA067 3/25/2000 ROSWELL,NM VMC
CHI00LA099A 3/25/2000 FT. LEAVENWORTH,KS VMC
CHI00LA098 3/25/2000 BUTLER,MO VMC
CHI00LA097 3/25/2000 JOPLIN,MO VMC
NYC00LA110 3/26/2000 WAYNESBURG,PA VMC
NYC00LA099 3/26/2000 SISSONVILLE,WV VMC
NYC00LA098 3/26/2000 LEHIGHTON,PA VMC
MIA00LA120 3/26/2000 EDGEWATER,FL VMC
MIA00LA119 3/26/2000 KILL DEVIL HILL,NC VMC
MIA00FA118 3/26/2000 Panama City,FL IMC
LAX00FA136 3/26/2000 VAN NUYS,CA VMC
FTW00LA105 3/26/2000 NEW ULM,TX VMC
FTW00FA103 3/26/2000 BUDA,TX IMC
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NYC00LA105 3/27/2000 KEENE,NH VMC
MIA00GA121 3/27/2000 DEL RIO,TX VMC
LAX00LA141 3/27/2000 TAFT,CA VMC
LAX00LA140 3/27/2000 OVERTON,NV VMC
FTW00LA108 3/27/2000 BRIDGEPORT,TX VMC
CHI00LA096 3/27/2000 BUCKLIN,KS VMC
SEA00LA058 3/28/2000 LOPEZ ISLAND,WA VMC
NYC00LA103 3/28/2000 RENICK,WV IMC
MIA00LA124 3/28/2000 ST. PETERSBURG,FL VMC
FTW00WA112 3/28/2000 PUNTARENAS, VMC
FTW00LA109 3/28/2000 DECATUR,TX VMC
ATL00LA039 3/28/2000 HERNANDO,FL VMC
MIA00LA123 3/29/2000 LEESBURG,GA VMC
NYC00LA111 3/30/2000 EAST HADDAM,CT VMC
NYC00FA106 3/30/2000 BALLSTON SPA,NY VMC
LAX00FA144 3/30/2000 HANFORD,CA VMC
CHI00LA108 3/30/2000 ARLINGTON,SD VMC
CHI00LA100 3/30/2000 EUREKA,SD VMC
SEA00LA059 3/31/2000 ODESSA,WA VMC
IAD00LA030 3/31/2000 LINCOLN PARK,NJ VMC
FTW00LA115 3/31/2000 ADDISON,TX VMC
CHI00LA102 3/31/2000 BLOOMINGTON,IN VMC
SEA00LA060 4/1/2000 SILVERDALE,WA VMC
NYC00LA115 4/1/2000 PARKER,PA VMC
NYC00LA108 4/1/2000 GILLESPIE,PA VMC
NYC00LA107 4/1/2000 EAST LIVERPOOL,OH VMC
DEN00LA069 4/1/2000 HELPER,UT VMC
CHI00LA101 4/1/2000 SHELBYVILLE,IL VMC
SEA00FA061 4/2/2000 STANWOOD,WA VMC
MIA00FA126 4/2/2000 CHIPLEY,FL VMC
LAX00LA145 4/2/2000 SACRAMENTO,CA VMC
FTW00LA114 4/2/2000 BROWNFIELD,TX VMC
FTW00FA113 4/2/2000 PETTIGREW,AR IMC
CHI00LA105 4/2/2000 MAPLE PLAIN,MN VMC
CHI00LA104 4/2/2000 MONROE CITY,MO VMC
CHI00LA103 4/2/2000 PINE CITY,MN VMC
ANC00LA040 4/2/2000 SKWENTNA,AK VMC
IAD00LA031 4/3/2000 SELINSGROVE,PA VMC
FTW00FAMS1 4/3/2000 GULF OF MEXICO,GM IMC
SEA00LA072 4/4/2000 WALLOWA,OR VMC
SEA00LA063 4/4/2000 CRESWELL,OR VMC
MIA00LA127 4/4/2000 MURFREESBORO,TN VMC
LAX00LA143 4/4/2000 PHOENIX,AZ VMC
MIA00FA129 4/5/2000 MARIANNA,FL VMC
FTW00LA122 4/5/2000 HOUSTON,TX VMC
FTW00LA117 4/5/2000 ORANGE,TX VMC
NYC00LA109 4/6/2000 NORTH ADAMS,MA VMC
LAX00LA173 4/6/2000 CHANDLER,AZ VMC
LAX00LA147 4/6/2000 HERLONG,CA VMC
FTW00LA118 4/6/2000 OAK GROVE,LA VMC
IAD00FA034 4/7/2000 DAMERON,MD VMC
FTW00LA119 4/7/2000 LUBBOCK,TX VMC
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DEN00LA070 4/7/2000 FORT COLLINS,CO VMC
CHI00LA106 4/7/2000 SAINT JOSEPH,MO VMC
SEA00LA068 4/8/2000 LIBBY,MT VMC
SEA00LA066 4/8/2000 SEATTLE,WA VMC
DEN00LA072 4/8/2000 ROCKY FORD,CO VMC
CHI00FA110 4/8/2000 LEMONT,IL VMC
CHI00FA107 4/8/2000 EMBARRASS,MN VMC
ATL00LA040 4/8/2000 LEESBURG,FL VMC
LAX00FA148 4/9/2000 SAN JOAQUIN,CA VMC
FTW00LA121 4/9/2000 FAYETTEVILLE,AR VMC
DEN00LA071 4/9/2000 ANTHONY,NM VMC
SEA00LA065 4/10/2000 SPOKANE,WA VMC
LAX00LA152 4/10/2000 LAKEPORT,CA VMC
LAX00LA142 4/10/2000 JACKSON,CA VMC
SEA00LA067 4/11/2000 SEATTLE,WA VMC
NYC00LA075 4/11/2000 KENNEDYVILLE,MD VMC
MIA00LA137 4/11/2000 DAYTONA BEACH,FL VMC
LAX00LA150 4/11/2000 RIVERSIDE,CA VMC
LAX00LA149 4/11/2000 FRESNO,CA VMC
LAX00FA151 4/11/2000 Fullerton,CA VMC
IAD00TA040 4/11/2000 CLEVELAND,OH IMC
FTW00LA123 4/11/2000 ROCKSPRINGS,TX VMC
CHI00LA109 4/11/2000 SHERWOOD,ND VMC
SEA00LA070 4/12/2000 AUBURN,WA VMC
MIA00LA130 4/12/2000 NATCHEZ,MS IMC
DEN00LA073 4/12/2000 ALBUQUERQUE,NM VMC
CHI00LA117 4/12/2000 CHESTERFIELD,MO VMC
ANC00LA043 4/12/2000 DELTA JUNCTION,AK VMC
ANC00LA041 4/12/2000 ALEKNAGIK,AK VMC
SEA00LA071 4/13/2000 LOPEZ ISLAND,WA IMC
MIA00LA133 4/13/2000 LAKELAND,FL VMC
MIA00LA132 4/13/2000 WOODSTOCK,AL VMC
MIA00LA131 4/13/2000 MULBERRY,FL VMC
FTW00TA116 4/13/2000 EL PASO,TX VMC
ANC00LA044 4/13/2000 IGIUGIG,AK VMC
SEA00LA073 4/14/2000 ACEQUIA,ID VMC
NYC00FA112 4/14/2000 GROTTOES,VA IMC
LAX00LA154 4/14/2000 PALO ALTO,CA VMC
FTW00LA125 4/14/2000 ARLINGTON,TX VMC
CHI00FA111 4/14/2000 St. Paul,MN VMC
ANC00LA045 4/14/2000 CHICKALOON,AK VMC
NYC00LA114 4/15/2000 CINCINNATI,OH VMC
NYC00LA113 4/15/2000 LANCONIA,NH VMC
MIA00LA143 4/15/2000 LAKELAND,FL VMC
MIA00LA134 4/15/2000 LAKELAND,FL VMC
LAX00LA155 4/15/2000 WILLOWS,CA VMC
CHI00LA113 4/15/2000 NEAR MUSKEGON,MI VMC
CHI00LA112 4/15/2000 KANKAKEE,IL VMC
ATL00FA041 4/15/2000 PALATKA,FL IMC
ANC00LA046 4/15/2000 ANCHORAGE,AK VMC
SEA00FA074 4/16/2000 BABB,MT UNK
MIA00LA136 4/16/2000 IMMOKALEE,FL VMC
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MIA00LA135 4/16/2000 ATHENS,GA VMC
LAX00LA157 4/16/2000 Yreka,CA IMC
IAD00LA037 4/16/2000 MANASSAS,VA VMC
FTW00LA124 4/16/2000 GALVESTON,TX VMC
ANC00LA047 4/16/2000 DELTA JUNCTION,AK VMC
LAX00GA158 4/17/2000 RENO,NV VMC
LAX00FA159 4/17/2000 PEARL HARBOR,HI VMC
IAD00FA038 4/17/2000 NORFOLK,MA VMC
FTW00RA128 4/17/2000 NEVAJ, VMC
DEN00FA074 4/18/2000 LAKEWOOD,CO VMC
CHI00LA115 4/18/2000 BATTLE CREEK,MI VMC
ANC00LA048 4/18/2000 BIG LAKE,AK VMC
LAX00LA161 4/19/2000 EUREKA,CA VMC
FTW00LA127 4/19/2000 TOMBALL,TX VMC
ATL00LA042 4/19/2000 Rock Hill,SC VMC
NYC00LA117 4/20/2000 MIDDLETOWN,RI VMC
MIA00LA140 4/20/2000 VIEQUES,PR VMC
LAX00TA163 4/20/2000 GREEN VALLEY,AZ VMC
LAX00LA165 4/20/2000 FRESNO,CA VMC
LAX00LA164 4/20/2000 PARKER,AZ VMC
LAX00LA162 4/20/2000 LODI,CA VMC
FTW00LA129 4/20/2000 LINDSAY,TX VMC
ATL00LA044 4/20/2000 Colquitt,GA VMC
ATL00LA043 4/20/2000 Stonesboro,SC VMC
SEA00LA078 4/21/2000 LEXINGTON,OR VMC
SEA00LA076 4/21/2000 RED LODGE,MT VMC
NYC00FA118 4/21/2000 NORTON,VA IMC
LAX00LA166 4/21/2000 WILLIAMS,CA VMC
LAX00FA168 4/21/2000 AGUA DULCE,CA IMC
FTW00LA130 4/21/2000 GOULD,AR VMC
DEN00LA077 4/21/2000 MONUMENT VALLEY,UTVMC
CHI00LA118 4/21/2000 ST. PAUL,MN VMC
SEA00LA077 4/22/2000 HOOD RIVER,OR VMC
NYC00FA119 4/22/2000 CONICVILLE,VA VMC
LAX00FA170 4/22/2000 BRENTWOOD,CA VMC
LAX00FA169 4/22/2000 QUEEN CREEK,AZ VMC
CHI00LA119 4/22/2000 KIMBERLING,MO VMC
ATL00LA046 4/22/2000 LAWRENCEBURG,TN VMC
ATL00LA045 4/22/2000 WAYCROSS,GA VMC
ANC00LA049 4/22/2000 MCCARTHY,AK VMC
SEA00LA075 4/23/2000 ASHLAND,OR VMC
NYC00LA120 4/23/2000 LANCASTER,OH VMC
CHI00LA122 4/23/2000 BOONE,IA VMC
LAX00FA171 4/24/2000 AUSTIN,NV VMC
CHI00LA121 4/24/2000 SALINA,KS VMC
NYC00LA121 4/25/2000 WAYNESVILLE,OH VMC
FTW00LA131 4/25/2000 LANCASTER,TX VMC
ATL00FA048 4/25/2000 ST. PETERSBURG,FL VMC
LAX00LA172 4/26/2000 SAN DIEGO,CA VMC
FTW00LA132 4/26/2000 HUNTER,OK VMC
CHI00FA123 4/26/2000 WATERTOWN,SD VMC
LAX00LA174 4/27/2000 HEALDSBURG,CA VMC
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MIA00FA141 4/28/2000 ELK PARK,NC IMC
LAX00LA177 4/28/2000 N. LAS VEGAS,NV VMC
LAX00LA175 4/28/2000 BUCKEYE,AZ VMC
LAX00FA178 4/28/2000 CHESTER,CA VMC
LAX00FA176 4/28/2000 VMC
NORTH LAS VEGAS,NV
FTW00LA134 4/28/2000 TULSA,OK VMC
FTW00LA133 4/28/2000 CLAREMORE,OK VMC
DEN00LA081 4/28/2000 LOS ALAMOS,NM VMC
ANC00LA050 4/28/2000 WASILLA,AK VMC
SEA00FA080 4/29/2000 FORT SMITH,MT IMC
MIA00WA142 4/29/2000 CHASCOMUS, VMC
LAX00LA180 4/29/2000 REDDING,CA VMC
LAX00LA179 4/29/2000 DELANO,CA VMC
FTW00LA137 4/29/2000 SALT MARSH,GM VMC
CHI00LA126 4/29/2000 URBANA,IL VMC
ATL00LA053 4/29/2000 MT. PLEASANT,SC VMC
ANC00LA051 4/29/2000 SELDOVIA,AK VMC
SEA00LA081 4/30/2000 HILLSBORO,OR VMC
NYC00LA126 4/30/2000 POTTSTOWN,PA VMC
NYC00LA125 4/30/2000 NASSAWADOX,VA VMC
DEN00LA079 4/30/2000 GILLETTE,WY VMC
DEN00FA086 4/30/2000 ESTES PARK,CO IMC
CHI00LA127 4/30/2000 WINN,MI VMC
ATL00LA052 4/30/2000 CLINTON,TN VMC
SEA00LA079 5/1/2000 SALEM,OR VMC
LAX00LA181 5/1/2000 RIALTO,CA VMC
DEN00FA082 5/1/2000 BLOOMFIELD,NM VMC
ATL00LA049 5/1/2000 DAYTONA BEACH,FL VMC
ANC00FA052 5/1/2000 KOTZEBUE,AK IMC
LAX00LA182 5/2/2000 FALLON,NV VMC
CHI00LA130 5/2/2000 NEENAH,WI VMC
CHI00FA129 5/2/2000 CORNELL,WI VMC
ATL00LA051 5/2/2000 MARCO ISLAND,FL VMC
ATL00LA050 5/2/2000 Orlando,FL VMC
SEA00LA083 5/3/2000 KENMORE,WA VMC
DEN00LA083 5/3/2000 LOVELAND,CO VMC
CHI00LA131 5/3/2000 ABERDEEN,SD VMC
SEA00LA082 5/4/2000 EPHRATA,WA VMC
MIA00LA144 5/4/2000 SANFORD,FL VMC
LAX00GA185 5/5/2000 China Lake,CA VMC
ANC00LA055 5/5/2000 HAINES,AK VMC
SEA00LA085 5/6/2000 SEASIDE,OR VMC
NYC00LA129 5/6/2000 BEAUMONT,PA VMC
NYC00LA128 5/6/2000 ELIZABETHTOWN,KY VMC
NYC00FA127 5/6/2000 CINCINNATI,OH VMC
MIA00LA148 5/6/2000 JACKSONVILLE,FL VMC
MIA00LA145 5/6/2000 METTER,GA VMC
IAD00LA039 5/6/2000 MCMURRAY,PA VMC
FTW00LA143 5/6/2000 ALBUQUERQUE,NM VMC
FTW00LA140 5/6/2000 BAILEY,CO VMC
FTW00LA139 5/6/2000 SOCORRO,NM VMC
FTW00LA138 5/6/2000 KANAB,UT VMC
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CHI00LA128 5/6/2000 FULTON,MO VMC
SEA00LA084 5/7/2000 INDEPENDENCE,OR VMC
NYC00LA130 5/7/2000 KUTZTOWN,PA VMC
MIA00FA146 5/7/2000 JACKSON,MS VMC
LAX00LA187 5/7/2000 MARANA,AZ VMC
LAX00LA184 5/7/2000 BURBANK,CA VMC
LAX00LA183 5/7/2000 GRAND CANYON,AZ VMC
FTW00TA142 5/7/2000 FORT STOCKTON,TX VMC
ATL00LA054 5/7/2000 FARMINGTON,NC VMC
ANC00LA054 5/7/2000 DELTA JUNCTION,AK VMC
LAX00TA186 5/8/2000 LOS ANGELES,CA VMC
FTW00FA144 5/8/2000 MACK,CO VMC
MIA00LA149 5/9/2000 NEW SMYRNA BCH,FLVMC
LAX00LA189 5/9/2000 MARANA,AZ VMC
LAX00LA188 5/9/2000 MESA,AZ VMC
FTW00LA145 5/9/2000 SAN ANTONIO,TX VMC
CHI00LA133 5/9/2000 GALESBURG,ND VMC
ATL00LA056 5/9/2000 FAYETTEVILLE,NC VMC
ATL00LA055 5/9/2000 KENNESAW,GA VMC
ANC00LA057 5/9/2000 ANCHORAGE,AK VMC
ANC00FA056 5/9/2000 ANCHORAGE,AK VMC
LAX00LA193 5/10/2000 Eureka,CA VMC
LAX00FA191 5/10/2000 KAUNAKAKAI,HI VMC
MIA00LA151 5/11/2000 BRYSON CITY,NC VMC
MIA00LA150 5/11/2000 PICAYUNE,MS VMC
LAX00LA195 5/11/2000 MESA,AZ VMC
CHI00LA134 5/11/2000 HAM LAKE,MN VMC
MIA00LA152 5/12/2000 FERNANDINA BCH,FL VMC
FTW00FA146 5/12/2000 HOUSTON,TX VMC
NYC00LA135 5/13/2000 WELLINGTON,OH VMC
NYC00LA134 5/13/2000 KEYMAR,MD VMC
NYC00LA133 5/13/2000 FOREST HILL,MD VMC
NYC00LA132 5/13/2000 MONETA,VA VMC
LAX00LA196 5/13/2000 CASA GRANDE,AZ VMC
FTW00LA148 5/13/2000 MESQUITE,TX VMC
DEN00LA088 5/13/2000 ERIE,CO VMC
DEN00LA087 5/13/2000 BEDFORD,WY VMC
CHI00LA135 5/13/2000 ITHACA,MI VMC
ANC00LA058 5/13/2000 BIG LAKE,AK VMC
MIA00LA158 5/14/2000 BOCA RATON,FL VMC
MIA00LA157 5/14/2000 SHARPSBURG,GA VMC
MIA00LA156 5/14/2000 WAKE FORREST,NC VMC
MIA00LA155 5/14/2000 MONROE,NC VMC
MIA00LA154 5/14/2000 HIGHLANDS,NC VMC
MIA00LA153 5/14/2000 APEX,NC VMC
CHI00LA137 5/14/2000 IONIA,KS VMC
CHI00LA136 5/14/2000 HOLMEN,WI UNK
LAX00LA197 5/15/2000 SHOW LOW,AZ VMC
LAX00LA194 5/15/2000 BORREGO SPRINGS,CAVMC
IAD00LA042 5/15/2000 GETTYSBURG,PA VMC
DEN00GA089 5/15/2000 ALAMOGORDO,NM VMC
NYC00FA136 5/16/2000 FRENCHVILLE,PA VMC
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IAD00LA043 5/16/2000 TAPPAHANNOCK,VA VMC
SEA00LA100 5/17/2000 ATLANTIC OCEAN,AO VMC
NYC00LA137 5/17/2000 PITTSBURGH,PA VMC
MIA00LA160 5/17/2000 MORGANTON,NC VMC
MIA00LA159 5/17/2000 FLORENCE,SC VMC
SEA00LA087 5/18/2000 MIDDLETON,ID VMC
MIA00LA162 5/18/2000 GAINESVILLE,GA VMC
LAX00LA199 5/18/2000 BIGGS,CA VMC
LAX00LA198 5/18/2000 BORREGO SPRINGS,CAVMC
DEN00LA090 5/18/2000 BOULDER,UT VMC
MIA00WA167 5/19/2000 ST. BARTHELEMY, VMC
MIA00FA163 5/19/2000 TITUSVILLE,FL VMC
DEN00LA091 5/19/2000 LARKSPUR,CO VMC
ANC00TA059 5/19/2000 ANCHORAGE,AK VMC
ANC00LA060 5/19/2000 WASILLA,AK VMC
SEA00LA089 5/20/2000 WENATCHEE,WA VMC
SEA00LA088 5/20/2000 EPHRATA,WA VMC
LAX00LA202 5/20/2000 BOULDER CITY,NV VMC
CHI00FA139 5/20/2000 MUSKEGON,MI VMC
LAX00LA201 5/21/2000 MINDEN,NV VMC
LAX00LA200 5/21/2000 LOS ANGELES,CA VMC
FTW00WA171 5/21/2000 NOGALES, VMC
FTW00WA151 5/21/2000 SAN QUINTIN, VMC
FTW00LA152 5/21/2000 FRISCO,TX VMC
FTW00LA150 5/21/2000 HOUSTON,TX VMC
DEN00LA094 5/21/2000 LARAMIE,WY VMC
MIA00LA168 5/22/2000 MONTICELLO,MS VMC
MIA00LA165 5/22/2000 PENSACOLA,FL VMC
FTW00LA149 5/22/2000 KILBOURNE,LA VMC
CHI00LA144 5/22/2000 ELGIN,ND VMC
CHI00LA140 5/22/2000 GOSHEN,IN VMC
NYC00LA142 5/23/2000 NEWPORT NEWS,VA VMC
MIA00FA166 5/23/2000 ALICEVILLE,AL VMC
LAX00LA203 5/23/2000 PACIFIC OCEAN,PO VMC
CHI00LA142 5/23/2000 SANDSTONE,MN VMC
CHI00LA141 5/23/2000 HIBBING,MN VMC
SEA00LA094B 5/24/2000 SEATTLE,WA VMC
NYC00LA147 5/24/2000 WAYNESVILLE,OH VMC
NYC00LA141 5/24/2000 EAST PALESTINE,OH VMC
MIA00LA170 5/24/2000 FORT PIERCE,FL IMC
LAX00LA204 5/24/2000 TONOPAH,NV VMC
FTW00LA169 5/24/2000 WEST,TX VMC
CHI00LA143 5/24/2000 GREEN BAY,WI VMC
FTW00FA154B 5/25/2000 NOBLE,OK VMC
SEA00LA092 5/25/2000 BUHL,ID VMC
SEA00LA091 5/25/2000 WOLF POINT,MT VMC
SEA00LA090 5/25/2000 BOISE,ID VMC
NYC00LA144 5/25/2000 TOMS RIVER,NJ VMC
MIA00LA171 5/25/2000 CHAPEL HILL,NC VMC
FTW00FA154A 5/25/2000 NOBLE,OK VMC
DEN00LA098 5/25/2000 SALINA,UT VMC
ANC00LA065 5/25/2000 NENANA,AK VMC
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NYC00LA145 5/26/2000 HAMMONTON,NJ VMC
NYC00LA143 5/26/2000 PITTSFIELD,ME VMC
MIA00LA183 5/26/2000 COLLEGEDALE,TN VMC
MIA00LA179 5/26/2000 WINDERMERE,FL VMC
LAX00FA206 5/26/2000 COLUMBIA,CA VMC
IAD00FA044 5/26/2000 URBANA,MD VMC
FTW00WA173 5/26/2000 MIXCOLAJA, VMC
DEN00FA095 5/26/2000 BUENA VISTA,CO IMC
CHI00LA147 5/26/2000 SUBLETTE,KS VMC
CHI00FA145 5/26/2000 TAYLOR,MO IMC
ATL00LA057 5/26/2000 FRANKLIN,NC VMC
MIA00FA172B 5/27/2000 BUNNELL,FL VMC
MIA00LA176 5/27/2000 FORT WALTON BCH,FL VMC
MIA00LA175 5/27/2000 LINCOLNTON,NC VMC
MIA00LA174 5/27/2000 MILLEDGEVILLE,GA VMC
MIA00LA173 5/27/2000 NORTH MIAMI BCH,FL VMC
MIA00FA172A 5/27/2000 BUNNELL,FL VMC
LAX00FA207 5/27/2000 PRESCOTT,AZ VMC
IAD00LA045 5/27/2000 BEDFORD,MA VMC
FTW00LA158 5/27/2000 SAND SPRINGS,OK VMC
DEN00LA096 5/27/2000 HURRICANE,UT VMC
SEA00LA093 5/28/2000 JOHNSON CREEK,ID VMC
LAX00FA208 5/28/2000 HAWTHORNE,CA VMC
FTW00LA165 5/28/2000 TAYLOR,TX VMC
FTW00LA160 5/28/2000 KAUFMAN,TX VMC
SEA00LA115 5/29/2000 LAUREL,MT VMC
SEA00LA096 5/29/2000 EPHRATA,WA VMC
IAD00LA046 5/29/2000 STERLING,MA VMC
CHI00LA146 5/29/2000 PLAINWELL,MI VMC
NYC00LA146 5/30/2000 WILLIAMSTOWN,NJ VMC
MIA00FA177 5/30/2000 SMYRNA,TN VMC
FTW00LA164 5/30/2000 VICTORIA,TX VMC
FTW00LA159 5/30/2000 GARWOOD,TX VMC
FTW00LA157 5/30/2000 MARMADUKE,AR VMC
DEN00LA097 5/30/2000 ENGLEWOOD,CO VMC
SEA00FA095 5/31/2000 MONARCH,MT UNK
MIA00LA180 5/31/2000 STOCKBRIDGE,GA VMC
LAX00LA211 5/31/2000 LONG BEACH,CA VMC
LAX00LA210 5/31/2000 LANCASTER,CA VMC
LAX00FA209 5/31/2000 PALM SPRINGS,CA VMC
IAD00LA047 5/31/2000 GRT BARRINGTON,MAVMC
DEN00LA099 5/31/2000 MILFORD,UT VMC
SEA00LA106 6/1/2000 HOOD RIVER,OR VMC
NYC00LA149 6/1/2000 MIAMISBURG,OH VMC
NYC00LA148 6/1/2000 WEST MILFORD,NJ VMC
MIA00LA182 6/1/2000 STEENS,MS VMC
LAX00TA212 6/1/2000 AUSTIN,NV VMC
LAX00FA213 6/1/2000 Prescott Valley,AZ VMC
FTW00LA168 6/1/2000 GARWOOD,TX VMC
FTW00LA167 6/1/2000 NATCHITOCHES,LA VMC
FTW00LA166 6/1/2000 PIONEER,LA VMC
FTW00LA163 6/1/2000 TULSA,OK VMC
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FTW00LA162 6/1/2000 THIBODAUX,LA VMC
CHI00LA149 6/1/2000 OAKLEY,KS VMC
IAD00LA051 6/2/2000 DANSVILLE,NY VMC
DEN00LA100 6/2/2000 MOAB,UT VMC
NYC00LA152 6/3/2000 CHESAPEAKE,VA VMC
LAX00LA214 6/3/2000 UPLAND,CA VMC
FTW00LA263 6/3/2000 CLINTON,OK VMC
CHI00LA150 6/3/2000 SALEM,IN VMC
ANC00LA062 6/3/2000 ANCHORAGE,AK VMC
SEA00LA098 6/4/2000 QUINAULT,WA VMC
NYC00LA151 6/4/2000 MERIDEN,CT VMC
MIA00GA184 6/4/2000 FORT MYERS,FL VMC
LAX00LA217 6/4/2000 PRESCOTT,AZ VMC
LAX00LA215 6/4/2000 CARSON CITY,NV VMC
IAD00LA048 6/4/2000 NORTHAMPTON,MA VMC
FTW00LA170 6/4/2000 BRECKENRIDGE,TX VMC
DEN00LA101 6/4/2000 RICHFIELD,UT VMC
CHI00LA162 6/4/2000 JOLIET,IL VMC
SEA00LA099 6/5/2000 COLFAX,WA VMC
LAX00LA216 6/5/2000 BRENTWOOD,CA VMC
DEN00FA104 6/5/2000 HOWARD,CO VMC
DEN00FA102 6/5/2000 KIOWA,CO VMC
CHI00LA153 6/5/2000 MALDEN,MO VMC
ATL00LA059 6/5/2000 INDIANTOWN,FL VMC
ATL00LA058 6/5/2000 LAKE PLACID,FL VMC
ANC00LA064 6/5/2000 GAKONA,AK VMC
LAX00LA218 6/6/2000 SUN VALLEY,AZ VMC
FTW00LA178 6/6/2000 WELSH,LA VMC
FTW00LA174 6/6/2000 GREENVILLE,TX VMC
DEN00LA103 6/6/2000 MOAB,UT VMC
FTW00LA177 6/7/2000 SPICEWOOD,TX VMC
FTW00LA176 6/7/2000 DEL RIO,TX VMC
CHI00LA151 6/7/2000 MADDOCK,ND VMC
ATL00LA060 6/7/2000 FOLEY,AL VMC
SEA00LA103 6/8/2000 KENNEWICK,WA VMC
SEA00LA101 6/8/2000 BRIDGEPORT,WA VMC
NYC00LA169 6/8/2000 SPECULATOR,NY VMC
MIA00LA187 6/8/2000 DAVIS,NC VMC
LAX00LA222 6/8/2000 Baker,CA VMC
IAD00LA049 6/8/2000 ERIE,PA VMC
FTW00LA202 6/8/2000 SUGAR LAND,TX VMC
FTW00LA184 6/8/2000 MESQUITE,TX VMC
FTW00LA175 6/8/2000 NACOGDOCHES,TX VMC
DEN00LA105 6/8/2000 BOUNTIFUL,UT VMC
CHI00LA155 6/8/2000 HARTFORD,MI VMC
CHI00LA154 6/8/2000 MINNEAPOLIS,MN VMC
ATL00FA061 6/8/2000 OXFORD,MS VMC
SEA00LA102 6/9/2000 HILLSBORO,OR VMC
NYC00LA157 6/9/2000 NORFOLK,VA VMC
NYC00LA156 6/9/2000 FORTY FORT,PA VMC
NYC00LA155 6/9/2000 WEST MILFORD,NJ VMC
LAX00LA219 6/9/2000 MESA,AZ VMC
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CHI00LA156 6/9/2000 INDIANAPOLIS,IN VMC
ATL00LA062 6/9/2000 SPRUCE PINE,NC VMC
ANC00LA066 6/9/2000 SKWENTNA,AK VMC
LAX00LA220 6/10/2000 WELLINGTON,NV VMC
DEN00LA106 6/10/2000 DUTCH JOHN,UT VMC
CHI00LA158 6/10/2000 GRAND RAPIDS,MI VMC
CHI00LA157 6/10/2000 FLUSHING,MI VMC
ATL00LA064 6/10/2000 PALMETTO,FL VMC
ATL00LA063 6/10/2000 HAMPTON,GA VMC
ANC00LA068 6/10/2000 KODIAK,AK VMC
ANC00LA067 6/10/2000 NINILCHIK,AK VMC
DEN00LA108B 6/11/2000 ENGLEWOOD,CO VMC
NYC00LA163 6/11/2000 MONTGOMERY,NY VMC
NYC00LA160 6/11/2000 WEST CHESTER,PA VMC
IAD00LA050 6/11/2000 WEST ALEXANDRIA,OHVMC
DEN00LA108A 6/11/2000 ENGLEWOOD,CO VMC
DEN00LA107 6/11/2000 SANTA FE,NM VMC
CHI00LA164 6/11/2000 SULLY,IA VMC
CHI00LA159 6/11/2000 BETHALTO,IL VMC
NYC00LA158 6/12/2000 WAUSEON,OH IMC
CHI00LA161 6/12/2000 INDIANAPOLIS,IN VMC
LAX00LA225 6/13/2000 LODI,CA VMC
LAX00LA224 6/13/2000 QUINCY,CA VMC
FTW00LA179 6/13/2000 HELENA,AR VMC
CHI00GA160 6/13/2000 TOPEKA,KS VMC
ANC00LA070 6/13/2000 PALMER,AK VMC
ANC00LA069 6/13/2000 LEVELOCK,AK VMC
SEA00LA104 6/14/2000 HAMMETT,ID VMC
LAX00LA227 6/14/2000 RENO,NV VMC
LAX00LA226 6/14/2000 SANTA CLARITA,CA VMC
DEN00LA111 6/14/2000 DUTCH JOHN,UT VMC
LAX00LA228 6/15/2000 HAYFORK,CA VMC
LAX00FA231 6/15/2000 SAN JOSE,CA VMC
DEN00LA112 6/15/2000 LOVELAND,CO VMC
SEA00LA105 6/16/2000 NORTHPORT,WA VMC
NYC00LA164 6/16/2000 LOUISVILLE,KY VMC
LAX00FA230 6/16/2000 WILLOWS,CA VMC
IAD00LA052 6/16/2000 MANSFIELD,NJ VMC
SEA00LA107 6/17/2000 BANKS,OR VMC
NYC00LA168 6/17/2000 TURNER,ME VMC
NYC00LA166 6/17/2000 FREEDOM,PA VMC
LAX00LA233 6/17/2000 COLEVILLE,CA VMC
LAX00LA232 6/17/2000 COLEVILLE,CA VMC
DEN00LA113 6/17/2000 RUIDOSO,NM VMC
CHI00LA166 6/17/2000 MANKATO,MN VMC
SEA00LA109 6/18/2000 VANCOUVER,WA VMC
NYC00LA167 6/18/2000 CHESWOLD,DE VMC
CHI00LA168 6/18/2000 DECATUR,IL VMC
CHI00LA167 6/18/2000 PRAIRIE DU SAC,WI VMC
CHI00FA165 6/18/2000 Westfield,IN VMC
NYC00LA173 6/19/2000 ROCHESTER,NH VMC
NYC00LA171 6/19/2000 WARREN,VT VMC
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NYC00LA170 6/19/2000 NASHUA,NH VMC
LAX00LA235 6/19/2000 SELMA,CA VMC
LAX00LA234 6/19/2000 BYRON,CA VMC
FTW00LA182 6/19/2000 MCALLEN,TX VMC
FTW00LA181 6/19/2000 DEVILLE,LA VMC
DEN00LA114 6/19/2000 Abuquerque,NM VMC
SEA00LA111 6/20/2000 MOUNTAIN HOME,ID VMC
SEA00LA110 6/20/2000 BIGFORK,MT VMC
MIA00TA189 6/20/2000 ROME,GA VMC
DEN00LA115 6/20/2000 ORCHARD,CO VMC
ANC00LA072 6/20/2000 PORT ALSWORTH,AK VMC
LAX00LA260 6/21/2000 SANTA ANA,CA VMC
LAX00LA238 6/21/2000 MADERA,CA VMC
LAX00LA237 6/21/2000 EL MONTE,CA VMC
FTW00LA183 6/21/2000 BEN WHEELER,TX VMC
ATL00LA065 6/21/2000 TAMPA,FL VMC
ANC00LA073 6/21/2000 NORTHWAY,AK IMC
ANC00LA074B 6/22/2000 KING SALMON,AK VMC
SEA00LA113 6/22/2000 WALLACE,ID VMC
SEA00LA112 6/22/2000 BOARDMAN,OR VMC
NYC00LA176 6/22/2000 FREDERICKSBURG,VAVMC
LAX00LA241 6/22/2000 GERLACH,NV VMC
ATL00LA067 6/22/2000 TYLERTOWN,MS VMC
ANC00TA075 6/22/2000 QUINHAGAK,AK VMC
ANC00FA076 6/22/2000 TUNTUTULIAK,AK VMC
MIA00FA190B 6/23/2000 BOCA RATON,FL VMC
NYC00LA174 6/23/2000 SPRINGDALE,OH VMC
MIA00FA190A 6/23/2000 BOCA RATON,FL VMC
LAX00LA240 6/23/2000 TEHACHAPI,CA VMC
LAX00LA239 6/23/2000 ARBUCKLE,CA IMC
IAD00FA053 6/23/2000 BEALETON,VA VMC
DEN00LA117 6/23/2000 LOS ALAMOS,NM VMC
DEN00LA116 6/23/2000 ERIE,CO VMC
CHI00LA169 6/23/2000 GREENVILLE,IL VMC
CHI00FA170 6/23/2000 LAKEVILLE,MN VMC
ANC00LA077 6/23/2000 WASILLA,AK VMC
LAX00LA243 6/24/2000 MARANA,AZ VMC
FTW00LA185 6/24/2000 MCKINNEY,TX VMC
CHI00LA173 6/24/2000 GARDNER,KS VMC
ATL00LA073 6/24/2000 KEY WEST,FL VMC
ATL00LA066 6/24/2000 ATLANTIC OCEAN,AO VMC
ANC00LA079 6/24/2000 SKWENTNA,AK VMC
ANC00LA078 6/24/2000 KOTZEBUE,AK VMC
SEA00LA114 6/25/2000 EPHRATA,WA VMC
NYC00LA175 6/25/2000 ROBBINSVILLE,NJ VMC
DEN00LA120 6/25/2000 SPANISH FORK,UT VMC
DEN00FA119 6/25/2000 ANGEL FIRE,NM VMC
CHI00FA171 6/25/2000 SUMNER,IA IMC
ANC00LA080 6/25/2000 NIKISKI,AK VMC
CHI00LA174 6/26/2000 GRANT,MI VMC
CHI00LA172 6/26/2000 CANTON,MI VMC
ATL00LA068 6/26/2000 BANEBERRY,TN VMC
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SEA00LA116 6/27/2000 CONCRETE,WA VMC
FTW00LA194 6/27/2000 TALIHINA,OK VMC
FTW00LA186 6/27/2000 HONDO,TX VMC
DEN00FA118 6/27/2000 KARVAL,CO VMC
SEA00LA117 6/28/2000 HEYBURN,ID VMC
MIA00LA192 6/28/2000 LAKELAND,FL VMC
LAX00LA242 6/28/2000 SAN BERNADINO,CA VMC
FTW00LA188 6/28/2000 SAN ANTONIO,TX VMC
SEA00LA118 6/29/2000 BEND,OR VMC
MIA00LA193 6/29/2000 WINTER HAVEN,FL VMC
LAX00LA247 6/29/2000 CHESTER,CA VMC
LAX00LA245 6/29/2000 LIVE OAK,CA VMC
LAX00LA244 6/29/2000 Mayer,AZ VMC
FTW00LA223 6/29/2000 ABBEVILLE,LA VMC
FTW00LA190 6/29/2000 WHITNEY,TX VMC
FTW00LA189 6/29/2000 BOVINA,TX VMC
CHI00LA183 6/29/2000 GRIFFITH,IN VMC
CHI00LA177 6/29/2000 PORTLAND,ND VMC
CHI00LA176 6/29/2000 JOLIET,IL VMC
SEA00LA119 6/30/2000 KENNEWICK,WA VMC
MIA00LA199 6/30/2000 ALBANY,GA VMC
MIA00LA194 6/30/2000 MONTGOMERY,AL VMC
IAD00LA056 6/30/2000 RAVENNA,OH VMC
DEN00LA129 6/30/2000 DURANGO,CO VMC
CHI00LA211 6/30/2000 SAINT VINCENT,MN VMC
CHI00LA178 6/30/2000 TOLNA,ND VMC
ANC00FA081 6/30/2000 MARSHALL,AK VMC
NYC00LA179 7/1/2000 WOODBINE,NJ VMC
NYC00LA177 7/1/2000 WEST POINT,VA VMC
MIA00LA204 7/1/2000 COLUMBUS,MS VMC
MIA00LA197 7/1/2000 BELZONI,MS VMC
LAX00TA269 7/1/2000 SO. LAKE TAHOE,CA VMC
LAX00LA249 7/1/2000 PACOIMA,CA VMC
LAX00LA248 7/1/2000 JACKPOT,NV VMC
IAD00LA061 7/1/2000 FRIENDLY,MD VMC
IAD00LA054 7/1/2000 EAST NORTH PORT,NYVMC
FTW00LA197 7/1/2000 TULSA,OK VMC
FTW00LA191 7/1/2000 GODLEY,TX VMC
CHI00LA219 7/1/2000 FORT WAYNE,IN VMC
CHI00LA197 7/1/2000 LINCOLN,NE VMC
CHI00LA193 7/1/2000 MANCHESTER,MI VMC
CHI00LA179 7/1/2000 WACONIA,MN VMC
SEA00LA123 7/2/2000 POCATELLO,ID VMC
SEA00LA121 7/2/2000 WEST LINN,OR VMC
SEA00LA120 7/2/2000 YELLOW PINE,ID VMC
NYC00LA182 7/2/2000 JACKSON CENTER,PAVMC
NYC00LA180 7/2/2000 BALLY,PA VMC
MIA00TA200 7/2/2000 DESTIN,FL VMC
MIA00LA205 7/2/2000 LAKE WALES,FL VMC
MIA00LA196 7/2/2000 SELMA,AL VMC
DEN00LA122 7/2/2000 PEYTON,CO VMC
CHI00FA180 7/2/2000 BROWNTON,MN VMC
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ANC00LA087 7/2/2000 NEW STUYAHOK,AK VMC
SEA00LA126 7/3/2000 TOSTON,MT VMC
SEA00LA122 7/3/2000 NAMPA,ID VMC
NYC00LA181 7/3/2000 BEVERLY,MA VMC
NYC00FA183 7/3/2000 LAKEWOOD,NJ VMC
MIA00LA202 7/3/2000 INVERNESS,MS VMC
MIA00LA198 7/3/2000 OCRACOKE,NC VMC
LAX00LA246 7/3/2000 KING CITY,CA VMC
IAD00LA055 7/3/2000 KUTZTOWN,PA VMC
FTW00LA192 7/3/2000 BROWNFIELD,TX VMC
DEN00LA121 7/3/2000 PRICE,UT VMC
ANC00FA082 7/3/2000 WHITTIER,AK VMC
SEA00LA124 7/4/2000 HAINES,OR VMC
MIA00FA201 7/4/2000 MURFREESBORO,TN VMC
LAX00LA250 7/4/2000 GRASS VALLEY,CA VMC
FTW00LA193 7/4/2000 GREENVILLE,TX VMC
CHI00LA192 7/4/2000 HOT SPRINGS,SD VMC
CHI00LA188 7/4/2000 GREGORY,MI VMC
LAX00LA258 7/5/2000 TACNA,AZ VMC
FTW00LA195 7/5/2000 ANAHUAC,TX VMC
CHI00LA182 7/5/2000 ATHENS,MI VMC
SEA00LA125 7/6/2000 SANDY,OR VMC
NYC00LA190 7/6/2000 JEFFERSON,OH VMC
NYC00LA187 7/6/2000 WILDWOOD,NJ VMC
MIA00LA216 7/6/2000 DAYTON,TN VMC
LAX00LA252 7/6/2000 OAKLAND,CA VMC
LAX00LA251 7/6/2000 TUCSON,AZ VMC
DEN00LA123 7/6/2000 TAOS,NM VMC
CHI00FA184 7/6/2000 QUINCY,IL IMC
ANC00LA085 7/6/2000 ANAKTUVUK PASS,AK VMC
NYC00LA189 7/7/2000 FREEMONT,DE VMC
MIA00LA213 7/7/2000 BELLEVIEW,FL VMC
MIA00LA207 7/7/2000 BOONE,NC VMC
LAX00LA254 7/7/2000 GRASS VALLEY,CA VMC
DEN00LA124 7/7/2000 LOGAN,UT VMC
CHI00LA189 7/7/2000 KENOSHA,WI VMC
CHI00LA181 7/7/2000 CHAMPION,NE VMC
SEA00FA132 7/8/2000 GOLD BAR,WA UNK
SEA00FA127 7/8/2000 MOLALLA,OR VMC
NYC00LA194 7/8/2000 ALLIANCE,OH VMC
NYC00LA192 7/8/2000 WESTMINSTER,MD VMC
NYC00LA188 7/8/2000 WHITE PLAINS,NY VMC
MIA00WA209 7/8/2000 STANIEL CAY, VMC
LAX00LA256 7/8/2000 CHANDLER,AZ VMC
LAX00LA255 7/8/2000 MINDEN,NV VMC
IAD00LA060 7/8/2000 FITCHBURG,MA VMC
IAD00LA059 7/8/2000 DANSVILLE,NY VMC
IAD00LA058 7/8/2000 ANNAPOLIS,MD VMC
IAD00LA057 7/8/2000 NORTH ELBA,NY VMC
FTW00LA203 7/8/2000 PINE BLUFF,AR VMC
FTW00LA200 7/8/2000 MOSCOW,TX VMC
FTW00LA199 7/8/2000 CHASE,LA VMC
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FTW00LA198 7/8/2000 LEONARD,TX VMC
DEN00LA126 7/8/2000 ERIE,CO VMC
DEN00LA125 7/8/2000 MONTROSE,CO VMC
DEN00FA127 7/8/2000 Aspen,CO VMC
CHI00FA186 7/8/2000 Capron,IL VMC
CHI00FA185 7/8/2000 DULUTH,MN IMC
ANC00LA084 7/8/2000 CHICKALOON,AK VMC
NYC00LA186 7/9/2000 GREENLAND,NH VMC
NYC00LA185 7/9/2000 LEECHBURG,PA VMC
MIA00LA210 7/9/2000 WAYCROSS,GA VMC
LAX00LA257 7/9/2000 Watsonville,CA VMC
CHI00LA190 7/9/2000 SAINT CLOUD,MN VMC
CHI00LA187 7/9/2000 TOPEKA,KS VMC
SEA00WA130 7/10/2000 CHILKO LAKE, BC, UNK
SEA00LA128 7/10/2000 LIBBY,MT VMC
MIA00LA215 7/10/2000 BEAUFORT,NC VMC
MIA00LA212 7/10/2000 NASHVILLE,TN VMC
LAX00LA259 7/10/2000 SANTA MARIA,CA VMC
DEN00LA128 7/10/2000 SPANISH FORK,UT VMC
CHI00LA210 7/10/2000 MCVILLE,ND VMC
CHI00LA191 7/10/2000 WASHINGTON,KS VMC
SEA00LA131 7/11/2000 BURLEY,ID VMC
SEA00LA129 7/11/2000 CUSICK,WA VMC
NYC00LA196 7/11/2000 CHESAPEAKE,VA VMC
NYC00LA195 7/11/2000 GRAFTON,OH VMC
NYC00LA191 7/11/2000 HARPSWELL,ME VMC
LAX00LA261 7/11/2000 GRIDLEY,CA VMC
FTW00FA201 7/11/2000 ATHENS,TX VMC
SEA00FA133 7/12/2000 ASHTON,ID VMC
NYC00LA197 7/12/2000 CARTHAGE,NY VMC
MIA00LA220 7/12/2000 HARRIS,NC VMC
LAX00TA263 7/12/2000 BATTLE MOUNTAIN,NV VMC
LAX00LA264 7/12/2000 SELMA,CA VMC
FTW00LA207 7/12/2000 COLUMBUS,TX VMC
FTW00LA205 7/12/2000 RIO GRANDE CITY,TX VMC
LAX00LA271 7/13/2000 RIPLEY,CA VMC
FTW00LA209 7/13/2000 KAPLAN,LA VMC
FTW00FA208 7/13/2000 HOUSTON,TX VMC
DEN00LA143 7/13/2000 ESPANOLA,NM VMC
CHI00LA207 7/13/2000 LOWELL,IN VMC
CHI00LA202 7/13/2000 PARK RIVER,ND VMC
CHI00LA199 7/13/2000 ST. FRANCIS,MN VMC
CHI00LA196 7/13/2000 RIVER FALLS,WI VMC
CHI00LA195 7/13/2000 WINDSOR,MO VMC
CHI00LA194 7/13/2000 OLIVIA,MN VMC
MIA00FA217 7/14/2000 HOLLY SPRINGS,MS VMC
LAX00LA265 7/14/2000 LAS VEGAS,NV VMC
LAX00LA262 7/14/2000 LAKE PIRU,CA VMC
FTW00LA213 7/14/2000 STEPHENVILLE,TX VMC
ANC00LA090 7/14/2000 WASILLA,AK VMC
ANC00LA089 7/14/2000 WASILLA,AK VMC
LAX00LA289B 7/15/2000 PALO ALTO,CA VMC
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SEA00LA134 7/15/2000 SNOHOMISH,WA VMC
LAX00LA289A 7/15/2000 PALO ALTO,CA VMC
LAX00LA267 7/15/2000 LANCASTER,CA VMC
LAX00LA266 7/15/2000 SAN JOSE,CA VMC
FTW00LA211 7/15/2000 DECATUR,AR VMC
FTW00LA210 7/15/2000 VILLE PLATTE,LA VMC
DEN00LA130 7/15/2000 RESERVE,NM VMC
CHI00LA198 7/15/2000 ROCK DELL,MN VMC
CHI00FA200 7/15/2000 COLUMBUS,NE VMC
NYC00LA207 7/16/2000 NORWOOD,MA VMC
NYC00LA202 7/16/2000 RAINELLE,WV VMC
NYC00LA199 7/16/2000 LAWRENCE,MA IMC
NYC00LA198 7/16/2000 CHURCHVILLE,MD VMC
MIA00LA219 7/16/2000 WASHINGTON,NC VMC
MIA00LA218 7/16/2000 IMMOKALEE,FL VMC
LAX00LA268 7/16/2000 PAYSON,AZ VMC
FTW00LA206 7/16/2000 ALLEN,TX VMC
DEN00LA131 7/16/2000 TOOELE,UT VMC
CHI00LA209 7/16/2000 ASHLAND,WI VMC
CHI00LA204 7/16/2000 HOLSTEIN,NE VMC
CHI00LA203 7/16/2000 STREATOR,IL VMC
CHI00LA201 7/16/2000 PEOTONE,IL VMC
NYC00LA200 7/17/2000 RICHFIELD SPRNG,NYVMC
MIA00LA222 7/17/2000 COVINGTON,TN VMC
FTW00LA212 7/17/2000 PANHANDLE,TX VMC
DEN00LA132 7/17/2000 FARMINGTON,NM VMC
CHI00LA205 7/17/2000 DECATUR,MI VMC
ANC00LA091 7/17/2000 BIG LAKE,AK VMC
SEA00LA136 7/18/2000 HAMILTON,MT VMC
MIA00LA223 7/18/2000 JESUP,GA VMC
LAX00LA270 7/18/2000 SAN LUIS OBISPO,CA VMC
IAD00LA063 7/18/2000 CHESAPEAKE,VA VMC
IAD00LA062 7/18/2000 ATWATER,OH VMC
FTW00LA214 7/18/2000 HORSESHOE BEND,AR VMC
DEN00FA136 7/18/2000 MOAB,UT VMC
CHI00LA212 7/18/2000 NEW CASTLE,IN VMC
CHI00LA208 7/18/2000 WARRENSBURG,MO VMC
NYC00LA203 7/19/2000 COLUMBUS,OH VMC
LAX00LA276 7/19/2000 CAVE CREEK,AZ VMC
DEN00LA134 7/19/2000 PAGOSA SPRINGS,COVMC
NYC00LA204 7/20/2000 EASTON,MD VMC
MIA00LA226 7/20/2000 STATESBORO,GA VMC
FTW00LA215 7/20/2000 LUBBOCK,TX VMC
ANC00LA092 7/20/2000 ANCHORAGE,AK VMC
ANC00FA093 7/20/2000 THORNE BAY,AK VMC
SEA00TA138 7/21/2000 JOHN DAY,OR VMC
SEA00LA141 7/21/2000 GRAND VIEW,ID VMC
SEA00LA140 7/21/2000 LONE PINE,OR VMC
SEA00LA137 7/21/2000 BENTON CITY,WA VMC
NYC00LA211 7/21/2000 BALTIMORE,OH VMC
LAX00LA275 7/21/2000 WINNEMUCCA,NV VMC
CHI00LA213 7/21/2000 SHAWANO,WI VMC
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SEA00LA139 7/22/2000 HAILEY,ID VMC
NYC00LA208 7/22/2000 DANSVILLE,NY VMC
NYC00LA205 7/22/2000 LOGAN,WV VMC
MIA00LA227 7/22/2000 BENNETTSVILLE,SC VMC
DEN00LA137 7/22/2000 LONGMONT,CO VMC
CHI00LA220 7/22/2000 DEERWOOD,MN VMC
CHI00LA217 7/22/2000 MILLARD,NE VMC
CHI00LA215 7/22/2000 KALAMAZOO,MI VMC
CHI00FA214 7/22/2000 DODGE CENTER,MN VMC
IAD00LA066 7/23/2000 WARRENTON,VA VMC
IAD00LA065 7/23/2000 CIRCLEVILLE,OH VMC
DEN00LA138 7/23/2000 BROOMFIELD,CO VMC
CHI00LA218 7/23/2000 MOORESVILLE,IN VMC
DEN00LA153 7/24/2000 ERIE,CO VMC
CHI00LA223 7/24/2000 HARRISBURG,IL VMC
ATL00FA069 7/24/2000 SUMNER,GA VMC
SEA00LA144 7/25/2000 HAMILTON,MT VMC
MIA00LA225 7/25/2000 HOMEWOOD,MS VMC
FTW00LA216 7/25/2000 SHERMAN,TX VMC
DEN00LA139 7/25/2000 WALDEN,CO VMC
CHI00LA222 7/25/2000 OSHKOSH,WI VMC
CHI00LA216 7/25/2000 CREVE COEUR,MO VMC
ANC00LA094 7/25/2000 CORDOVA,AK VMC
NYC00LA178 7/26/2000 BATAVIA,NY VMC
NYC00FA210 7/26/2000 LUNENBURG,MA IMC
NYC00FA209 7/26/2000 ASHLAND,VA IMC
LAX00LA278 7/26/2000 TRACY,CA VMC
CHI00LA226 7/26/2000 LAFAYETTE,IN VMC
CHI00LA225 7/26/2000 GLADSTONE,MI VMC
CHI00LA224 7/26/2000 NEOSHO,MO VMC
ANC00LA098 7/26/2000 KING SALMON,AK VMC
SEA00LA145 7/27/2000 HELENA,MT VMC
LAX00LA299 7/27/2000 OAKLAND,CA VMC
LAX00LA279 7/27/2000 PHOENIX,AZ VMC
FTW00LA221 7/27/2000 KINGFISHER,OK VMC
FTW00LA217 7/27/2000 OLNEY,TX VMC
DEN00FA141 7/27/2000 Cheyenne,WY VMC
CHI00LA228 7/27/2000 HARBOR SPRINGS,MI VMC
SEA00LA147 7/28/2000 TILLAMOOK,OR VMC
NYC00LA212 7/28/2000 CHATHAM,MA VMC
LAX00LA281 7/28/2000 NORTH LAS VEGAS,NVVMC
LAX00LA280 7/28/2000 KING CITY,CA IMC
DEN00LA140 7/28/2000 GALLUP,NM VMC
CHI00LA232 7/28/2000 INDIANAPOLIS,IN VMC
CHI00LA230 7/28/2000 ST. PAUL,MN VMC
CHI00FA229 7/28/2000 OSHKOSH,WI VMC
CHI00FA227 7/28/2000 SAUK CITY,WI IMC
SEA00LA162 7/29/2000 BIRKENFELD,OR VMC
NYC00LA213 7/29/2000 WOOSTER,OH VMC
LAX00LA282 7/29/2000 Cottonwood,CA VMC
IAD00LA068 7/29/2000 PRINCETON,NJ VMC
FTW00LA227 7/29/2000 RAYVILLE,LA VMC
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FTW00LA219 7/29/2000 WALLER,TX VMC
FTW00LA218 7/29/2000 CALICO ROCK,AR VMC
DEN00LA142 7/29/2000 CANON CITY,CO VMC
CHI00FAMS2 7/29/2000 MANISTIQUE,MI VMC
ATL00LA071 7/29/2000 GREENVILLE,SC VMC
SEA00TA149 7/30/2000 ELK CITY,ID VMC
SEA00LA146 7/30/2000 PENDLETON,OR VMC
LAX00FA283 7/30/2000 JACKPOT,NV VMC
IAD00FA067 7/30/2000 BLUFFTON,OH VMC
FTW00LA220 7/30/2000 UVALDE,TX VMC
CHI00LA238 7/30/2000 POPLAR BLUFF,MO VMC
ATL00LA070 7/30/2000 SMITHFIELD,NC VMC
SEA00LA148 7/31/2000 BROCKWAY,MT VMC
MIA00FA229 7/31/2000 RALEIGH,NC VMC
CHI00LA231 7/31/2000 KIRKSVILLE,MO VMC
SEA00LA150 8/1/2000 OREGON CITY,OR VMC
NYC00LA214 8/1/2000 WILDWOOD,NJ VMC
LAX00LA285 8/1/2000 TRACY,CA VMC
LAX00LA284 8/1/2000 MORGAN HILL,CA VMC
FTW00LA222 8/1/2000 TULSA,OK VMC
CHI00LA235 8/1/2000 BURLINGTON,WI VMC
CHI00LA233 8/1/2000 JEFFERSONVILLE,IN VMC
SEA00LA151 8/2/2000 BUTTE,MT VMC
NYC00LA215 8/2/2000 TABERG,NY VMC
CHI00FA234 8/2/2000 BELOIT,KS VMC
ATL00LA074 8/2/2000 CLARKSVILLE,TN IMC
MIA00LA230 8/3/2000 NEW SMYRNA BCH.,FLVMC
LAX00GA286 8/3/2000 MONTELLO,NV VMC
DEN00LA144 8/3/2000 ALBUQUERQUE,NM VMC
CHI00LA236 8/3/2000 BLOOMINGTON,IL VMC
CHI00FA237 8/3/2000 BELTON,MO VMC
LAX00LA288 8/4/2000 Stockton,CA VMC
LAX00LA287 8/4/2000 DAVIS,CA VMC
CHI00LA250 8/4/2000 MARENGO,IL VMC
CHI00LA245 8/4/2000 ARTHUR,ND VMC
CHI00LA242 8/4/2000 LUZERNE,MI VMC
CHI00LA241 8/4/2000 EASTPORT,MI VMC
CHI00LA239 8/4/2000 SALEM,IN VMC
ATL00FA075 8/4/2000 AUGUSTA,GA VMC
NYC00LA220 8/5/2000 WESTHAMPTON,NY VMC
NYC00LA219 8/5/2000 POST MILLS,VT VMC
MIA00LA232 8/5/2000 ALABASTER,AL VMC
IAD00LA071 8/5/2000 RAVENNA,OH VMC
FTW00LA226 8/5/2000 SHAWNEE,OK VMC
CHI00LA243 8/5/2000 OSBORNE,KS VMC
CHI00LA240 8/5/2000 SPRINGFIELD,MO VMC
ANC00LA095 8/5/2000 ANCHORAGE,AK VMC
SEA00LA152 8/6/2000 STANLEY,ID VMC
NYC00LA218 8/6/2000 WEST MILFORD,NJ VMC
NYC00LA217 8/6/2000 E. STROUDSBURG,PA VMC
MIA00LA233 8/6/2000 WASHINGTON,NC VMC
FTW00LA224 8/6/2000 TULSA,OK VMC
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DEN00LA146 8/6/2000 STEAMBOAT SPGS,CO VMC
DEN00LA145 8/6/2000 DUCHESNE,UT VMC
CHI00LA246 8/6/2000 BISMARCK,ND VMC
SEA00LA153 8/7/2000 CHALLIS,ID VMC
NYC00LA221 8/8/2000 CHESTER,CT VMC
MIA00LA234 8/8/2000 LAKELAND,FL VMC
CHI00LA247 8/8/2000 WALLACE,NE VMC
ATL00TA080 8/8/2000 TAMPA,FL VMC
ATL00LA076 8/8/2000 MANTEO,NC VMC
ANC00LA096 8/8/2000 DELTA JUNCTION,AK VMC
DCA00MA080B 8/9/2000 BURLINGTON TWP.,NJVMC
SEA00LA156 8/9/2000 HILLSBORO,OR VMC
SEA00LA155 8/9/2000 GLENEDEN BEACH,OR VMC
NYC00LA223 8/9/2000 BRIDGEWATER,MA VMC
LAX00LA290 8/9/2000 CORONA,CA VMC
CHI00WA251 8/9/2000 HESSEN, UNK
CHI00LA252 8/9/2000 WARSAW,MO VMC
ANC00LA116 8/9/2000 ANIAK,AK VMC
SEA00LA157 8/10/2000 CHILOQUIN,OR VMC
NYC00LA224 8/10/2000 EAST MORICHES,NY VMC
MIA00LA237 8/10/2000 PERTHSHIRE,MS VMC
MIA00LA235 8/10/2000 CROSSVILLE,TN VMC
LAX00LA291 8/10/2000 AVALON,CA VMC
IAD00LA072 8/10/2000 SOMERSET,PA VMC
DEN00LA147 8/10/2000 BERTHOUD,CO VMC
CHI00LA255 8/10/2000 OMAHA,NE VMC
DEN00LA148B 8/11/2000 ALBUQUERQUE,NM VMC
CHI00LA254B 8/11/2000 NORTH PLATTE,NE VMC
SEA00LA160 8/11/2000 SALMON RIVER,ID VMC
NYC00FA225 8/11/2000 CHERRY VALLEY,NY IMC
LAX00LA293 8/11/2000 BAKERSFIELD,CA VMC
LAX00LA292 8/11/2000 PHOENIX,AZ VMC
DEN00LA148A 8/11/2000 ALBUQUERQUE,NM VMC
ANC00LA101 8/11/2000 CENTRAL,AK VMC
NYC00FA226 8/12/2000 DAVIS,WV VMC
MIA00WA236 8/12/2000 SPANISH CAY, VMC
LAX00LA296 8/12/2000 CARLSBAD,CA IMC
LAX00LA295 8/12/2000 NEWELL,CA VMC
LAX00LA294 8/12/2000 ELY,NV VMC
IAD00LA073 8/12/2000 KIDRON,OH VMC
DEN00LA150 8/12/2000 EDWARDS,CO VMC
DEN00FA149 8/12/2000 KAMAS,UT VMC
CHI00LA253 8/12/2000 COOPERSVILLE,MI VMC
ATL00FA079 8/12/2000 PEACHTREE CITY,GA VMC
ANC00LA097 8/12/2000 PORT ALSWORTH,AK VMC
SEA00LA161 8/13/2000 THOMPSON LAKE,MT VMC
SEA00LA158 8/13/2000 PAULINA,OR VMC
NYC00LA270 8/13/2000 SLOATSBURG,NY VMC
LAX00LA298 8/13/2000 GRASS VALLEY,CA VMC
LAX00GA297 8/13/2000 COLD SPRINGS,NV VMC
FTW00LA230 8/13/2000 LIBERTY HILL,TX VMC
FTW00LA229 8/13/2000 PETTIGREW,AR VMC
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DEN00LA151 8/13/2000 WATKINS,CO VMC
NYC00LA228 8/14/2000 COLUMBUS,OH VMC
NYC00LA227 8/14/2000 COLUMBUS,OH VMC
LAX00FA300 8/14/2000 NEWBERRY SPRING,CA VMC
IAD00LA075 8/14/2000 LYNCHBURG,VA VMC
FTW00LA232 8/14/2000 HELENA,AR VMC
FTW00LA231 8/14/2000 ADDISON,TX VMC
DEN01LA026 8/14/2000 LONGMONT,CO VMC
CHI00MA256 8/14/2000 IRONWOOD,MI VMC
CHI00LA257 8/14/2000 BAD AXE,MI VMC
ANC00LA100 8/14/2000 ARCTIC VILLAGE,AK VMC
FTW00LA233B 8/15/2000 DEERPARK,LA VMC
SEA00LA159 8/15/2000 MCMINNVILLE,OR VMC
MIA00LA238 8/15/2000 GAINESVILLE,FL VMC
LAX00LA301 8/15/2000 CORONA,CA VMC
LAX00FA302 8/15/2000 INDEPENDENCE,CA VMC
FTW00LA233A 8/15/2000 DEERPARK,LA VMC
DEN00LA152 8/15/2000 ARTESIA,NM VMC
CHI00LA258 8/15/2000 HOLLAND,MI VMC
CHI00FA263 8/15/2000 Watertown,WI VMC
NYC00FA229 8/16/2000 PRINCETON,KY VMC
MIA00LA239 8/16/2000 ZEPHYRHILLS,FL VMC
LAX00LA304 8/16/2000 OLANCHA,CA VMC
LAX00LA303 8/16/2000 RENO,NV VMC
FTW00LA234 8/16/2000 SAN ANTONIO,TX VMC
DEN00LA154 8/16/2000 OGDEN,UT VMC
ANC00LA104 8/16/2000 CHENEGA BAY,AK VMC
ANC00LA103 8/16/2000 KAKTOVIK,AK VMC
ANC00LA102 8/16/2000 ANCHORAGE,AK VMC
SEA00LA164 8/17/2000 NAMPA,ID VMC
MIA00LA240 8/17/2000 PENSACOLA,FL VMC
CHI00LA261 8/17/2000 NEW LONDON,MO VMC
CHI00LA260 8/17/2000 CHAPIN,IL VMC
CHI00LA259 8/17/2000 HARBOR SPRINGS,MI VMC
SEA00LA166 8/18/2000 CASCADE LOCKS,OR VMC
MIA00LA241 8/18/2000 PUNTA GORDA,FL VMC
LAX00LA305 8/18/2000 FLAGSTAFF,AZ VMC
LAX00FA306 8/18/2000 WATSONVILLE,CA VMC
IAD00FA076 8/18/2000 KENNEBUNKPORT,MEVMC
CHI00LA313 8/18/2000 Cumberland,WI VMC
CHI00FA262 8/18/2000 WATERTOWN,WI IMC
ATL00LA084 8/18/2000 VERO BEACH,FL VMC
ATL00FA082 8/18/2000 AUSTELL,GA VMC
NYC00LA234 8/19/2000 CULPEPER,VA VMC
MIA00LA242 8/19/2000 ST. LUCIE,FL VMC
LAX00LA307 8/19/2000 SAN BERNARDINO,CA VMC
IAD00LA077 8/19/2000 DOYLESTOWN,PA VMC
FTW00FA236 8/19/2000 COLLINSVILLE,OK VMC
FTW00FA235 8/19/2000 BARRETT,TX VMC
CHI00LA264 8/19/2000 MACKINAC ISLAND,MI VMC
CHI00FA266 8/19/2000 Valparaiso,IN VMC
SEA00LA168 8/20/2000 SUNRIVER,OR VMC
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SEA00LA167 8/20/2000 NORTH PLAINS,OR VMC
NYC00LA236 8/20/2000 WARWICK,RI VMC
NYC00LA233 8/20/2000 LIBERTYTOWN,MD VMC
NYC00LA232 8/20/2000 MORAINE,OH VMC
MIA00LA243 8/20/2000 ST. PETERSBURG,FL VMC
LAX00LA308 8/20/2000 VICTORVILLE,CA VMC
FTW00LA237 8/20/2000 ENNIS,TX VMC
DEN00LA156 8/20/2000 DOUGLAS,WY VMC
DEN00LA155 8/20/2000 TRINIDAD,CO VMC
SEA00LA169 8/21/2000 LEAHY,WA VMC
NYC00LA235 8/21/2000 FRIENDLY,MD VMC
LAX00LA309 8/21/2000 SCOTTSDALE,AZ VMC
FTW00LA240 8/21/2000 SAN ANTONIO,TX VMC
FTW00LA239 8/21/2000 KAPLAN,LA VMC
FTW00LA238 8/21/2000 WICHITA FALLS,TX VMC
CHI00WA307 8/21/2000 SYDNEY, VMC
CHI00LA267 8/21/2000 NORTH PLATTE,NE VMC
ATL00LA083 8/21/2000 KEY WEST,FL VMC
ANC00LA111 8/21/2000 V
ALEXANDER CREEK,AK MC
ANC00LA107 8/21/2000 GOLOVIN,AK VMC
LAX00FA324 8/22/2000 Scottsdale,AZ VMC
SEA00LA197 8/23/2000 NEWHALEM,WA VMC
NYC00LA238 8/23/2000 NEWBERRYPORT,MA VMC
MIA00LA245 8/23/2000 BERLIN,GA VMC
MIA00LA244 8/23/2000 MERIDIANVILLE,AL VMC
DEN00LA157 8/23/2000 BUFFALO,WY VMC
CHI00FA265 8/23/2000 MISSION,SD VMC
ANC00LA108 8/23/2000 PILOT POINT,AK IMC
LAX00LA357 8/24/2000 FALLON,NV VMC
FTW00FA245 8/24/2000 HUNT,TX VMC
SEA00LA171 8/25/2000 ROCHE HARBOR,WA VMC
NYC00LA242 8/25/2000 NANTUCKET,MA IMC
NYC00FA240 8/25/2000 LAKE HOPATCONG,NJVMC
NYC00FA239 8/25/2000 MAYVILLE,NY VMC
MIA00LA248 8/25/2000 NICEVILLE,FL VMC
MIA00LA247 8/25/2000 FAYETTEVILLE,TN VMC
CHI00LA271 8/25/2000 SUPERIOR,NE VMC
CHI00LA270 8/25/2000 LINCOLN,IL VMC
SEA00LA172 8/26/2000 BOISE,ID VMC
NYC00LA241 8/26/2000 VALLEY CITY,OH VMC
MIA00LA254 8/26/2000 JACKSONVILLE,FL VMC
MIA00LA251 8/26/2000 DAYTONA BCH SH,FL VMC
MIA00LA250 8/26/2000 CULLMAN,AL VMC
LAX00LA321 8/26/2000 EL MONTE,CA VMC
LAX00LA317 8/26/2000 CHINO,CA VMC
LAX00LA312 8/26/2000 TEHACHAPI,CA VMC
LAX00LA311 8/26/2000 GRIDLEY,CA VMC
IAD00LA070 8/26/2000 WAYNESVILLE,OH VMC
CHI00LA273 8/26/2000 PARSONS,KS VMC
LAX00LA315B 8/27/2000 WESTMINISTER,CA VMC
NYC00FA257 8/27/2000 MILL CREEK,PA IMC
MIA00LA253 8/27/2000 CHATOM,AL VMC
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MIA00LA252 8/27/2000 VERO BEACH,FL VMC
LAX00LA315A 8/27/2000 WESTMINISTER,CA VMC
LAX00LA313 8/27/2000 CAMERON PARK,CA VMC
LAX00FA314 8/27/2000 POWAY,CA IMC
CHI00LA280 8/27/2000 BOLIVAR,MO VMC
CHI00LA274 8/27/2000 ANDOVER,MN VMC
CHI00LA272 8/27/2000 PLATTSMOUTH,NE VMC
LAX00LA339 8/28/2000 HOLBROOK,AZ VMC
FTW00LA246 8/28/2000 EUDORA,AR VMC
CHI00LA275 8/28/2000 BENTON,IL VMC
NYC00LA244 8/29/2000 WINDSOR,NH VMC
NYC00LA243 8/29/2000 DUNKIRK,NY VMC
LAX00TA318 8/29/2000 LOS ANGELES,CA VMC
LAX00FA320 8/29/2000 LAS VEGAS,NV IMC
LAX00FA319 8/29/2000 LATON,CA VMC
IAD00FA079 8/29/2000 JONESTOWN,PA VMC
DEN00LA158 8/29/2000 BROOMFIELD,CO VMC
CHI00LA287 8/29/2000 NEW LENOX,IL VMC
ANC00TA109 8/29/2000 PORT HEIDEN,AK VMC
NYC00FA245 8/30/2000 LEXINGTON,VA VMC
LAX00LA326 8/30/2000 SALINAS,CA VMC
DEN00LA159 8/30/2000 SANTA FE,NM VMC
CHI00FA276 8/30/2000 Grafton,IL IMC
SEA00LA174 8/31/2000 BEND,OR UNK
MIA00LA256 8/31/2000 FURMAN,SC VMC
DEN00TA160 8/31/2000 JACKSON,WY VMC
CHI00LA278 8/31/2000 DES MOINES,IA VMC
CHI00LA277 8/31/2000 SPRING BROOK,WI VMC
ANC00FA110 8/31/2000 JUNEAU,AK VMC
NYC00LA246 9/1/2000 SEVEN SPRINGS,PA VMC
MIA00LA261 9/1/2000 MERIDIANVILLE,AL VMC
MIA00LA257 9/1/2000 CANTON,MS VMC
LAX00FA322 9/1/2000 SO. LAKE TAHOE,CA VMC
FTW00LA247 9/1/2000 HOT SPRINGS,AR VMC
CHI00LA297 9/1/2000 MARION,IN VMC
CHI00LA293 9/1/2000 SELLERSBURG,IN VMC
CHI00LA289 9/1/2000 NICKERSON,KS VMC
CHI00LA281 9/1/2000 BLAKESBURG,IA VMC
CHI00LA279 9/1/2000 CARMEL,IN VMC
CHI00FA284 9/1/2000 MANITOWISH WATR,WIIMC
SEA00LA175 9/2/2000 WAPATO,WA VMC
NYC00LA259 9/2/2000 WILLIAMSTOWN,NJ VMC
NYC00FA247 9/2/2000 APPLE CREEK,OH IMC
LAX00LA356 9/2/2000 HINKLEY,CA VMC
LAX00LA334 9/2/2000 PASO ROBLES,CA VMC
LAX00LA323 9/2/2000 NORTH LAS VEGAS,NVVMC
IAD00LA080 9/2/2000 HALFMOON,NY IMC
DEN00LA163 9/2/2000 TOOELE,UT VMC
CHI00LA285 9/2/2000 CAPE GIRARDEAU,MOVMC
ANC00LA112 9/2/2000 MCGRATH,AK VMC
SEA00LA177 9/3/2000 AUBURN,WA UNK
NYC00FA248 9/3/2000 SOUTH KINGSTOWN,RIIMC
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MIA00LA259 9/3/2000 BAYOU LA BATRE,AL VMC
LAX00LA330 9/3/2000 PALO ALTO,CA VMC
DEN00LA162 9/3/2000 LARAMIE,WY VMC
DEN00FA164 9/3/2000 STEAMBOAT SPG,CO VMC
NYC00LA251 9/4/2000 WURTSBORO,NY VMC
MIA00FA260 9/4/2000 ODESSA,FL VMC
FTW00LA248 9/4/2000 GUTHRIE,OK VMC
ANC00LA114 9/4/2000 RUBY,AK UNK
LAX00LA325 9/5/2000 SAN DIEGO,CA VMC
FTW00LA254 9/5/2000 SHERMAN,TX VMC
FTW00LA249 9/5/2000 MEXIA,TX VMC
ANC00LA113 9/5/2000 YAKUTAT,AK VMC
FTW00LA257 9/6/2000 SEGRAVES,TX VMC
FTW00LA251 9/6/2000 BETHANY,OK VMC
FTW00LA250 9/6/2000 FARWELL,TX VMC
DEN00LA165 9/6/2000 SHERIDAN,WY VMC
NYC00LA254 9/7/2000 FACTORYVILLE,PA VMC
NYC00LA253 9/7/2000 ELMER,NJ VMC
NYC00LA252 9/7/2000 NORTHAMPTON,MA IMC
MIA00GA264 9/7/2000 WAYNESVILLE,NC IMC
LAX00LA329 9/7/2000 MINDEN,NV VMC
LAX00LA328 9/7/2000 RANCHO MURIETA,CAVMC
IAD00LA081 9/7/2000 HEADWATERS,VA VMC
FTW00LA258 9/7/2000 MOUNTAIN HOME,AR VMC
FTW00LA253 9/7/2000 ERICK,OK VMC
FTW00LA252 9/7/2000 EUGENE IS 296B,GM VMC
DEN00LA166 9/7/2000 BIG PINEY,WY VMC
SEA00LA184 9/8/2000 HAILEY,ID VMC
NYC00LA261 9/8/2000 EAST PALESTINE,OH VMC
NYC00LA256 9/8/2000 CROSS KEYS,NJ VMC
NYC00LA255 9/8/2000 LACONIA,NH VMC
DEN00LA168 9/8/2000 RUIDOSO,NM VMC
CHI00LA292 9/8/2000 ELLINGTON,MO VMC
CHI00LA290 9/8/2000 DODGE CENTER,MN VMC
CHI00FA288 9/8/2000 CUSTER,SD VMC
ANC00LA117 9/8/2000 STERLING,AK VMC
NYC00LA258 9/9/2000 WARWICK,NY VMC
MIA00FA265 9/9/2000 BROOKHAVEN,MS IMC
LAX00LA332 9/9/2000 SACRAMENTO,CA VMC
LAX00LA331 9/9/2000 LAKE ELSINORE,CA VMC
FTW00LA255 9/9/2000 OWASSO,OK VMC
DEN00LA167 9/9/2000 AURORA,CO VMC
CHI00LA291 9/9/2000 MOOREHEAD,MN VMC
ATL00LA090 9/9/2000 HOMESTEAD,FL VMC
ATL00LA087 9/9/2000 DILLON,SC VMC
ATL00LA086 9/9/2000 PINE HILL,AL VMC
LAX00LA333 9/10/2000 PAYSON,AZ VMC
IAD00FA082 9/10/2000 CARROLLTON,OH IMC
CHI00LA308 9/10/2000 HALLOCK,MN VMC
CHI00LA294 9/10/2000 NECEDAH,WI VMC
ATL00LA089 9/10/2000 ST. AUGUSTINE,FL VMC
ATL00LA088 9/10/2000 TAMPA,FL IMC
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ANC00LA118 9/10/2000 SPARREVOHN,AK VMC
ATL00FA091B 9/11/2000 FT. PIERCE,FL VMC
LAX00LA350 9/11/2000 CAMP VERDE,AZ VMC
LAX00LA335 9/11/2000 NOVATO,CA VMC
DEN00FA169 9/11/2000 ENGLEWOOD,CO VMC
ATL00FA091A 9/11/2000 FT. PIERCE,FL VMC
ANC00LA124 9/11/2000 ILIAMNA,AK VMC
ANC00LA120 9/11/2000 ANCHORAGE,AK VMC
ANC00LA119 9/11/2000 SLEETMUTE,AK VMC
SEA00LA179B 9/12/2000 FRIDAY HARBOR,WA VMC
SEA00LA179A 9/12/2000 FRIDAY HARBOR,WA VMC
FTW00LA256 9/12/2000 SASPAMCO,TX VMC
CHI00LA298 9/12/2000 SUGAR GROVE,IL VMC
CHI00LA295 9/12/2000 CUSTER,SD VMC
ANC00GA121 9/12/2000 ANCHORAGE,AK VMC
SEA00LA176 9/13/2000 ONTARIO,OR VMC
SEA00LA154 9/13/2000 ARCO,ID VMC
NYC00LA263 9/13/2000 V
NORTH ARLINGTON,NJ MC
ANC00LA123 9/13/2000 ILIAMNA,AK VMC
ANC00LA122 9/13/2000 DILLINGHAM,AK VMC
SEA00LA178 9/14/2000 TACOMA,WA VMC
NYC00LA262 9/14/2000 SALEM,OH VMC
FTW00LA259 9/14/2000 LARIAT,TX VMC
ANC00LA135 9/14/2000 SPARREVOHN,AK VMC
LAX00LA340 9/15/2000 ALTURUS,CA VMC
LAX00LA337 9/15/2000 GRASS VALLEY,CA VMC
LAX00LA336 9/15/2000 PHOENIX,AZ VMC
DEN00LA171 9/15/2000 MORIARTY,NM VMC
DEN00LA170 9/15/2000 SHERIDAN,WY VMC
CHI00LA300 9/15/2000 SANDSTONE,MN VMC
ANC00LA131 9/15/2000 BIG LAKE,AK VMC
SEA00LA180B 9/16/2000 EVERETT,WA VMC
SEA00LA180A 9/16/2000 EVERETT,WA VMC
MIA00LA263 9/16/2000 ZEPHYRHILLS,FL VMC
LAX00LA338 9/16/2000 N. LAS VEGAS,NV VMC
FTW00LA261 9/16/2000 BURNET,TX VMC
DEN00LA173 9/16/2000 COLLBRAN,CO VMC
CHI00LA301 9/16/2000 VALENTINE,NE VMC
CHI00LA299 9/16/2000 MORRIS,IL VMC
NYC00LA264 9/17/2000 GETTYSBURG,PA VMC
LAX00LA341 9/17/2000 PRESCOTT,AZ VMC
FTW00LA264 9/17/2000 WAGONER,OK VMC
DEN00LA174 9/17/2000 LAS CRUCES,NM VMC
DEN00FA175 9/17/2000 LONGMONT,CO VMC
FTW00LA260 9/18/2000 BLANCHARD,LA VMC
CHI00LA282 9/18/2000 CHESANING,MI VMC
IAD00LA084 9/19/2000 CONESUS,NY VMC
FTW00LA266 9/19/2000 NEW ORLEANS,LA VMC
ANC00LA127 9/19/2000 GALENA,AK VMC
DEN00LA172 9/20/2000 ENGLEWOOD,CO VMC
CHI00LA303 9/20/2000 JEFFERSONVILLE,IN VMC
CHI00FA302 9/20/2000 JASPER,IN VMC
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SEA00TA182 9/21/2000 ATLANTA,ID VMC
LAX00LA344 9/21/2000 CORCORAN,CA VMC
FTW00LA267 9/21/2000 JACKSONVILLE,AR VMC
CHI00LA305 9/21/2000 BUFFALO,MO VMC
CHI00LA304 9/21/2000 WICHITA,KS IMC
ATL00LA096 9/21/2000 DELAND,FL VMC
ANC00LA129 9/21/2000 ANCHORAGE,AK VMC
LAX00LA351 9/22/2000 NORTH LAS VEGAS,NV VMC
LAX00LA345 9/22/2000 TRACY,CA VMC
LAX00FA346 9/22/2000 TUBA CITY,AZ VMC
DEN00LA176 9/22/2000 RAWLINS,WY VMC
CHI00TA306 9/22/2000 ECONOMY,IN VMC
SEA00LA187 9/23/2000 NEWBERG,OR VMC
SEA00LA186 9/23/2000 ONTARIO,OR VMC
SEA00LA185 9/23/2000 RAYMOND,WA VMC
NYC00LA265 9/23/2000 GREENVILLE,ME IMC
MIA00LA269 9/23/2000 ENOCHVILLE,NC VMC
FTW00LA269 9/23/2000 TOMBALL,TX VMC
ANC00LA132 9/23/2000 KETCHIKAN,AK VMC
SEA00LA188 9/24/2000 BURLINGTON,WA VMC
NYC00LA266 9/24/2000 WARRENTON,VA VMC
LAX00LA349 9/24/2000 KERNVILLE,CA VMC
SEA00LA189 9/25/2000 CORVALLIS,OR VMC
LAX00LA348 9/25/2000 IONE,CA VMC
FTW00FA268 9/25/2000 NAVASOTA,TX VMC
DEN01LA006 9/25/2000 HEBER CITY,UT VMC
SEA00LA191 9/26/2000 AUBURN,WA VMC
SEA00LA190 9/26/2000 MILES CITY,MT VMC
MIA00LA272 9/26/2000 GULFPORT,MS VMC
MIA00LA270 9/26/2000 CHARLOTTE,NC VMC
DEN00LA178 9/26/2000 BROOMFIELD,CO VMC
CHI00LA309 9/26/2000 WHEELING,IL VMC
ATL00LA093 9/26/2000 ADEL,GA VMC
ANC00LA130 9/26/2000 WASILLA,AK VMC
SEA00LA193 9/27/2000 LAUREL,MT VMC
SEA00LA192 9/27/2000 COLUMBIA RIVER,WA VMC
LAX00LA352 9/27/2000 SAN CARLOS,CA VMC
IAD00LA085 9/27/2000 OWINGSVILLE,KY VMC
SEA00WA196 9/28/2000 SMITHERS, UNK
SEA00LA194 9/28/2000 BURNS,OR VMC
DEN00LA180 9/28/2000 ERIE,CO VMC
ANC00LA134 9/28/2000 SLANA,AK VMC
LAX00WA353 9/29/2000 NADI, VMC
LAX00TA355 9/29/2000 Phoenix,AZ VMC
FTW00LA270 9/29/2000 STANTON,TX VMC
CHI00LA310 9/29/2000 PETERSBURG,MI VMC
SEA00LA195 9/30/2000 SALEM,OR VMC
LAX00FA354 9/30/2000 SAN LUIS OBISPO,CA IMC
FTW00LA272 9/30/2000 CORSICANA,TX VMC
FTW00LA271 9/30/2000 HAMMOND,LA VMC
DEN00LA183 9/30/2000 TUCUMCARI,NM VMC
DEN00FA182 9/30/2000 TELLURIDE,CO VMC
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CHI00LA311 9/30/2000 MICHIGAN CITY,IN VMC
ATL00LA095 9/30/2000 OPA-LOCKA,FL VMC
ATL00LA094 9/30/2000 HOMOSASSA,FL IMC
NYC01FA001 10/1/2000 SEVEN SPRINGS,PA VMC
LAX01FA001 10/1/2000 SAN JUAN BATIST,CA IMC
IAD01LA001 10/1/2000 LEWISBERG,PA VMC
FTW01LA001 10/1/2000 NASHVILLE,AR VMC
DEN01LA001 10/1/2000 OGDEN,UT VMC
ATL01LA002 10/1/2000 BOONE,NC VMC
ANC01LA001 10/1/2000 NAKNEK,AK VMC
NYC01LA002 10/2/2000 LEICESTER,MA VMC
FTW01LA004 10/2/2000 JASPER,TX IMC
CHI01FA001 10/2/2000 Rapid City,SD VMC
ATL01LA005 10/2/2000 NEW PORT RICHEY,FLVMC
LAX01LA009 10/3/2000 EL CAJON,CA VMC
LAX01LA002 10/3/2000 LONG BEACH,CA VMC
ATL01LA004 10/3/2000 CHAPIN,SC VMC
ATL01LA003 10/3/2000 TUSCALOOSA,AL VMC
NYC01LA004 10/4/2000 MARSHFIELD,MA VMC
NYC01LA003 10/4/2000 HAVERFORD TWP.,PAVMC
LAX01FA003 10/4/2000 SANTA ROSA,CA IMC
FTW01LA005 10/4/2000 IMPERIAL,TX VMC
CHI01LA002 10/4/2000 MUSKEGON,MI VMC
ANC01LA009 10/4/2000 PORT ALSWORTH,AK VMC
SEA01LA004 10/5/2000 MONROE,WA VMC
NYC01LA010 10/6/2000 LINCOLN PARK,NJ VMC
NYC01FA005 10/6/2000 Edgartown,MA IMC
LAX01FA004 10/6/2000 SAN DIMAS,CA IMC
CHI01LA004 10/6/2000 SPARTA,WI VMC
ANC01LA003 10/6/2000 PORT ALSWORTH,AK VMC
NYC01LA011 10/7/2000 WARRENTON,VA VMC
LAX01LA017 10/7/2000 SANTA PAULA,CA VMC
LAX01LA008 10/7/2000 HILO,HI VMC
LAX01FA006 10/7/2000 KERNVILLE,CA VMC
ANC01LA005 10/7/2000 ANCHORAGE,AK VMC
SEA01LA002 10/8/2000 HILLSBORO,OR VMC
LAX01LA005 10/8/2000 INYOKERN,CA VMC
CHI01LA003 10/8/2000 Noblesville,IN VMC
NYC01LA006 10/9/2000 SHIRLEY,NY VMC
LAX01FA007 10/9/2000 PHOENIX,AZ VMC
SEA01LA003 10/10/2000 TWIN FALLS,ID VMC
NYC01LA008 10/10/2000 FORK UNION,VA VMC
NYC01FA007 10/10/2000 WASH. CT. HOUSE,OHVMC
MIA01LA002 10/10/2000 STOCKBRIDGE,GA VMC
FTW01LA002 10/10/2000 ANDREWS,TX VMC
FTW01FA007 10/10/2000 COTULLA,TX VMC
DEN01LA002 10/10/2000 BAGGS,WY VMC
IAD01LA002 10/11/2000 PHILADELPHIA,PA VMC
CHI01LA009 10/11/2000 LANSING,MI VMC
CHI01LA008 10/11/2000 SAINT PAUL,MN VMC
CHI01LA007 10/11/2000 HIGHLAND,IL VMC
ATL01LA006 10/11/2000 INDIANTOWN,FL VMC
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ANC01LA006 10/11/2000 ILIAMNA,AK VMC
SEA01WA005 10/12/2000 KELOWNA, VMC
LAX01LA012 10/12/2000 MADERA,CA VMC
LAX01LA010 10/12/2000 SAN CARLOS,CA VMC
FTW01LA009 10/12/2000 WALLER,TX VMC
FTW01FA003 10/12/2000 UMBARGER,TX VMC
CHI01LA013 10/12/2000 BARABOO,WI VMC
ANC01LA010 10/12/2000 NONDALTON,AK VMC
LAX01LA016 10/13/2000 HILO,HI VMC
LAX01FA011 10/13/2000 Henderson,NV VMC
IAD01LA003 10/13/2000 MOUNT POCONO,PA VMC
ATL01LA007 10/13/2000 PALATKA,FL VMC
NYC01LA018 10/14/2000 RIDGEWAY,VA VMC
NYC01LA017 10/14/2000 POUGHKEEPSIE,NY VMC
NYC01LA014 10/14/2000 STEUBENVILLE,OH VMC
MIA01LA005 10/14/2000 HUNTERSVILLE,NC VMC
MIA01FA004 10/14/2000 PEMBROKE PINES,FL VMC
LAX01LA015 10/14/2000 SEDONA,AZ VMC
FTW01RA008 10/14/2000 ENSENADA, VMC
DEN01LA023 10/14/2000 MONTROSE,CO VMC
DEN01LA004 10/14/2000 JENSEN,UT VMC
CHI01LA012 10/14/2000 MANHATTAN,KS VMC
CHI01LA010 10/14/2000 TECUMSEH,MI VMC
ATL01LA009 10/14/2000 HOMER,GA VMC
NYC01LA015 10/15/2000 ERWINNA,PA VMC
NYC01LA013 10/15/2000 SOUTHBOROUGH,MA VMC
LAX01FA014 10/15/2000 Monterey,CA IMC
IAD01LA004 10/15/2000 BERRYVILLE,VA VMC
ATL01FA008 10/15/2000 SELMER,TN VMC
ANC01LA008 10/15/2000 CHUGIAK,AK VMC
MIA01FA006 10/16/2000 BURLINGTON,NC VMC
CHI01MA011 10/16/2000 HILLSBORO,MO IMC
LAX01FA018B 10/17/2000 VAN NUYS,CA VMC
SEA01LA006 10/17/2000 DRIGGS,ID VMC
MIA01LA007 10/17/2000 DELLWOOD,FL VMC
MIA01LA009 10/18/2000 JESUP,GA VMC
FTW01LA011 10/18/2000 LITTLEFIELD,TX VMC
CHI01LA018 10/18/2000 NEW ULM,MN VMC
NYC01LA025 10/19/2000 CAMP SPRINGS,MD VMC
LAX01LA019 10/19/2000 Concord,CA VMC
FTW01LA012 10/19/2000 STANTON,TX VMC
CHI01FA017 10/19/2000 HOMER,NE VMC
NYC01WA051 10/20/2000 DOSSENHEIM, UNK
NYC01FA021 10/20/2000 KINGSTON,OH VMC
FTW01LA016 10/20/2000 HOUSTON,TX VMC
CHI01LA028 10/20/2000 EDEN PRAIRIE,MN VMC
CHI01LA021 10/20/2000 QUINCY,IL VMC
MIA01LA012B 10/21/2000 Leesburg,FL VMC
MIA01LA010B 10/21/2000 INDIANTOWN,FL VMC
SEA01LA009 10/21/2000 YELM,WA VMC
NYC01LA020 10/21/2000 SHIRLEY,NY VMC
MIA01LA017 10/21/2000 DAYTONA BEACH,FL VMC
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MIA01LA014 10/21/2000 RIDGELAND,SC VMC
MIA01LA012A 10/21/2000 Leesburg,FL VMC
MIA01LA010A 10/21/2000 INDIANTOWN,FL VMC
LAX01LA020 10/21/2000 GEORGETOWN,CA VMC
IAD01LA008 10/21/2000 MANASSAS,VA VMC
IAD01LA007 10/21/2000 MCCLURE,PA VMC
CHI01LA022 10/21/2000 HEDRICK,IA VMC
CHI01LA020 10/21/2000 PULASKI,WI VMC
CHI01LA019 10/21/2000 SPRINGFIELD,IL VMC
MIA01LA013 10/22/2000 Knoxville,TN VMC
MIA01LA011 10/22/2000 LUCEDALE,MS VMC
LAX01LA025 10/22/2000 KAMUELA,HI VMC
LAX01LA021 10/22/2000 HALF MOON BAY,CA VMC
CHI01LA029 10/22/2000 IOWA CITY,IA VMC
SEA01LA008 10/23/2000 YELM,WA VMC
SEA01LA007 10/23/2000 ARLINGTON,WA VMC
NYC01LA019 10/23/2000 WHITE PLAINS,NY VMC
LAX01FA023 10/23/2000 Wheaton Springs,CA
CHI01LA023 10/23/2000 MINIER,IL VMC
LAX01LA022 10/24/2000 BULLHEAD CITY,AZ VMC
LAX01FA024 10/24/2000 ALPINE,CA VMC
CHI01FA025 10/24/2000 Gaylord,MI IMC
LAX01LA028 10/25/2000 RAMONA,CA VMC
FTW01FA013 10/25/2000 OKLAHOMA CITY,OK IMC
CHI01FA024 10/25/2000 SPARTA,MI IMC
MIA01LA018 10/26/2000 DELAND,FL VMC
LAX01FA027 10/26/2000 GARDENA,CA VMC
LAX01FA026 10/26/2000 JULIAN,CA IMC
FTW01FA014 10/26/2000 ROCKPORT,TX VMC
ANC01FA012 10/26/2000 AKHIOK,AK VMC
SEA01LA010 10/27/2000 SUNNYSLOPE,WA VMC
NYC01LA027 10/27/2000 GREENVILLE,ME VMC
MIA01LA019 10/27/2000 KEY WEST,FL VMC
MIA01FAMS1 10/27/2000 MISSING,FL VMC
ANC01LA014 10/27/2000 ANCHORAGE,AK VMC
FTW01FA017 10/28/2000 E. Cameron 200,GM VMC
DEN01LA008 10/28/2000 SANTA TERESA,NM VMC
DEN01LA007 10/28/2000 FORT COLLINS,CO IMC
CHI01LA031 10/28/2000 CARROLLTON,MO VMC
ANC01LA013 10/28/2000 JUNEAU,AK VMC
LAX01LA031 10/29/2000 FRENCH VALLEY,CA VMC
IAD01WA011 10/29/2000 WALLFORF, VMC
DEN01LA009 10/29/2000 GREELEY,CO VMC
MIA01LA020 10/30/2000 SEBRING,FL VMC
LAX01LA029 10/30/2000 Gorman,CA VMC
FTW01FA015 10/30/2000 TULSA,OK VMC
DEN01LA012 10/30/2000 MESA VERDE,CO VMC
DEN01LA010 10/30/2000 ALBUQUERQUE,NM VMC
CHI01LA027 10/30/2000 AUSTIN,MN VMC
LAX01LA030 10/31/2000 DAYTON VALLEY,NV VMC
NYC01WA033 11/1/2000 SAO TOME ISLAND, VMC
NYC01LA028 11/1/2000 MILLERSBURG,OH VMC
Page 32
2000_GA_Annual_Review_Data
MIA01LA022 11/1/2000 Greer,SC VMC
FTW01LA018 11/1/2000 ALMYRA,AR VMC
CHI01LA030 11/1/2000 WORTH,IL VMC
SEA01LA013 11/2/2000 SPANGLE,WA VMC
SEA01LA012 11/2/2000 WALDRON ISLAND,WA VMC
NYC01LA030 11/2/2000 RIDGEFIELD,CT VMC
NYC01LA029 11/2/2000 PROSPERITY,PA VMC
SEA01LA016 11/3/2000 HOOD RIVER,OR VMC
MIA01LA023 11/3/2000 DAYTONA BEACH,FL VMC
CHI01FA026 11/3/2000 Des Moines,IA VMC
NYC01LA026 11/4/2000 BERLIN,NJ VMC
MIA01LA025 11/4/2000 St. Marys,GA VMC
MIA01LA024 11/4/2000 Inverness,FL VMC
LAX01LA033 11/4/2000 LIVERMORE,CA VMC
SEA01FA015 11/5/2000 CORVALLIS,OR VMC
LAX01LA034 11/5/2000 CARSON CITY,NV VMC
LAX01FA036 11/5/2000 TEEC NOS POS,AZ IMC
DEN01LA011 11/6/2000 ROSWELL,NM VMC
NYC01LA031 11/7/2000 MIDDLETOWN,NY VMC
ANC01LA015 11/7/2000 WHITE MOUNTAIN,AK VMC
NYC01LA034 11/8/2000 Long Lake,NY VMC
NYC01LA032 11/8/2000 LUMBERTON,NJ VMC
LAX01LA037 11/9/2000 TUCSON,AZ VMC
IAD01FA013 11/9/2000 STUART,VA IMC
SEA01FA017 11/10/2000 IDAHO FALLS,ID VMC
FTW01LA019 11/10/2000 LAPORTE,TX VMC
LAX01LA038 11/11/2000 LAKE ELSINORE,CA VMC
CHI01LA037 11/11/2000 Kankakee,IL VMC
SEA01LA018 11/12/2000 GREAT FALLS,MT VMC
LAX01LA040 11/12/2000 MARANA,AZ VMC
DEN01FA013 11/12/2000 HANKSVILLE,UT VMC
NYC01LA036 11/13/2000 WINCHESTER,VA IMC
NYC01LA035 11/13/2000 BABYLON,NY VMC
LAX01LA039 11/13/2000 PARUMPH,NV VMC
DEN01LA014 11/13/2000 LONGMONT,CO VMC
SEA01LA019 11/14/2000 BROADUS,MT VMC
ANC01LA019 11/14/2000 CLARKS POINT,AK VMC
NYC01WA037 11/15/2000 SHERBROOKE, VMC
LAX01LA042 11/15/2000 MESA,AZ VMC
LAX01LA041 11/15/2000 Temecula,CA VMC
FTW01FA020 11/15/2000 JENA,LA VMC
CHI01LA036 11/15/2000 KALKASKA,MI VMC
ATL01LA010 11/15/2000 EVERGLADES CITY,FLVMC
MIA01FA028B 11/16/2000 BRADENTON,FL VMC
SEA01LA020 11/16/2000 ONTARIO,OR VMC
MIA01TA237 11/16/2000 Frostproof,FL VMC
MIA01FA028A 11/16/2000 BRADENTON,FL VMC
LAX01LA043 11/16/2000 Oxnard,CA VMC
FTW01FA021 11/16/2000 HOUSTON,TX IMC
SEA01LA023 11/17/2000 STEVENSVILLE,MT VMC
SEA01FA021 11/17/2000 ONTARIO,OR VMC
NYC01LA039 11/17/2000 MONTAUK,NY VMC
Page 33
2000_GA_Annual_Review_Data
NYC01LA038 11/17/2000 HAGERSTOWN,MD VMC
LAX01LA044 11/17/2000 SACRAMENTO,CA VMC
CHI01LA038 11/17/2000 MADISON,WI VMC
CHI01LA035 11/17/2000 WAUTOMA,WI VMC
NYC01LA041 11/18/2000 BLACKSBURG,VA VMC
IAD01LA014 11/18/2000 WHITE POST,VA VMC
DEN01LA015 11/18/2000 OGDEN,UT VMC
CHI01LA040 11/18/2000 MINOT,ND VMC
CHI01LA039 11/18/2000 CORNING,IA VMC
LAX01LA045 11/19/2000 GUISTINE,CA VMC
DEN01LA016 11/19/2000 WENDOVER,UT VMC
MIA01LA031 11/20/2000 IUKA,MS VMC
FTW01LA022 11/20/2000 BELCHER,LA VMC
NYC01LA043 11/21/2000 LONDONDERRY,NH VMC
MIA01LA032 11/21/2000 Wewahitchka,FL VMC
MIA01WA042 11/22/2000 PITTS TOWN, VMC
FTW01FA023 11/22/2000 GILMER,TX VMC
DEN01LA017 11/22/2000 Fort Collins,CO VMC
SEA01LA024 11/23/2000 LAKE KACHESS,WA VMC
FTW01FA024 11/23/2000 STILLWATER,OK IMC
ATL01LA013 11/23/2000 JACKSON,MS VMC
MIA01WA033 11/24/2000 PORT AU PRINCE, VMC
IAD01LA016 11/24/2000 UNION,CT VMC
IAD01FA015 11/24/2000 LYNCHBURG,VA VMC
FTW01WA031 11/24/2000 CHIHUAHUA, VMC
CHI01LA041 11/24/2000 JEFFERSON CITY,MO VMC
NYC01LA042 11/25/2000 FREMONT,OH VMC
FTW01LA027 11/25/2000 ANTLERS,OK VMC
FTW01FA025B 11/26/2000 KATY,TX VMC
NYC01FA040 11/26/2000 RIXFORD,PA IMC
FTW01LA028 11/26/2000 VALLEY SPRING,TX VMC
FTW01LA026 11/26/2000 GAINESVILLE,TX VMC
FTW01FA025A 11/26/2000 KATY,TX VMC
CHI01LA042 11/26/2000 PRESTON,MN IMC
CHI01FA043 11/27/2000 DANVILLE,IL IMC
ATL01LA014 11/27/2000 MERRITT ISLAND,FL VMC
ATL01LA011 11/27/2000 FORT MYERS,FL VMC
NYC01LA045 11/28/2000 LEBANON,OH VMC
NYC01LA044 11/28/2000 ZANESVILLE,OH VMC
FTW01LA029 11/28/2000 TYLER,TX VMC
ANC01LA021 11/28/2000 WASILLA,AK VMC
LAX01LA047 11/29/2000 KAUNAKAKAI,HI VMC
LAX01LA046 11/29/2000 MOKULEIA,HI VMC
NYC01LA049 11/30/2000 COLLEGE PARK,MD VMC
MIA01LA034 11/30/2000 MELBOURNE,FL VMC
LAX01LA048 11/30/2000 MARANA,AZ VMC
LAX01FA049 11/30/2000 Clifton,AZ VMC
DEN01LA025 11/30/2000 ENGLEWOOD,CO VMC
DEN01FA018 11/30/2000 TAOS,NM VMC
ATL01LA018 11/30/2000 MOBILE,AL VMC
SEA01LA022 12/1/2000 MERCER ISLAND,WA VMC
FTW01LA036 12/1/2000 ROCKPORT,TX VMC
Page 34
2000_GA_Annual_Review_Data
NYC01LA047 12/2/2000 CROSS KEYS,NJ VMC
SEA01LA025 12/3/2000 LYNWOOD,WA VMC
NYC01LA050 12/3/2000 KINGWOOD,WV VMC
MIA01WA035 12/3/2000 GRUNWALD, IMC
LAX01LA050 12/3/2000 PARADISE,CA VMC
CHI01FA044 12/3/2000 Milltown,WI VMC
ATL01LA017 12/3/2000 CLEVELAND,TN VMC
NYC01FA053 12/4/2000 SANDGAP,KY IMC
LAX01LA053 12/4/2000 CARLSBAD,CA VMC
SEA01LA026 12/5/2000 PACIFIC CITY,OR VMC
NYC01LA052 12/5/2000 DANBURY,CT VMC
SEA01WA028 12/6/2000 TOFINO, B.C., IMC
SEA01LA027 12/6/2000 GLENEDEN BEACH,OR VMC
MIA01LA037 12/6/2000 BELLE GLADE,FL VMC
MIA01LA036 12/6/2000 CLARKSVILLE,FL VMC
FTW01LA032 12/6/2000 DRY CREEK,LA IMC
DEN01TA019 12/6/2000 MONTROSE,CO VMC
LAX01LA061 12/7/2000 HENDERSON,NV VMC
DEN01LA020 12/8/2000 WEST JORDAN,UT VMC
DEN01FA021 12/8/2000 ANTIMONY,UT IMC
CHI01LA045 12/8/2000 BRAINERD,MN VMC
NYC01LA057 12/9/2000 TRENTON,NJ VMC
NYC01LA055 12/9/2000 MOUNT STERLING,KY VMC
MIA01LA038 12/9/2000 CLERMONT,FL VMC
LAX01FA055 12/9/2000 PETALUMA,CA IMC
FTW01LA034 12/9/2000 INGLESIDE,TX VMC
SEA01LA029 12/10/2000 PRINEVILLE,OR VMC
MIA01LA039 12/10/2000 MARATHON,FL IMC
FTW01FA033 12/10/2000 NORMAN,OK IMC
ATL01WA015 12/10/2000 ALAJ UELA, VMC
LAX01LA052 12/11/2000 SAN DIEGO,CA IMC
LAX01GA057 12/12/2000 Lancaster,CA VMC
ATL01LA016 12/12/2000 PLANT CITY,FL VMC
FTW01LA040 12/13/2000 OLNEY,TX VMC
DEN01LA031 12/13/2000 BROOMFIELD,CO VMC
DEN01LA022 12/13/2000 BOULDER,CO VMC
MIA01FA043 12/14/2000 BELVIDERE,NC VMC
MIA01FA041 12/14/2000 Weston,FL VMC
LAX01LA058 12/14/2000 NORTH LAS VEGAS,NV VMC
LAX01FA059 12/14/2000 SACRAMENTO,CA VMC
DEN01LA024 12/14/2000 LEADVILLE,CO VMC
DEN01FA027 12/14/2000 OGDEN,UT IMC
ANC01LA023 12/14/2000 CHUGIAK,AK VMC
DEN01FA028 12/15/2000 LUSK,WY IMC
CHI01LA048 12/15/2000 HARRISBURG,IL IMC
MIA01LA044 12/16/2000 HILTON HEAD ISL,SC VMC
FTW01LA037 12/16/2000 TULSA,OK VMC
DEN01LA029 12/16/2000 SALT LAKE CITY,UT VMC
ANC01LA024 12/16/2000 KING SALMON,AK VMC
ANC01LA025B 12/17/2000 ANCHORAGE,AK VMC
LAX01LA060 12/17/2000 LAS VEGAS,NV VMC
FTW01LA039 12/17/2000 SUNNYVALE,TX VMC
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2000_GA_Annual_Review_Data
CHI01FA052 12/17/2000 ROLLA,MO VMC
ANC01LA025A 12/17/2000 ANCHORAGE,AK VMC
NYC01LA059 12/18/2000 West Mifflin,PA VMC
IAD01LA020 12/18/2000 MEDFORD,NJ VMC
FTW01LA038 12/18/2000 HURST,TX VMC
CHI01LA050 12/18/2000 HUNTINGBURG,IN IMC
CHI01LA051 12/19/2000 STURGIS,SD VMC
CHI01LA049 12/19/2000 INDIANAPOLIS,IN VMC
MIA01LA048 12/20/2000 FORT PIERCE,FL VMC
CHI01LA059 12/20/2000 Winona,MN IMC
ANC01FA026 12/20/2000 KENAI,AK IMC
LAX01LA062 12/21/2000 SAN CARLOS,CA VMC
DEN01LA032 12/21/2000 ASPEN,CO VMC
SEA01LA031 12/22/2000 Kirkland,WA VMC
NYC01FA058 12/22/2000 Rangeley,ME VMC
MIA01LA047 12/22/2000 AUBURNDALE,FL VMC
LAX01LA063 12/22/2000 WILCOX,AZ VMC
FTW01LA044 12/22/2000 LITTLE ROCK,AR VMC
FTW01LA042 12/22/2000 MESQUITE,TX VMC
LAX01LA064 12/23/2000 BAKERSFIELD,CA VMC
NYC01LA067 12/24/2000 Norwood,MA VMC
NYC01LA060 12/24/2000 MITCHELLVILLE,MD VMC
DEN01LA034 12/24/2000 SPRINGFIELD,CO VMC
DEN01FA033 12/24/2000 ALBUQUERQUE,NM VMC
FTW01LA041 12/25/2000 ADDISON,TX IMC
CHI01LA053 12/25/2000 NEW UNDERWOOD,SD VMC
MIA01LA049 12/26/2000 CIALES,PR VMC
LAX01LA065 12/26/2000 COLORADO CITY,AZ VMC
MIA01LA052 12/27/2000 Morganton,NC VMC
LAX01LA056 12/27/2000 RAMONA,CA VMC
DEN01LA035 12/27/2000 Longmont,CO VMC
CHI01LA054 12/27/2000 Sturtevant,WI VMC
ANC01FAMS1 12/27/2000 JUNEAU,AK VMC
SEA01LA034 12/28/2000 HERMISTON,OR VMC
SEA01FA032 12/28/2000 PIERCE,ID VMC
NYC01LA063 12/29/2000 Farmville,VA VMC
FTW01FA043 12/29/2000 Gilchrist,TX VMC
LAX01LA067 12/30/2000 ROSAMOND,CA VMC
CHI01LA058 12/30/2000 Elkhart,IN VMC
SEA01WA033 12/31/2000 PENTICTON, B.C., IMC
DEN01LA037 12/31/2000 Las Cruces,NM VMC
CHI01LA056 12/31/2000 Allegan,MI VMC
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2000_GA_Annual_Review_Data
Purpose of Flight Aircraft Damage Highest Injury Aircraft Type
Positioning Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial None Airplane
Instruction Destroyed Fatal
Substantial None Helicopter
Instruction Substantial Fatal Airplane
Positioning Destroyed Fatal Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Serious Airplane
Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal None Serious Airplane
Positioning Substantial None Airplane
Positioning Destroyed Fatal Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Public Use Destroyed Fatal Helicopter
Public Use Substantial Serious Helicopter
Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Gyroplane
Personal Substantial Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Helicopter
Personal Substantial Fatal Airplane
Corporate Destroyed Fatal Airplane
Aerial Application Substantial Minor Helicopter
Page 37
2000_GA_Annual_Review_Data
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Public Use Substantial Minor Helicopter
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Helicopter
Positioning Substantial Minor Airplane
Instruction Substantial None Airplane
Substantial None Airplane
Substantial None Helicopter
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Serious Helicopter
Instruction Substantial Serious Helicopter
Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Serious Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Aerial Application Destroyed Serious Airplane
Personal Substantial None Helicopter
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Serious Airplane
Page 38
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Instruction Substantial None Airplane
Public Use Destroyed Serious Airplane
Personal Substantial None Airplane
Destroyed Fatal Airplane
Aerial Application Substantial Minor Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial Minor Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed None Airplane
Personal Substantial Fatal Airplane
Instruction Substantial None Airplane
Substantial None Helicopter
Personal Substantial Fatal Airplane
Public Use Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Destroyed Fatal Airplane
Destroyed None Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Minor None Airplane
Instruction Minor Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Helicopter
Public Use Substantial None Airplane
Instruction Substantial Minor Airplane
Instruction Substantial Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Helicopter
Page 39
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Positioning Substantial None Airplane
Destroyed Minor Helicopter
Positioning Substantial Minor Airplane
Personal Substantial None Glider
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial Minor Gyroplane
Personal None Fatal Airplane
Personal Substantial None Airplane
Aerial Application Substantial Minor Helicopter
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Instruction Destroyed Fatal Glider
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Positioning Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Destroyed Serious Airplane
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Instruction Substantial None Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Instruction Substantial Minor Helicopter
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Minor Airplane
Personal Substantial None Airplane
Destroyed Fatal Helicopter
Instruction Substantial None Airplane
Personal Substantial None Airplane
Page 40
2000_GA_Annual_Review_Data
Personal Destroyed Serious Glider
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Personal Destroyed None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Positioning Destroyed Fatal Airplane
Substantial None Helicopter
Personal Substantial Minor Airplane
Positioning Destroyed Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Aerial Application Substantial Serious Helicopter
Instruction Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial None Helicopter
Personal Substantial Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial Minor Helicopter
Corporate Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Destroyed Fatal Airplane
Public Use Substantial Serious Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Minor None Airplane
Public Use Destroyed Minor Helicopter
Positioning Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Corporate Substantial Minor Airplane
Page 41
2000_GA_Annual_Review_Data
Personal Substantial Minor Helicopter
Instruction Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Substantial Minor Airplane
Instruction Substantial Serious Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Substantial Minor Balloon
Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Positioning Destroyed Fatal Helicopter
Personal Substantial Serious Airplane
Substantial None Airplane
Personal Destroyed Minor Airplane
Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Serious Airplane
Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Destroyed Fatal Helicopter
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Airplane
Aerial Application Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Serious Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Serious Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Destroyed Serious Helicopter
Substantial None Helicopter
Personal Destroyed Fatal Airplane
Page 42
2000_GA_Annual_Review_Data
Instruction Substantial None Helicopter
Public Use Destroyed Fatal Helicopter
Destroyed Fatal Airplane
Personal Destroyed Fatal Gyroplane
Personal Substantial Minor Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Substantial Serious Airplane
Personal Substantial None Airplane
Substantial None Helicopter
Instruction Substantial Minor Airplane
Personal Substantial Serious Airplane
Aerial Application Substantial Minor Airplane
Instruction Substantial None Airplane
Instruction Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Glider
Personal Substantial Minor Airplane
Destroyed Minor Helicopter
Personal Substantial Fatal Airplane
Destroyed Fatal Helicopter
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Substantial Minor Airplane
Destroyed Fatal
Personal Substantial Minor Airplane
Personal Substantial Minor Gyroplane
Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Destroyed None Airplane
Personal Substantial None Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Page 43
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Corporate Substantial None Airplane
Aerial Application Substantial Minor Airplane
Substantial Minor Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Balloon
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Public Use Substantial None Airplane
Personal Destroyed None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Gyroplane
Personal Substantial Serious Airplane
Personal Destroyed Minor Airplane
Public Use Substantial Minor Helicopter
Personal Substantial None Airplane
Aerial Application Substantial Minor Airplane
Destroyed Fatal Airplane
Substantial None Airplane
Personal Substantial None Airplane
Positioning Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Substantial None Airplane
Personal Substantial Minor Helicopter
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Destroyed Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Page 44
2000_GA_Annual_Review_Data
Positioning Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Public Use Destroyed Fatal Airplane
Destroyed Serious Airplane
Substantial Fatal Airplane
Destroyed Fatal Airplane
Substantial None Helicopter
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Public Use Substantial Minor Helicopter
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Positioning Substantial Minor Airplane
Personal Substantial Minor Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Helicopter
Positioning Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Glider
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Aerial Application Destroyed Fatal Airplane
Personal Substantial None Helicopter
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Helicopter
Personal Substantial None Airplane
Substantial Minor Airplane
Positioning Destroyed Fatal Helicopter
Personal Destroyed Fatal Helicopter
Personal Substantial None Airplane
Positioning Destroyed Fatal Airplane
Instruction Substantial None Airplane
Page 45
2000_GA_Annual_Review_Data
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Substantial Minor Helicopter
Personal Destroyed None Airplane
Personal Substantial Serious Airplane
Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Gyroplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Helicopter
Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial None Helicopter
Aerial Application Substantial None Airplane
Instruction Substantial None Airplane
Public Use Substantial Serious Airplane
Positioning Substantial None Helicopter
Personal Substantial None Glider
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Positioning Substantial Serious Helicopter
Personal Substantial None Glider
Personal Substantial Minor Helicopter
Personal Substantial Minor Helicopter
Personal Substantial Serious Airplane
Personal Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Page 46
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Glider
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Public Use Destroyed Fatal Airplane
Instruction Substantial None Glider
Personal Substantial None Airplane
Public Use Substantial None Helicopter
Personal Substantial Fatal Airplane
Personal Destroyed Fatal Airplane
Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial None Helicopter
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Substantial Minor Helicopter
Corporate Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed None Airplane
Instruction Substantial None Helicopter
Personal Destroyed None Helicopter
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Glider
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Aerial Application Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Destroyed Fatal Airplane
Aerial Application Substantial Fatal Helicopter
Page 47
2000_GA_Annual_Review_Data
Instruction Substantial Minor Airplane
Destroyed None Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Instruction Destroyed Fatal Airplane
Instruction Substantial None Airplane
Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Destroyed Fatal Airplane
Personal Substantial Fatal Glider
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
None Serious Balloon
Personal Substantial None Airplane
Instruction Substantial None Airplane
Aerial Application Substantial None Airplane
Instruction Substantial None Glider
Aerial Application Destroyed Serious Airplane
Aerial Application Substantial None Airplane
Instruction Substantial None Airplane
Substantial None Helicopter
Personal Destroyed Fatal Airplane
Personal Destroyed Minor Airplane
Personal Substantial Minor Airplane
Positioning Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Glider
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Positioning Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Aerial Application Destroyed Serious Helicopter
Positioning Destroyed Serious Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Instruction Destroyed Minor Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Page 48
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Balloon
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Gyroplane
Destroyed Fatal Airplane
Substantial None Helicopter
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Substantial None Airplane
Destroyed Fatal Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Glider
Instruction Substantial None Glider
Personal Destroyed Minor Airplane
Personal Substantial Minor Airplane
Substantial Fatal Airplane
Personal Destroyed Serious Airplane
Aerial Application Substantial Minor Airplane
Aerial Application Destroyed Minor Airplane
Instruction Substantial None Airplane
Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial Serious Airplane
Public Use Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial Fatal Airplane
Aerial Application Destroyed None Airplane
Aerial Application Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Page 49
2000_GA_Annual_Review_Data
Aerial Application Substantial Serious Airplane
Substantial None Airplane
Personal Substantial None Glider
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Public Use Destroyed Fatal Helicopter
Instruction Substantial None Glider
Personal Substantial Serious Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial Serious Airplane
Instruction Substantial None Helicopter
Personal Destroyed Fatal Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Helicopter
Substantial Minor Helicopter
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Aerial Application Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Destroyed Serious Airplane
Personal Substantial Serious Airplane
Substantial None Helicopter
Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Instruction Substantial Fatal Airplane
Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial Minor Airplane
Instruction Substantial None Airplane
Page 50
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial Serious Helicopter
Personal Destroyed None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Instruction Minor None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Destroyed Fatal Airplane
Public Use Destroyed Fatal Helicopter
Personal Substantial None Airplane
Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Helicopter
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Substantial None Airplane
Personal Substantial None Glider
Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Serious Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Glider
Page 51
2000_GA_Annual_Review_Data
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Destroyed Fatal Airplane
Instruction Substantial None Airplane
Substantial Minor Helicopter
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Fatal Airplane
Public Use Substantial Serious Helicopter
Destroyed None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Airplane
Personal Minor Minor Airplane
Substantial None Airplane
Aerial Application Destroyed None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Public Use Substantial None Airplane
Positioning Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Substantial None Helicopter
Positioning Destroyed Fatal Airplane
Personal Substantial Fatal Glider
Aerial Application Destroyed Fatal Helicopter
Instruction Destroyed Fatal Airplane
Substantial None Airplane
Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Page 52
2000_GA_Annual_Review_Data
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Helicopter
Instruction Substantial None Airplane
Instruction None Fatal
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial Minor Airplane
Instruction Destroyed Minor Airplane
Aerial Application Destroyed Fatal Helicopter
Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Aerial Application Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Corporate Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial Serious Airplane
Instruction Substantial Minor Airplane
Instruction Substantial Minor Helicopter
Instruction Substantial None Airplane
Aerial Application Substantial None Airplane
Aerial Application Destroyed Fatal Airplane
Positioning Destroyed Fatal Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Public Use Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Instruction Substantial None Airplane
Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Glider
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Public Use Substantial None Helicopter
Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Destroyed Fatal Airplane
Page 53
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Substantial Fatal Airplane
Aerial Application Destroyed Fatal Airplane
Personal Substantial None Airplane
Aerial Application Destroyed None Airplane
Instruction Substantial None Airplane
Aerial Application Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial Minor Helicopter
Instruction Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Serious Glider
Personal Substantial None Airplane
Aerial Application Destroyed Minor Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Positioning Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Substantial None Helicopter
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial Serious Airplane
Substantial Serious Airplane
Substantial None Airplane
Aerial Application Substantial Serious Airplane
Aerial Application Substantial Minor Airplane
Page 54
2000_GA_Annual_Review_Data
Personal Substantial Serious Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Substantial None Airplane
Corporate Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Minor Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Airplane
Aerial Application Destroyed Minor Airplane
Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Serious Helicopter
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Public Use Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
None Serious Balloon
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Instruction Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Minor None Airplane
Page 55
2000_GA_Annual_Review_Data
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Aerial Application Destroyed Fatal Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Instruction Substantial Serious Airplane
Personal Substantial None Airplane
Positioning Substantial None Helicopter
Instruction Substantial Minor Helicopter
Personal Substantial None Airplane
Aerial Application Substantial Minor Helicopter
Aerial Application Substantial None Airplane
Substantial Minor Airplane
Personal Substantial Serious Airplane
Aerial Application Substantial None Helicopter
Aerial Application Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Positioning Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Substantial Minor Airplane
Personal Substantial None Helicopter
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Aerial Application Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Public Use Substantial None Airplane
Aerial Application Substantial Minor Airplane
Aerial Application Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Page 56
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Glider
Personal Substantial None Airplane
Personal Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Positioning Destroyed Fatal Helicopter
Personal Destroyed Serious Glider
Personal Substantial None Airplane
Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Minor Airplane
Substantial Minor Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Destroyed None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Helicopter
Substantial None Airplane
Personal Substantial None Airplane
Positioning Substantial None Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Serious Airplane
Instruction Substantial Serious Airplane
Instruction Substantial None Airplane
Page 57
2000_GA_Annual_Review_Data
Personal Destroyed Fatal Glider
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Gyroplane
Personal Substantial Minor Airplane
Public Use Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Glider
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial Serious Airplane
Positioning Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Aerial Application Destroyed Fatal Airplane
Instruction Substantial Serious Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Serious Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Substantial None Airplane
Public Use Substantial Fatal Helicopter
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Helicopter
Instruction Substantial None Airplane
Personal Substantial Serious Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Destroyed Fatal Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Substantial None Helicopter
Personal Substantial None Airplane
Aerial Application Destroyed Fatal Airplane
Personal Destroyed Minor Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Aerial Application Substantial None Airplane
Personal Minor Serious Balloon
Page 58
2000_GA_Annual_Review_Data
None Serious Balloon
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Instruction Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Airplane
Public Use Substantial None Helicopter
Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Destroyed Fatal Airplane
Instruction Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Personal Destroyed Minor Airplane
Instruction Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
None Serious Balloon
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Substantial Fatal Airplane
Personal Substantial None Airplane
Destroyed Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Substantial None Balloon
Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Public Use Destroyed Fatal Helicopter
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Page 59
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Destroyed Fatal Airplane
Aerial Application Destroyed Fatal Airplane
Substantial Serious Airplane
Aerial Application Destroyed Minor Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Destroyed Minor Airplane
Personal Substantial Fatal Airplane
Aerial Application Destroyed Minor Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Glider
Positioning Substantial Minor Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Positioning Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Unknown
Personal Substantial None Airplane
Instruction Destroyed Fatal Helicopter
Personal Substantial Fatal Airplane
Instruction Substantial None Airplane
Public Use Destroyed Fatal Helicopter
Instruction Substantial None Airplane
Personal Substantial Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Helicopter
Personal Substantial None Airplane
Page 60
2000_GA_Annual_Review_Data
Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Serious Gyroplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Substantial None Helicopter
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Serious Airplane
Destroyed Fatal Airplane
Substantial Fatal Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed None Airplane
Instruction Substantial Serious Airplane
Destroyed Serious Airplane
Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Destroyed None Airplane
Personal Substantial Minor Balloon
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Instruction Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Glider
Personal Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Minor None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Page 61
2000_GA_Annual_Review_Data
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Public Use Substantial Minor Helicopter
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Aerial Application Substantial None Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Aerial Application Substantial Minor Airplane
Public Use Substantial Minor Helicopter
Personal Substantial None Airplane
Aerial Application Substantial None Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Aerial Application Destroyed Serious Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Destroyed Fatal Airplane
Page 62
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Glider
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Positioning Substantial None Airplane
Aerial Application Substantial Minor Airplane
Personal None Serious Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Positioning Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Positioning Substantial Serious Helicopter
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Substantial None Airplane
Page 63
2000_GA_Annual_Review_Data
Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Destroyed Serious Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Positioning Substantial None Airplane
Substantial Serious Airplane
Personal Minor None Airplane
Personal Substantial None Airplane
Instruction Substantial Minor Airplane
Substantial None Airplane
Minor Serious Balloon
Instruction Substantial None Airplane
Instruction Substantial Minor Airplane
Instruction Substantial None Airplane
Aerial Application Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Minor None Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Instruction Substantial None Airplane
Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Page 64
2000_GA_Annual_Review_Data
Public Use Substantial None Helicopter
Aerial Application Substantial None Airplane
Aerial Application Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Substantial None Helicopter
Public Use Substantial Minor Helicopter
Instruction Substantial Serious Airplane
Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Corporate Substantial Minor Airplane
Personal Substantial Serious Airplane
Instruction Substantial Serious Helicopter
Instruction Substantial None Helicopter
Personal Substantial Minor Helicopter
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Destroyed Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial Serious Airplane
Instruction Substantial None Airplane
Positioning Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Aerial Application Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Destroyed Minor Airplane
Instruction Substantial None Helicopter
Aerial Application Destroyed Fatal Airplane
Personal Destroyed None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Destroyed Fatal Airplane
Page 65
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Aerial Application Substantial Serious Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Positioning Substantial None Helicopter
Instruction Substantial Minor Helicopter
Personal Substantial None Airplane
Public Use Destroyed Fatal Helicopter
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Gyroplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Destroyed Fatal Airplane
Personal Destroyed Minor Airplane
Positioning Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Positioning Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Minor Serious Balloon
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Substantial None Helicopter
Personal Substantial None Airplane
Positioning Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Substantial Fatal Airplane
Substantial Serious Helicopter
Substantial Minor Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Substantial None Glider
Instruction Substantial None Airplane
Page 66
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Substantial None Airplane
Positioning Substantial None Airplane
Instruction Substantial None Helicopter
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Destroyed Serious Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Destroyed Fatal Helicopter
Destroyed Fatal Airplane
Positioning Minor None Airplane
Substantial None Airplane
Substantial Minor Helicopter
Personal Substantial Minor Airplane
Aerial Application Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Positioning Substantial Serious Airplane
Aerial Application Destroyed Serious Airplane
Instruction Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Fatal Airplane
Personal Destroyed Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Minor None Airplane
Personal Substantial None Airplane
Personal Substantial None Gyroplane
Personal Substantial None Glider
Instruction Substantial None Airplane
Page 67
2000_GA_Annual_Review_Data
Personal Substantial Minor Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Positioning Substantial Serious Helicopter
Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Gyroplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Instruction Destroyed Fatal Airplane
Destroyed Fatal Airplane
Instruction Substantial None Airplane
Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Destroyed Fatal Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Positioning Destroyed Fatal Helicopter
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Instruction Destroyed Fatal Airplane
Public Use Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Page 68
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Minor Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Substantial Fatal Airplane
Personal Substantial None Airplane
Instruction Substantial Serious Glider
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Instruction Substantial None Helicopter
Substantial None Helicopter
Instruction Substantial Minor Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Helicopter
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Positioning Destroyed Fatal Helicopter
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Page 69
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Gyroplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial Serious Airplane
Instruction Substantial None Airplane
Personal Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Destroyed Fatal Airplane
Substantial None Helicopter
Personal Destroyed Fatal Airplane
Substantial None Airplane
Personal Substantial Serious Airplane
Personal Substantial Serious Airplane
Destroyed None Airplane
Personal Substantial Serious Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial Minor Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Personal Substantial Minor Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Serious Airplane
Positioning Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Positioning Substantial None Helicopter
Page 70
2000_GA_Annual_Review_Data
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Destroyed Fatal Airplane
Substantial Serious Airplane
Instruction Substantial Fatal Airplane
Instruction Substantial Minor Airplane
Destroyed Fatal Helicopter
Instruction Substantial None Helicopter
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Destroyed Fatal Airplane
Instruction Substantial None Airplane
Aerial Application Substantial None Airplane
Aerial Application Substantial None Airplane
Personal Destroyed Fatal Airplane
Destroyed None Helicopter
Instruction Substantial None Helicopter
Personal Substantial Serious Airplane
Personal Destroyed Fatal Airplane
Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial Minor Airplane
Personal Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Destroyed Minor Airplane
Positioning Substantial None Helicopter
Instruction Destroyed Minor Helicopter
Personal Destroyed Fatal Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Serious Airplane
Public Use Destroyed Fatal Airplane
Personal Substantial None Airplane
Substantial None Gyroplane
Instruction Destroyed None Airplane
Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial Fatal Airplane
Instruction Substantial Minor Helicopter
Corporate None Fatal Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Substantial Minor Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Page 71
2000_GA_Annual_Review_Data
Destroyed Fatal Airplane
Instruction Substantial None Airplane
Destroyed Serious Helicopter
Personal Substantial None Airplane
Instruction Substantial Minor Helicopter
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Personal Minor Serious Airplane
Personal Substantial None Airplane
Positioning Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Substantial None Airplane
Corporate Destroyed Fatal Airplane
Personal Substantial None Gyroplane
Positioning Substantial Minor Helicopter
Personal Substantial None Airplane
Instruction Substantial Serious Helicopter
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Helicopter
Personal Substantial Minor Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Instruction Destroyed Fatal Airplane
Personal Substantial None Airplane
Substantial Fatal Helicopter
Instruction Substantial None Airplane
Positioning Destroyed Fatal Helicopter
Instruction Substantial None Airplane
Instruction Substantial None Airplane
Personal Destroyed Fatal Airplane
Personal Substantial None Airplane
Personal Substantial None Airplane
Page 72
2000_GA_Annual_Review_Data
acft_make acft_model regis_no num_eng AmateurBuilt
Cessna 550 N752CC 2
Bellanca BL-17-30A N8821V 1
Cessna 172G N3690L 1
Cessna 172A N7249T 1
Piper PA-46-310P N87NF 1
Piper PA-46-310P N4389W 1
Cessna 421B N421CF 2
Robinson R44 N233MP 1
Cessna A185F N999SW 1
Piper PA-24-180 N5703P 1
EAA Chapter 229 ZENAIR 601 N229FF 1 Amateur-Built
Rotorway Exec 90 N89678 1 Amateur-Built
Beech B200 N895TT 2
Cessna 172R N156RA 1
Bell 206A N206GR 1
Cessna 310N N70CM 2
Beech D-95A TRAVELAIR N5918S 2
Cessna 150G N3721J 1
Cessna 177B N34021 1
Piper PA-32R-301T N8463X 1
Hawker Siddeley HUNTER F MK 4 N72602 1
Clark PITTS S1X N900SH 1 Amateur-Built
Cessna 172P N65710 1
Piper PA-28R-201 N2292M 1
Piper PA-23-250 N128Y 2
Beech 23 N2336Z 1
Swearingen SX300 N54SX 1 Amateur-Built
Slater P-51 N656S 1 Amateur-Built
Mooney M20M N2135X 1
Bellanca 7ECA N2735Z 1
Piper PA-32-300 N8954N 1
Piper PA-24-250 N6034P 1
Beech D18S N1827M 2
Aerostar 601P N905DK 2
Taylorcraft DCO-65 N48634 1
Cessna 172R N8292 1
Piper PA-46-310P N9103N 1
Beech F-33A N1565A 1
Arrow Aircraft Co. OH-58A N901SF 1
Bell OH-58C N31JA 1
Beech K35 N9500R 1
Piper PA-38-112 N2572N 1
Cessna 150F N6691F 1
Cessna 152 N95552 1
DANA A. MOORE DANAMITE N6407C 1 Amateur-Built
Beech P-35 N9740Y 1
Cessna 172M N12654 1
Hughes 269C N9297F 1
Cessna 195 N3448V 1
Beech C-90 N74CC 2
Bell OH-58C N436SD 1
Page 73
2000_GA_Annual_Review_Data
Cessna 172 N6445B 1
Cessna 182J N3369F 1
Aeronca 7AC N82029 1
Mooney M20K N1157G 1
Bell UH-1H N853M 1
Cessna T310R N137TR 2
Cessna 310Q N310GG 2
Mooney M20M N223KT 1
Myers Q-2 N813S 1 Amateur-Built
Cessna 152 N6179Q 1
Beech 95-B55 N3MT 2
Stinson 108-3 N663C 1
MINCE JURKA MJ77 N751JR 1 Amateur-Built
Robinson R22B N4072T 1
Piper PA-18A N1290C 1
Mitsubishi MU-2B-26A N386TM 2
Robinson R-22B N4047C 1
Cessna 172M N1673V
Mooney M20K N251BD 1
Cessna 310F N5801X 2
Piper PA-22-150 N3814P 1
Cessna 172N N2469E 1
Air Tractor AT-401 N91968 1
Piper PA-28-181 N9578C 1
Grumman American AG5B N228ER 1
Hiller UH-12E N68024 1
Cessna 414 N7VS 2
Cessna 150L N11567 1
Mitsubishi MU-300 N900WJ 2
Robinson R22 BETA N2330F 1
Cessna 150 N7854E 1
Cessna 152 N94999 1
Cessna 150F N8281F 1
Bell 212 N212HQ 2
Robinson R22B N62DF 1
Siai-Marchetti SF260 N65FD 1
Cessna 152 N25573 1
Cessna 177 N3433T 1
Beech D50E N14VU 2
Piper PA-28-180 N32258 1
Air Tractor AT-301 N23043 1
Robinson R44 N999EV 1
Stirling AIR CAM N6381V 2 Amateur-Built
Beech A36 N8240U 1
Beech A23 N1489L 1
Mooney M-20C N5743N 1
Piper PA-28R-200 N8924T 1
Piper PA-28-180 N6506J 1
Piper PA-24 N6577P 1
Piper PA-28-161 N140ND 1
IZATT MITCHELL U2 N3249Z 1 Amateur-Built
Beech M35 N639V 1
Page 74
2000_GA_Annual_Review_Data
Cessna 172 N738EJ 1
Piper PA-28-140 N624FL 1
Rockwell OV-10D N474AW 2
LUTES KITFOX II N91EL 1 Amateur-Built
Bellanca 8GCBC N86801 1
Rockwell S-2R N7780V 1
Grumman American AA1 N9555U 1
Cessna 172R N2630B 1
Cessna 152 N69174 1
Cessna 310L N867MF 2
Cessna 172N N739GQ 1
GRAY QUESTAIR VENTURE N869DG 1 Amateur-Built
Cessna 150J N63YZ 1
Cessna A185F N721
Cessna 172P N99063 1
Cessna 150F N6630F 1
Cessna 210E N4946U 1
Beech B23 N4014T 1
Moravan Z242L N5ZA 1
Piper PA-38-112 N4276E 1
Cessna 180 N4961A 1
Beech F90 N101ET 2
Cessna 172 N8328B 1
Beech V35 N9582Q 1
Mooney M20J N201RC 1
Beech 76 N2007K 2
Sikorsky S-61R N650DC
Wood SEAWIND 3000 N94WB 1 Amateur-Built
Bell OH-58A+ N7UT 1
Cessna C-140A N5339C 1
Cessna 185 N8425Q 1
Maule M-6-235 N56507 1
Beech A36 N711VS 1
Cessna 152 N757XF 1
Beech 35-P35 N9796Y 1
Cessna 172 N5679R 1
Piper PA-24-250 N7878P 1
Taylorcraft F19 N3580T 1
Beech 58 N875JC 2
Hughes 369HS N717ST 1
Cessna 182L N3324R 1
Beech BE-35K N6089E 1
Cessna 172M N1742V 1
Piper PA-28-140 N84PB 1
Piper PA-28-236 N8264G 1
Bell 47G5 N4754R 1
Cessna T210M N761KC 1
Cessna 172N N6479D 1
Piper PA-28-161 N8447Y 1
Cessna 152 N757XG 1
Piper PA-28R-200 N4531F 1
Kitchens N
REVOLUTION MINI 500B460AK 1 Amateur-Built
Page 75
2000_GA_Annual_Review_Data
Piper PA-32-300 N1452T
Cessna 182M N91994 1
Piper PA-18 N7164B 1
Cessna 150H N50348 1
Cessna 310R N87341 1
Hughes 500C N437DS 1
Ayers S2R-600 N4011Y 1
Schweizer SGS2-33A N65819
Cessna 140 N76190 1
Cessna 152 N68197 1
Aerospatiale SA341G N2LN 1
Piper PA-32-300 N2899D 1
KRETSINGER BENSEN B8M N2436 1 Amateur-Built
Cessna 180 N6545A 1
Piper PA-32-300 N2233L 1
Hiller H-12E N61PC 1
Cohen VAN'S RV-6 N264JC 1 Amateur-Built
Cessna 172R N922TA 1
Cessna 150H N22017 1
Piper PA-28-181 N8366N 1
Aerotechnik L-13 SEH VIVAT N64RG 1
North American NA-64 N64WP 1
Beech 35 N5127C 1
Cessna 182E N2988Y 1
Beech 95-B55 N7736R 2
Ellis Q2 N84DG 1 Amateur-Built
Cessna 180H N8221V 1
Bell 412 N411UT 2
Luscombe 8A N1544K 1
415-C
Ercoupe (Eng & Research Corp.) N99590 1
Cessna 172K N46469 1
Cessna 150L N1254Q 1
Piper PA-18 N8967C 1
Mooney M-20C N90MR 1
Piper PA-34-200 N15202 2
Cessna 150M N462Q 1
Beech BE-35V N6FN 1
Cessna 150H N6753S 1
Cessna 150L N717NC 1
Hughes TH-55 N9518K 1
Cessna 337 N53HS 2
Piper PA-23-160 N441WA 2
Bell 214ST N7824H
Cessna 152 N48821 1
Burak Stanley A XF4 N9VY 1 Amateur-Built
Cessna 152 N67639 1
Piper PA-32R-301T N8170S 1
Cessna 210 N9552T 1
Cessna P210N N6489W 1
McDonnell Douglas HU-600N N611BC 1
Cessna 180H N9907V 1
415-C
Ercoupe (Eng & Research Corp.) N3719H 1
Page 76
2000_GA_Annual_Review_Data
I.C.A. Brasov IS-28B2 N97VT
Piper PA-28-161 N2761M 1
Piper PA-46-310 N43412 1
Alon ERCOUPE N6560Q 1
Aero Comp Inc COMP-AIR-6 N61520 1 Amateur-Built
Bellanca 260 B N8865R 1
Stinson 108-3 N6453M 1
Cessna 170B N2814C 1
Piper PA-28-180 N8170W 1
Piper PA-12 N7586H 1
Hughes 369D N303BT 1
Aeronca 7AC N474HH 1
Piper PA-22 N9040D 1
Cessna 150E N6194T 1
Stearman A-75 N56760 1
Bell 47G-4A N1354X 1
Cessna 185 N4021Y 1
Cessna 172M N20179 1
Arrow Aircraft Co. OH-58A N39FA 1
Cessna 152 N89827 1
Cessna 172K N79960 1
Cessna 152 N68333 1
Beech A36 N311JR 1
Cessna 180 N4994A 1
Cessna 172L N3875Q 1
Boeing 369D N8351F
Beech 65-B80 N8071R 2
Robinson R22B N7078B 1
Cessna 182Q N95996 1
Cessna 150K N8435M 1
Piper PA-18-150 N150AM 1
Bell 47G N9763Z 1
Learjet 60 N240FX 2
Piper PA-18-150 N4069Z 1
Weatherly 620B N9040V 1
Piper PA-18-150 N82751 1
Cessna A188B N4833Q 1
Grumman G-164A N6637 1
Grumman-Schweizer G-164A N9785 1
Siai-Marchetti S.205/22R N2832W 1
Beech A23A N2337W 1
Beech A36 N51ML 1
Cessna 310D N6744T 2
Bell OH-58C N911JN 1
Cessna 182P N8236M 1
Cessna 152 N569JH 1
Aero Commander 100 N3896X 1
Beech A36 N367T 1
Piper PA-18-150 N2873Z 1
Cessna A185-F N1357M 1
Beech B55 N13RJ 2
Dassault DA-900 N814M 3
Page 77
2000_GA_Annual_Review_Data
Hiller UH-12B N5304V 1
Aeronca-Bubeck Irving BUBECK-AERONCA N6030T 1
Piper PA-28-140 N4494X 1
Piper PA-25 N7460Z 1
Piper PA-28-151 N18AV 1
Cessna 172M N80205 1
Bellanca 8KCAB N2520Z 1
Adams A55S N4035T
Beech 58 N19WM 1
Cessna 172 N6261E 1
Beech A23 N1410L 1
Cessna A188B N84666 1
Piper PA-31-T1 N5WC 2
Bell 212 N415B 2
Cessna 152 N96082 1
Mckinnis STEEN SKYBOLT N75CM 1 Amateur-Built
Piper PA-28-140 N6684J 1
Cessna A188B N4859Q 1
Cessna 180K N75CD 1
Cessna 172N N229CP 1
Stearman A75N1 N541JK 1
Cessna 177RG N1556H 1
Cessna 402B N908AB
Cessna 310C N3311H 2
Lockwood EAGLE II N5576K 1 Amateur-Built
Piper PA-32RT-300T N2225P
Cessna 172 N52633 1
Scovil KR-2 N73BP 1 Amateur-Built
Robinson R22 BETA N8328Q 1
Bellanca B17-30A N146Q 1
Cessna 172N N75958 1
Cessna 195A N9847A 1
Stinson 108-2 N442C 1
Johnson ZODIAC CH 601 HDS N984J 1 Amateur-Built
Aerospatiale SA315B N230US 1
NEW EAA BIPLANE P2 N51933 1 Amateur-Built
Cessna 172 N7354A 1
Ward ACRO N79RW 1 Amateur-Built
Cessna 182K N2722Q 1
Cessna 152 N6251B 1
Aeronca 11AC N9570E 1
Cessna 152 N6375H 1
Taylorcraft DC-65 N67754 1
Piper J3C-65 N88340 1
Cessna 172 N7879T 1
Piper PA28R-200 N55820 1
Cessna 152 N757JE 1
Bair Helicopters, Inc. SEAREY N246DB 1 Amateur-Built
Piper PA-24-260 N9204P 1
Aerospatiale AS350B N500WC 1
Schweizer 300C N698SM 1
Cessna 525 N130MR 2
Page 78
2000_GA_Annual_Review_Data
Robinson R-22B N2260W 1
Hughes 269C N1110N 1
Birx VANS RV-6 N986DB 1 Amateur-Built
Stuart RAF 2000 GTX SE N60739 1 Amateur-Built
North American T-28B N28NE 1
Wsk Pzl Mielec PZL-M-18 N27301 1
Cessna 170B N4653C 1
Cessna 177RG N1830Q 1
Cessna 172P N9400L 1
Bell 206B N9GA
Cessna 152 N94912 1
Alon A-2A N67HS 1
Ayres S2R-G10 N4089Q 1
Piper PA-32R-301 N8041B 1
Cessna 172P N98574 1
Commander 114 N516CA 1
Champion 7GCAA N8371V 1
Piper J-3C N71060 1
Aero Commander S2R N3662X 1
Maule M-4-220C N2060U 1
Cessna 182P N6046J 1
Beech A36 N91TD 1
Cessna 180K N2635K 1
Mooney M-20F N737HB 1
Sportavia Putzer RF-5B N55GS 1
Pagan RV-8A N565BW 1 Amateur-Built
Hawkins & Powers UH-1B N50330 1
Aerotek PITTS S-2A N224V 1
Bell 47G-3B-1 N3377H 1
Cessna 177RG N1997Q 1
Owens/Richburg VANS RV6-A N4419Q 1 Amateur-Built
Cessna 182C N9055T 1
Vans Aircraft RV-6T N96VA 1 Amateur-Built
Weinzierl TITAN TORNADO II N196KW 1 Amateur-Built
Wilson RAF 2000 GTX SE N1964 1 Amateur-Built
Piper PA-28-140 N54454 1
Cessna 150M N704GK 1
Beech 23 N1923L 1
Beech M35 N9778R 1
Cessna A185F N78DE 1
Cessna 140 N76777 1
Cessna 152 N46912 1
Muxlow PITTS S-1C N27DM 1 Amateur-Built
Learjet 35A N86BE
Mooney M20A N8159E 1
JOHNSON ZODIAC CH-601-HDS N601GJ 1 Amateur-Built
Cessna 172 N738CG 1
Rotorway EXEC 162F N21901 1 Amateur-Built
Piper PA-24 N180BC 1
Ayres S2R-G6 N3004V 1
Taylorcraft BC12D-4-85 N43459 1
Cessna 172E N5682T 1
Page 79
2000_GA_Annual_Review_Data
Cessna 172P N65312 1
Piper PA-22-160 N8943D 1
PZL-Bielsko SZD-45A OGAR N54AS 1
Beech A200 N258AG 2
Weatherly 201B N1292W
Hughes 369D N5070J 1
Aeronca 7AC N84424 1 Amateur-Built
Cessna 150M N45618 1
Fouga 6 CM 170 N495F 2
Piper PA-34-200T N1571X 2
Balloon Works FIREFLY F-15 N2571F
12
AERO DESIGN ELEVEN N80XP 1
Cessna 172N N6104G 1
Cessna 305A N4583V 1
Cessna 172P N38GF 1
Bellanca 7ECA N88466 1
Walden A. Cooper PITTS S1S N27235 1 Amateur-Built
TAYLOR SMITH WITMAN W-10 N90TS 1 Amateur-Built
Piper PA-38-112 N2500T 1
Beech B36TC N6791P 1
Cessna 182RG N6183T 1
Piper PA-32R-301 N789CA 1
Piper PA-11 N5548B 1
Cessna 150M N9301U 1
SCOTT VANS RV-4 N123SC 1 Amateur-Built
Helio H-295 N3MA 1
Cessna 172N N5909E 1
Cessna U206F N8255Q 1
Piper PA-28 N6119W 1
Cessna 150H N50039 1
Air & Space. 18A N905AS 1 Amateur-Built
HARTLINE GLASTAR N897G 1 Amateur-Built
McCan VELOX REV II N103MV 1 Amateur-Built
Hughes OH-6A N6187Y 1
Cessna 170B N2790C 1
Air Tractor AT-401 N1524H 1
Cessna 172H N1404F 1
Piper PA-28-161 N81019 1
Bellanca 7ECA N2868Z 1
Bell 222U N225LL 2
Cessna 150M N6446K 1
Loomis SIDEWINDER N13545 1 Amateur-Built
Piper J3C-65 N42383 1
New Standard D-25 N930V 1
Hiller UH-12C N301CH
Smith RV-4 N63SM 1 Amateur-Built
Cessna 172S N560SP 1
North American T-28B N82AW 1
Beech BE-58 N1072D 2
Piper J3C-65 N88472 1
Maule M-5-210C N284X 1
Bellanca 8KCAB N238DM 1
Page 80
2000_GA_Annual_Review_Data
Hughes OH-6A N992CH 1
Cessna 207 N1682U 1
Greenleaf EXEC 162F N162GG 1 Amateur-Built
Luscombe 8C N25270 1
Piper PA-12 N3697M 1
Grumman US-2C N7046U 2
Convair BT-13A N56336 1
Piper PA-12 N3813M 1
Cessna TU206F N59143
Bell 206L-3 N937S 1
Cessna 172R N975BC 1
Piper PA-18-150 N10100 1
Cessna 152 N6251Q 1
Mooney M20F N7038V 1
Piper PA-31-350 N41081 2
Mooney M20C N9187V 1
Smith, Ted Aerostar AEROSTAR 600 N7528S 2
Hughes OH-6A N61869 1
Cessna 152 N152SC 1
Cessna U206G N7260N 1
Schweizer G-164B N3629F 1
415-D
Ercoupe (Eng & Research Corp.) N99470 1
Air Tractor AT-301 N8899S 1
Hiller UH-12ET N9762C 1
Piper PA-36-300 N82698 1
Cessna 140 N3579V 1
Mooney M20J N5632H 1
PZL-Mielec M-18A N62587 1
Beech D35 N2086D 1
Air Tractor AT-301 N8699S 1
Beech A36TC N305MM 1
Cessna 170A N1233D 1
PZL-Bielsko JANTAR 2A N272AS
Beech N35 N1253Z 1
Emigh Aircraft TROJAN A2 N8324H 1
Air Tractor 502A N15466 1
Brice ROTORWAY EXEC 162FN627RM 1 Amateur-Built
Air Tractor AT-401-B N6096P 1
Cessna 150 N60763 1
Piper PA-18 N1200A 1
Piper PA-28-181 N55PJ 1
Cessna 150 N66430 1
Cunningham N899TC
PIETENPOL AIRCAMPER 1 Amateur-Built
Cessna 152 N67435 1
Hughes 500C N9177F 1
Cessna 150D N4182U 1
Beech BE-35 N5269C 1
Eurocopter BK117-A3 N428MB 2
Robinson R22 BETA N622EH 1
Cessna 140 N76176 1
Cessna 177RG N1978Q 1
Piper J3C-65 N146TM 1
Page 81
2000_GA_Annual_Review_Data
North American SNJ-5 N3187G 1
Cessna 180 N9344C 1
Ayres S2R-600 N4018P 1
Cessna 172P N216PB 1
Cessna T210L N2193S 1
Cessna 140 N140RE 1
Lake LA-4-200 N5023L 1
HUTCHINS RV4 N724CF 1 Amateur-Built
Cessna 182 N3725D 1
Piper PA-32-300 N216BC 1
Bell 206A N156P
Tracy LANCAIR 235 N235RL 1 Amateur-Built
Cone QUESTAIR VENTURE N9QV 1 Amateur-Built
Bell 206L3 N17237 1
Beech UC-45J N3482 2
Piper PA-32RT-200 N9385C 1
Piper PA-18 N4418Z 1
Piper PA-28-140 N4413X 1
Cessna 185F N6535E 1
Beech A36 N28JP 1
GREEN GTX-SE-FI N2411V 1 Amateur-Built
Smith, Ted Aerostar AEROSTAR 601 N7421S 2
Fairchild PT-26B N53366 1
Cessna 172M N13330 1
MORTON CHRISTAVIA MARK I N1143L 1 Amateur-Built
Hughes 269C N5395S 1
McDonnell Douglas 369E N1606K 1
de Havilland DH-82C TIGERMOTH N819DH 1
Piper PA-18 N3935Z 1
SMITH ARTHUR FOX LONG EZ N7FS 1 Amateur-Built
Grunska KITFOX IV N4956 1 Amateur-Built
Cessna 172M N13145 1
Piper PA-28-140 N1449T 1
Cessna 501 N56LW 2
de Havilland U-6A N8523 1
Hughes 269C N1098B 1
Hughes 269C N456EM 1
Gulfstream-Schweizer G-164B N8130K 1
Cessna 152 N92995 1
Beech 65-90 N32229 2
Bell 206B N49686 1
Schweizer SGS 1-35 N34173
Cessna 120 N2842N 1
Cessna P210N N67Y 1
Eurocopter BK-117-A4 N911NC 2
Schweizer SGS 2-33 N5738S
Hiller UH-12C N80584 1
Rotorway N
ROTORWAY 162F EXEC162RS 1 Amateur-Built
LEWIS SPITFIRE/RAVEN N17ST 1 Amateur-Built
Bell 206-L4 N52192 1
Stinson 108-3 N6905M 1
NOTEMAN RV6-A N456TP 1 Amateur-Built
Page 82
2000_GA_Annual_Review_Data
Piper PA-28-151 N8641E 1
Oveross VANS RV-8 N998TT 1 Amateur-Built
Ludeman HP-18 N67TT Amateur-Built
Beech F35 N35WK
Fairchild KR-21 NC206V 1
McCoy GLASAIR III N1ML 1 Amateur-Built
Cessna T210L N1726X 1
Air Tractor AT-802A N60471 1
Schweizer SGU2-22E N2728Z
Cessna 170B N992EZ 1
McDonnell Douglas 500N N955SD 1
Cessna 210L N732ER 1
MORPHEW PITTS MODEL 12 N69BM 1 Amateur-Built
Piper PA-18-150 N7345Z 1
Cessna 310Q N7648Q
Bell 47G N14408 1
Robinson R-22 BETA N7185C 1
Cessna 210A N6607X 1
Jackson VELOCITY RG N34BD 1 Amateur-Built
Cessna 180K N2785K 1
Beech B24R N6951R 1
Sikorsky S61A N693CC 2
Rockwell NA-265-65 N241H 2
Mooney M20C N6998U 1
Cessna 172H N5107G 1
Eurocopter AS350B2 N851HW 1
Robinson R22 BETA N8321K 1
Piper PA-18-150 N760WB 1
Beech BE-95-B55 N4005A 2
Burkhart Grob G103 N3872G
Hing FLY BABY 1A N2685 1 Amateur-Built
Piper PA18-150 N9432P 1
Piper PA-22 N6841B 1
Piper PA-32R N4148R 1
Cessna 172H N2440L 1
Beech V35B N6643Q 1
Cessna 170B N8319A 1
Rotorway EXEC 162F N962WM Amateur-Built
Piper PA-12 N7944H 1
Piper J-3 N70546 1
Navion L-17B N4903E 1
Asselyn CH701 N942PS 1 Amateur-Built
Beech 18 N6082 2
Piper PA-22-150 N6860B 1
Mclarty VANS RV-4 N45DR 1 Amateur-Built
Weatherly 201C N9198W 1
Beech A23-19 N5665S 1
Beech H35 N5477D 1
Cessna 152 N25213 1
Maule M-4-220C N91480 1
Cessna T337C N2522S 2
Bell UH-1H N52AG 1
Page 83
2000_GA_Annual_Review_Data
Cessna 172N N1655E 1
Cessna 172N N738VZ 1
Anderson Aircraft Corp. MA-18 N218MA 1 Amateur-Built
Daniel A. Shapiro SEAREY 1DK N8096A 1 Amateur-Built
Richard Shaffer AIRCAMPER GN-1 N2308C 1 Amateur-Built
Cessna 150G N3054S 1
Cessna A150M N9834J 1
Grumman G-164A N5335 1
Cessna 185 N9955X 1
Eagle Aircraft Co. DW-1 N8803H 1
Piper PA-28-140 N7150R
Piper PA-23-160 N3492P 2
Cessna 172XP N758SZ 1
Cessna 185F N1789 1
Piper PA-12 N49EB 1
Gifford TR-4 N1757 1 Amateur-Built
Avions Mudry et Cie CAP 231 N231X 1
Beech 35-B33 N9591Y 1
Wsk Pzl Mielec M-18A N178RA 1
Issoire-Aviation PIK-30 N30PK 1
Stinson 108-1 N8398K 1
Cessna 182N N92755
Beech V35 N3334G
Cameron V-90 N6012C
Piper PA-31T1 N301TA 2
Cessna T210M N66DF 1
Grumman G-164B N6744K 1
LET L-13 N90867
PZL-Mielec M-18A N2296C 1
Cessna C-T188C N2075J 1
Cessna 152 N68182 1
Heli-Eagle Inc. ULTRASPORT 496 N9258H 1
Beech 95-A55 N711MS 2
Beech B200 N24CV 2
American AA-1 N5712L 1
Cessna C310R N87430 2
Cessna 150J N60825 1
Let L 33 SOLO N5711
Carlson CRIQUET N22CA 1 Amateur-Built
SW204
Southwest Florida Aviation N37BA 1
Piper PA-28R-180 N3700T 1
Cecil THORP T-18 N856CW 1 Amateur-Built
Cessna T207A N774EA 1
Cessna 182L N974SR 1
Sikorsky S-58 N2253A 1
Cessna 310R N30RA 2
Cessna T210M N761VZ 1
Grumman G-164-A N910X 1
Piper PA-28-161 N47561 1
Cessna 152 N45973 1
Rosenvall AVID MK IV N63827 1 Amateur-Built
Taylorcraft BC-12D N43863 1
Page 84
2000_GA_Annual_Review_Data
Aerotek PITTS S-2A N16FJ 1
de Havilland DH-82A N8872 1
HAYES LONG-EZ N9JZ 1 Amateur-Built
Aerostar S57-A N6341V
Beech F33A N2RM 1
Kurzenburger Stuka JU-87 N87DK 1 Amateur-Built
Cessna A185F N4871Q
Cessna T210K N9457M 1
Cessna A188B N9076R 1
Bellanca 17-30A N136EL 1
John Thomas CLOUD DANCER 2 N6314T 1 Amateur-Built
AVIONS MUDRY ET CIECAP 10B N86KB 1
Bell 47G-2 N96MB 1
Cessna 172N N734ZD 1
Cessna 150L N330JC 1
Rawdon T1 N2706D 1
AVIONS MUDRY ET CIECAP 10B N82BW 1
Cessna 172RG N5207U 1
Beech A-36 N66SB 1
Cessna 182RG N736BA 1
Eiriavion Oy PIK 20E N35LP 1
Cessna 172 N7902B 1
Piper PA-46-310P N567YV 1
Hard CAPELLA XLS N427LM 1 Amateur-Built
Cessna 195 N9876A 1
Cessna 182B N66KJ 1
AS+ (RUSSIA) AS-4 N1995M
Schweizer SGS 2-33A N1225S
Cessna 172N N5200K 1
Piper PA-28-161 N4319U 1
Beech C23 N6645P 1
Geiling SONERAI II N10GX 1 Amateur-Built
Air Tractor AT-301 N8594S 1
Pzl-Mielec M-18A N2065S 1
Piper PA-44-180T N8303P 2
Cessna 414 N5113G 2
Ercoupe 415-C N2589H 1
Piper PA-28-140 N6349W 1
Hilyard DRAGONFLY N22EX 1 Amateur-Built
Cessna 152 N5538M 1
Mooney M20K N1154K 1
Cessna TR182 N738FN 1
Cessna 182M N999CT 1
Piper PA-28-161 N8234L 1
Beech 19 N100RF 1
Piper PA-38-112 N9423T 1
Piper PA-18-150 N4872A 1
Cessna 414A N414PS 2
Air Tractor AT-301 N8886S 1
Grumman-Schweizer G164B N48723 1
Cessna A188B N70114 1
Piper PA-28-180 N7271W 1
Page 85
2000_GA_Annual_Review_Data
Air Tractor AT-401B N5028Q 1
Piper PA-36-200 N2329Y 1
Slingsby 41-2 N41SL
Culver LFA N34783
Schweizer 269-C1 N721CB 1
Mooney M20F N9207V 1
Piper PA-32-260 N3869W 1
Piper PA-22-150 N1686P 1
Cessna 182 N186RM 1
Piper PA-20 N7737K 1
Meadows PITTS SPECIAL S-1 N63DM 1 Amateur-Built
Bell UH-1H N127FC 1
Schweizer SGS-1-26 N3814A
Mooney M20J N201CE
Grumman American AA-1A N6340L 1
Aero Commander 700 N700AF 2
SCHUMACHER SWEARINGEN SX-300 N2H 1 Amateur-Built
Ercoupe 415-C N3232H 1
Grumman-Schweizer G-164B N6549K 1
Schweizer 269C-1 N2029H 1
Cessna P206 N2577X 1
Piper PA-31-350 N67BJ 2
Eaton ACRO SPORT I N6GE 1 Amateur-Built
Robinson R22 BETA N337VH 1
Bell 407 N234BH 1
Piper PA-22 N1724P 1
Beech 95 N133PW 1
Gulfstream-Schweizer G-164D N8337K 1
Luscombe 8A N45880 1
Cessna 185B N185RL 1
Starduster Too SA300 N1011Z 1 Amateur-Built
Bellanca 17-31ATC N39827 1
Piper PA-25-235 N8515L 1
Cessna 172H N2849L 1
Enstrom F-28C N80193 1
Bell 206B N49573 1
Republic RC3 N60CB 1
Cessna 172M N4422Q 1
Mooney M20D N31M 1
Beech BE-55 N777K 2
Piper PA-28-235 N9407W 1
Piper PA-28R-200 N4861T 1
Cessna 177 N29383 1
FROELICH LANCAIR IV N493K 1 Amateur-Built
EDGERLY S-12 N3148E 1 Amateur-Built
Piper PA-28-161 N8189T 1
Cessna 150G N3711J 1
Cessna 182H N8321S 1
Siai-Marchetti SF260TP N43GP 1
STEWART S-51 N51FY 1 Amateur-Built
Cessna 172R N7274D 1
Piper PA-28-161 N115ND 1
Page 86
2000_GA_Annual_Review_Data
Piper PA-28-181 N4142F 1
Daniel J. Zoerb KITFOX N715DZ 1 Amateur-Built
Piper PA-18-150 N9739P 1
Sikorsky HH-3F N500XL 2
Cessna 170B N4514C 1
Truthan SEAREY N89PJ 1 Amateur-Built
Piper PA-28R-200 N2379T 1
Aeronca 7BCM N83972 1
Hughes 369A N330CM 1
Piper PA-18 N8162C 1
Taylorcraft BC12-D N95250 1
Cessna 182Q N4741N 1
Pratt FALCON XP N544AA 1 Amateur-Built
Bryant/Rhodus LONG-EZ N5534V 1 Amateur-Built
Bakeng DOUBLE DEUCE N1056G 1 Amateur-Built
Piper PA-44-180T N838PC 2
Luscombe 8E N25222
Piper PA-28-235 N9315W 1
Cessna 150M N66081 1
Piper PA-32R-301T N8197W 1
Cessna T210N N7426N 1
Cessna 152 N67608 1
Piper PA-20 N7451K 1
Ayres S2R-T34 N3096Z 1
Schweizer 269C N9488F 1
Piper PA-18-160 N9963Q 1
de Havilland DHC-2 N7283 1
LUNN (Vans) RV-6A N322KE 1 Amateur-Built
Curtis-Wright TRAVEL AIR 4000 N6425 1
Hughes 269C N9692F 1
Piper PA-12 N3846M 1
Cessna 140 N2688N 1
Bellanca 8KCAB N8659V 1
Piper PA-28-180 N4948L 1
Schmidt SEA REY N304WW 1 Amateur-Built
Cessna 210 N485CA 1
Maule M4-210C N377BC 1
Hughes 269A N9014N 1
HAESSLER COSMO PHASE II N9022F 1 Amateur-Built
Cessna 140 N2063N 1
Cessna 182 N5746B 1
Piper PA-25-260 N8578L 1
Schleicher AS20 N59WM
Enstrom 280CB N440RB 1
Cessna 152 N6445P 1
Piper PA-16 N5995H 1
Piper PA-38 N407DS 1
Cessna 172M N6557H 1
RANS S-12 XL
Rans Employee Flying Club N43886 1 Amateur-Built
Bellanca 7ECA N1195E 1
Fleet 16B N162V 1
Schempp-Hirth VENTUS 2CM N800PF 1
Page 87
2000_GA_Annual_Review_Data
Grumman American AA-1 N761XA 1
Piper PA-28-180 N32322 1
Beech G35 N5801 1
Cessna 152 N94290 1
Bell 206B N2277T 1
Cessna 172 N738WE 1
Stinson 108-1 N8865K 1
Hoye N
KOLB TWINSTAR MK III 618HP 1 Amateur-Built
Bell OH-58 N913SP 1
Cessna 172K N84105 1
Cessna 180 N3229D 1
Cessna 172N N7598D 1
Ward SIDEWINDER N4119Q 1 Amateur-Built
Cessna 150M N704QJ 1
Piper PA-28-140 N55769 1
Beech 19B N25FD 1
BLANC GLASTAR N2623B 1 Amateur-Built
de Havilland DHC-2 N5221G 1
Cessna 172M N9895V 1
Ayres S2R-G10 N3129V 1
Schwarz AVID AMPHIBIAN N61HS 1 Amateur-Built
Cessna 206 N511RB 1
Aeronca 11AC N85861 1
Piper PA-18 N7059 1
Cessna 172N N4762D 1
Extra EA-300S N300XS 1 Amateur-Built
Enstrom 280 FX N383MA 1
Learjet 55 N220JC 2
Schweizer SGS 1-26C N2792Z
Bell UH-1B N807SB
Piper PA-28-140 N311SB 1
Beech M35 N9304Y 1
Cessna 310C N1779H 2
Cessna 172N N4919G 1
Aeronca 7AC N81681 1
Cessna 170B N2514D 1
Cessna A185F N185DE 1
Piper PA-28-161 N8427K 1
MCCLISH FUNK B85C N24120 1
Piper PA-30 N8629Y 2
Cessna 172N N738WD 1
Piper PA-18 N78NR 1
Piper PA-18 N2413P 1
Piper PA-18A-150 N6775B 1
Piper PA-28-161 N36355 1
NEW PIPER PA-46-350P N9246D 1
Cessna 172H N2526L 1
Cessna 210J N3396S 1
Piper PA-18 N7437 1
Piper PA-28-140 N98117 1
Cessna 172N N3416E 1
Double D Enterprises RANS S-12 N6279D 1 Amateur-Built
Page 88
2000_GA_Annual_Review_Data
Davis/Crouch AVID MK IV N518DC 1 Amateur-Built
Mooney M20R N22166 1
Rockwell S-2R N4917X 1
Cessna 152 N46935 1
Hughes 369D N8653F 1
Europa Aviation Inc N912EA
EUROPA XS TRI-GEAR 1 Amateur-Built
Worldwide Aero Corp AEROS-40B N819AC 2
Cessna 172N N4918G 1
Bellanca 8KCAB N31286 1
Piper PA-23-160 N3317P 2
Piper PA-32-260 N933AC 1
Garlick HH-1K N896RP 1
Cessna 182K N3094Q 1
Engineering & ResearchERCOUPE 415-CD N3177H 1
Mooney M20C N6932N 1
Piper PA-36-285 N57596 1
Cessna 150L N11527 1
Air Tractor AT-502 N91891 1
Beech B200 N780CA 2
Piper PA-28-140 N6887W 1
Bellanca 17-30A N8787V 1
Piper PA-38-112 N9713T 1
Enstrom F28C N20PZ 1
Cessna 172N N4642J 1
Piper PA-36-285 N11A 1
Weatherly 201C N9228W 1
Cessna 337C N63MR 2
Maule MX-7-180 N5661P 1
Cessna 152 N68910 1
Spurgeon AVID BANDIT N60698 1 Amateur-Built
Cessna A188B N53208 1
Cessna 182Q N4892N 1
Globe GC-1B N80710 1
KASHAN MICHAEL BERKUT 540 N600SE 1 Amateur-Built
Cessna 172H N1688F 1
Robinson R-22B N94RP 1
Bushby MIDGET MUSTANG N6402G 1 Amateur-Built
Mooney M20K N231RR 1
McCann N
WHEELER EXPRESS/FT521MC 1 Amateur-Built
Cessna 152 N6432M 1
Schleicher K8B N885D
Norton VOLKSPLANE VP-1 N256DN 1 Amateur-Built
Cessna 210E N2331F 1
Fairchild Hiller FH-1100 N2784D 1
Cessna U206B N3488L 1
Cessna 180 N3131D 1
Waco UPF-7 N32133 1
Hughes 369D N88MP
Beech 65-A90 N983K 2
Gulfstream American AA5A N26937 1
Rowley P-40F N42915 1 Amateur-Built
Cessna 152 N757SL 1
Page 89
2000_GA_Annual_Review_Data
Cessna 182 N9013G 1
Cessna 120 N2146N 1
Cessna 150L N6875G 1
Cessna 152 N48858 1
Champion 7GCAA N8384V 1
Cessna A188B N731SP 1
Piper PA-28-180 N5381L 1
Grumman G-164B N48456 1
Cessna 172H N8805Z 1
AYRES S2R-G10 N4061H 1
Cessna 172P N51208 1
Cessna 172S N862SP 1
Bell 47G N30DP 1
Cessna 152 N89043 1
Thorp T211 N91313 1
Piper PA-28-140 N1709T 1
Creed LANCAIR 235 N235RC 1 Amateur-Built
Schleicher ASW-20L N4804W
Cessna 205 N8154Z 1
Ayres S2R-T34 N2252N 1
Cessna 172R N996WW 1
Cessna 172I N35359 1
Spartan 7W N17613 1
Bellanca 7GCBC N10989 1
AVIAT HUSKY N415JB 1
Cessna 152 N6439M 1
Piper PA-28-180 N2196T 1
Beech G18S N1800L 2
Piper PA-22-150 N1783P
Cessna 207 N1658U 1
Cessna 150 N8362M 1
Boeing B75N1 N5819V 1
Cessna P210N N7VZ 1
North American AT-6F N7475C 1
Bell 206L-3 N38903 1
Staudacher Aircraft, Inc.S-300D2 N112KG 1
Pzl-Mielec M-18A N7015K 1
Cessna 180F N37GC 1
Cessna 175 N7625M 1
Cessna 140 N3583V 1
Luscombe 8A N1155B 1
Cessna 182S N729AD 1
Piper PA32-300 N7638F
Cessna 172 N1897V 1
Stinson 108-2 N264C 1
Piper PA-32-300 N21072 1
Piper PA-18-150 N4456Z 1
Cessna 206 N5316U 1
Cessna 172G N4198L 1
Aero Commander 685 N1203N 2
Schweizer G-164B N3629T 1
Cessna A188B N731DW 1
Page 90
2000_GA_Annual_Review_Data
Piper PA-28-140 N8210N 1
Piper PA-18-150 N4785F 1
Cessna 150M N4723 1
Cessna 195 N4377V 1
Bellanca 8KCAB N8739V 1
Piper PA-30 N7213Y 2
Maule M-4-210C N9855M 1
Helfer FLIGHTSTAR II N6057U 1 Amateur-Built
Ercoupe FORNEY F-1 N7518C 1
James Browning MIDGET MUSTANG-I N114JB 1 Amateur-Built
Interavia E-3 N4426X 1
Cessna 180 N4940A 1
Stinson 108-1 N9442K
Piper PA-24-260 N8804P
Keith Kinden REBEL N6317Y 1 Amateur-Built
Cessna 172L N3875Q 1
Cessna 560 XL N868JB 2
Piper PA-28-180 N4209T 1
Cessna 150J N50812 1
Grumman G164 N10244 1
Cessna A188B N9557G 1
Wsk Pzl Mielec M-18 DROMADER N2054S 1
Kaman K-1200 N311KA 1
Cessna 337C N2574S 2
Fairchild M-62 N51941 1
Robinson R-22B N2365S 1
Grumman G-164A N897X 1
Cessna T210J N2244R 1
Cessna 150E N6196T 1
Fairchild M-62C N58741 1
Aeronca 65-TC N29416 1
Cessna 337G N3273D 1
Piper PA-38-112 N2466D 1
Cessna 172N N3392E 1
Piper PA-23-160 N4322P 2
Air Tractor AT-401 N4508Y 1
Grumman-Schweizer G-164B N8151K 1
Bellanca 17-30A N8263R 1
Mooney M20J N201DK 1
Chilian KITFOX 1200 IV N456RC 1 Amateur-Built
Cessna 152 N69066 1
Cessna 140 N76427 1
Aerostar S-77A N5075H
Boeing Stearman A75N1(PT17) N53131 1
Piper PA-22-160 N8136D 1
Cessna 150M N9249U 1
Cessna TR182 N738XP 1
Robinson R-22 BETA N169CW 1
Ercoupe 415-C N99236 1
Maule ML-5 N6194M 1
Aeronca 11BC N9359E 1
Beech 58 N7271R 2
Page 91
2000_GA_Annual_Review_Data
Cessna 182 N6473A 1
Cessna 172K N79004 1
Piper PA-22-160 N8768D 1
Cessna 152 N67603 1
Beech D35 N3424B 1
Grumman-Schweizer G-164B N428KG 1
Cessna 150L N18124 1
Cessna T188C N9957J 1
Beech 35 N947V 1
Piper PA-28-180 N2176T 1
Cessna 172H N1748F 1
Grumman American AA-5A N26080 1
Warrington SURREL GUPPY N4425W 1 Amateur-Built
Piper PA-32-300 N2947A 1
Piper PA-24-250 N980AC 1
Aeronca 7DC N4462E 1
Mbb BK-117-A3 N312LS 2
Rotorway EXECUTIVE 162F N6399L 1 Amateur-Built
Piper PA-28-181 N24GK 1
Bell 47G-3B-1 N83701 1
Weatherly 201B N1261W 1
Witlock CIRCA-NIEUPORT 12 N317LS 1 Amateur-Built
Cessna P210N N5256W 1
Bell 47G-2A N818HJ 1
Air Tractor AT-401 N6055W 1
SPENCER LONG EZE N51EZ 1 Amateur-Built
Taylorcraft BC12-D N5080M 1
de Havilland DHC-2 N345KA 1
Ercoupe 415-D N93835 1
Cessna 172P N51996 1
Piper PA-38-112 N2400P 1
Beech BE-55 (T42A) N26DS 2
Boeing Stearman E75-N1 N75647 1
Burton/Boyton CELERITY N5104X 1 Amateur-Built
Grumman American AA-5 N7161L 1
Hess RH-1 FALCON N7242H 1 Amateur-Built
Piper PA-28-140 N4435J 1
Cessna 172M N80624 1
Schweizer 269C N577TA 1
Cessna 310D N674FT 2
Boeing PT17 N57851 1
Cessna A188B N731CH 1
Cessna 210D N3996Y 1
Cessna 150F N6296R 1
Cessna 180 N2997A 1
Cessna 182R N101SP 1
Rockwell S-2R N4925X 1
Cessna 188 N731GR 1
Beaver FERGUSON F-II N8228R 1 Amateur-Built
Cessna 150 N6639F
Steel RANS RV-6 N64ME 1 Amateur-Built
Cessna 120 N2961N 1
Page 92
2000_GA_Annual_Review_Data
Cessna 180H N2780X 1
Schreder HP-11-A N586A Amateur-Built
Lake LA-4-200 N12SF 1
Bell 206A-1 N136C 1
Mooney M20C N6253U 1
Floroski N41SF
ANDERSON KINGFISHER 1 Amateur-Built
Cessna 182S N7278S 1
Lutke ROTOWAY EXEC 90 N1183M 1 Amateur-Built
Piper PA-23 N1069P 2
Waco UPF7 N32162 1
Rotorway EXEC 90 N651GE 1 Amateur-Built
Cessna 182P N9886M 1
Yakovlev YAK 52 N6223X 1
Mooney M20C N5549Q 1
Cessna 210N N5525A 1
Eurocopter AS350B N911AM 1
Eiriavion Oy PIK 20E N27RT 1
Cessna 421A N1477D 2
Schweizer 269C N298SH 1
Fudold AVID - MAGNUM N200UB 1 Amateur-Built
Beech BE-35 N3283V 1
Monocoupe 90A N19429 1
Piper PA-18 N1755P 1
Cianchette LIONHEART N985CC 1 Amateur-Built
Mooney M20E N5727Q 1
Cessna 210D N3894Y 1
Schweizer G-164B N3629E 1
Halsmer CRAZY 8 N9034L 1 Amateur-Built
Comeau AVID FLYER N646R 1 Amateur-Built
Bohner PITTS MODEL 12 N811WS 1 Amateur-Built
de Havilland DHC-2 N444EF 1
Root SHERPA N1415B 1 Amateur-Built
Cessna 172M N4312R 1
Robinson R-22 Beta N888KB 1
Luscombe 8A N71620 1
Cessna 172B N7501X 1
Mooney M20K N252KD 1
Piper PA-34-200T N345CD 2
Cessna A185F N7485C 1
Piper PA-46 N555JV 1
Cessna 180 N3386D 1
Bell 47G-5 N7885S 1
Cessna A188 N8188V 1
Cessna 152 N93289 1
Bell BH-222-U N224LL 2
Cessna 195A N1010D 1
Cessna 182A N4742D 1
Piper PA-32-300 N934PH 1
Schwarz ZODIAC CH 601 N601GS 1 Amateur-Built
Daniel J. Lee Express 90 N540EX 1 Amateur-Built
Cessna 172P N65827 1
Champion 7KCAB N2978G 1
Page 93
2000_GA_Annual_Review_Data
Let L-23 SUPER BLANKIT N105LW
Piper PA-22-150 N3514P 1
Mooney M20E N5775Q 1
Peters RAF 2000 N11ZK 1 Amateur-Built
Ryskamp SONEX N202BA 1 Amateur-Built
Short SD3-30 200 N179Z 2
Jonas FALCON XP N90345 1 Amateur-Built
Mooney M20E N5853Q 1
Piper PA-24-250 N5271P 1
AERO TEK, INC. ZUNI N6ZF Amateur-Built
Beech BE-A35 N8530A 1
Leslie Briggs GLASAIR III N422CS 1 Amateur-Built
Air Tractor AT-301 N4330S 1
de Havilland DHC-6-200 N201RH 2
Piper PA-20 N5590H 1
Mooney M20E N1927Y 1
Piper PA-25 N6195Z 1
Grumman G-164B N6737K 1
Cessna 150J N60764 1
ROMERO SEA REY N817R 1 Amateur-Built
Piper PA-28-160 N5293W 1
Cessna 180 N1774C 1
Kokenge GLASTAR N4350K 1 Amateur-Built
Piper PA28-180 N132SF 1
Piper PA-28R-201 N2732Q 1
Beech A36 N86BC 1
Piper J3C-65 N2143M 1
Bell 206L-1 N10864 1
Mooney M20E N6927U 1 Amateur-Built
Cessna 150M N6087K 1
Piper J-5A N600F 1
Bell 47D N39KH 1
Piper PA-30 N300RE 2
Bell 206B N7JR 1
Cessna 152 N7385W 1
Cessna 172R N395ES 1
Cessna 150 N6712F 1
KOLLIER PITTS S1C N87V 1 Amateur-Built
Piper PA-46-350P N198PM 1
Piper PA-18 N17080 1
Cessna 140 N73044 1
Cessna P337H N5HN 2
Showalter ROTORWAY 152 N11662 1 Amateur-Built
Cessna 182M N182DG 1
Piper PA-36-285 N57616 1
Thompson AVID MARK IV N619T 1 Amateur-Built
Piper PA-12 N2796M 1
Cessna P210N N3882P 1
Beech BE-58 N58TZ 2
Piper PA-28-140 N5731U 1
Cessna 188B N4439Q 1
Balloon Works FIREFLY 8 N9091R
Page 94
2000_GA_Annual_Review_Data
Aerostar S-77A N5164R
Piper PA-22-108 N4689Z 1
Summers RV4 N131DS 1 Amateur-Built
Cessna 180 N222AK 1
Piper PA28-235 N8809W 1
EACHON 9
TIME WARP SPITFIRE N355DE 1 Amateur-Built
Schweizer G-164B N3629D 1
Bell OH-58C N9142S 1
Cessna 172M N3529Q 1
Piper PA-18 N7777D 1
Piper PA-44 SEMINOLE N2225G
Cessna 152 N6434H 1
Cessna 172N N737CM 1
Cessna 150 N51181 1
Cessna 150H N7011S 1
Cessna 340X N4424X
Cessna 182Q N94MB 1
Cessna 207A N1824Q 1
HAMER LANCAIR 235 N84LH 1 Amateur-Built
Cessna 150 N103DP 1
Air Tractor 502B N90158 1
Piper PA-28-160 N5422W 1
Piper PA-28R-200 N200EG 1
Aero Commander 114-B N6101T 1
Fisher GLASTAR GS-1 N99DF 1 Amateur-Built
Piper PA-31-325 N10QB 2
Stinson AT-19 N7080Y 1
Cessna 172N N734WD 1
Air Tractor AT-802F N6159F 1
Grumman American AA-5 N9570L 1
Barclay/Vincent MURPHY SR 2500 N24VW 1 Amateur-Built
Balloon Works FIREFLY II N7244X
Cessna 150H N6999S 1
Haskins CHALLENGER-2 N61881 1 Amateur-Built
Cessna 172 N8874B 1
Beech B200 N3199A
Cessna 150 N6500T 1
Champion 7GCAA N9648S 1
DICKENSON AVID MAGNUM N213H 1 Amateur-Built
Aviat A-1 N79PS 1
Aerostar S-66A N5268L
Cessna 172N N734UD 1
Piper PA-38-112 N2545N 1
Cessna 172H N1749F 1
Taylorcraft F-19 N3569T 1
Stinson 108-3 N573C 1
Maule M-5-235 N6269M 1
Beech A36 N100XH 1
Piper PA-28-180 N16411 1
Bell 412 N174EH
Aeronca 65-CA N33783 1
Aeronca 15AC N1282H 1
Page 95
2000_GA_Annual_Review_Data
Cessna 310D N6981T 2
Piper PA-22-150 N2968Z 1
Cessna T337E N86485 2
Beech K35 N878R 1
Piper PA-18-105 N189T 1
Air Tractor AT-502 N73184 1
Cessna T210L N59287 1
Sukhoi SU-29 N55SU 1
North American NA-265-80 N85DW 2
Ayres S2R-600 N3103B 1
Piper PA-18 N82962 1
Schweizer G-164B N944QC 1
Boeing E75 N450UR 1
Cessna 152 N93589 1
FOLLMER Q200 N8427 1 Amateur-Built
Piper PA-24 N300P 1
Air Tractor AT-502 N9136U 1
ROSENBARGER LANCAIR IV N494R 1 Amateur-Built
Beech K35 N6099E 1
Piper PA-28-161 N8126V 1
Cessna 182RG N3674C 1
Schweizer SGS 1-34 N7679
Schweizer G-164B N6543R 1
Bellanca 8GCBC N8638V 1
Cessna 152 N68168 1
Waco AGC-8 N66206 1
Piper PA-11 N78635 1
Cessna 185 N1205F 1
Piper J-3 N88283 1
Cessna 170B N3007A 1
Lake LA-4 N2015L 1
Cessna 152 N757MF 1
Cessna 150M N304JF 1
Cessna 172M N80310 1
Fairchild 24G N4714 1
Burgess AIR COMMAND N6292 1 Amateur-Built
Cessna 172 N2078E 1
Robinson R22 BETA N8313Z 1
Piper PA-32R-301 N411JL 1
Cessna 152 N5354M 1
Bell OH-58C N626SF 1
Piper PA-46-310P N4380S 1
Beech B60 N8WD 2
Cessna 152 N67495 1
Ryan ST3KR N54403 1
Hickey SE5-A N596 1 Amateur-Built
Foulke EUROPA TRI-GEAR N82716 1 Amateur-Built
Cessna 150 N6425T 1
Gulfstream American AA-5B N4516P 1
Piper PA-28-235 N9174W 1
Fairchild Hiller FH-1100 N250AD 1
Cessna 172B N8178X 1
Page 96
2000_GA_Annual_Review_Data
Piper PA-18A-150 N6985D 1
Cessna 172K N46549 1
Grooms TITAN TORNADO N61246 1 Amateur-Built
Triple S Aero INC LANCAIR IVP N235LP 1 Amateur-Built
Piper J3-C65 N70673 1
Pulsar Aircraft Corp. 100 N601SP 1 Amateur-Built
Piper PA-28-140 N41375 1
Cessna 180K N61782 1
TRAMMELL AVID FLYER N7081M 1 Amateur-Built
CLEARWATERS RAF 2000 N61376 1 Amateur-Built
Cessna 150F N8709G 1
Piper PA-18-150 N91003 1
Cessna 172P N98873 1
Grumman-Schweizer G-164B N6506K 1
Cessna 152 N4711L 1
Beech 55 N1704W
Piper PA-32-300 N4256R 1
Douglas DC-3 N79MA 2
Cessna 172 N12188 1
Cessna 182 N71770 1
Bellanca 17-30 N4905V 1
Bell 206BII N90307 1
Aviat A-1B N475C 1
Schweizer G-164A N8919H 1
Siai-Marchetti F260B N800RH 1
Phelps RANS S-12 AIRAILE N586WP 1 Amateur-Built
Cessna 340A N34DD 2
Cessna 180 N4985A 1
Cessna 182G N24RE 1
Cessna 421C N421NT 2
Cessna 180H N91464 1
Piper PA-32-300 N8133Z 1
Piper PA-44-180 N2159Z 2
Cessna 206H N7269S 1
Bellanca 8KCAB N57648 1
Cessna 182Q N759CW 1
Air Tractor AT-401 N91842 1
Raven AS-55A N1073R
Cessna 411 N411TK 2
Freund WITTMAN W10 N8470X 1 Amateur-Built
Beech D-45 N20685 1
Ryan NAVION A N5117K 1
Piper PA-18-105 N239NA 1
Fogerson Richard D RV-6A N888LH 1 Amateur-Built
Steinke EARLY BIRD -JENNY N593JN 1 Amateur-Built
CABLE-BREIGLER BG-12BD N4458 0 Amateur-Built
Perrucci Randall J REVOLUTION MINI-500N7SZ 1 Amateur-Built
Jordan KITFOX MODEL 1 N37SK 1 Amateur-Built
Ercoupe 415-C N93990 1
Cessna 172RG N6225R 1
Cessna 172L N4344Q 1
Aero Commander 100 N2982T 1
Page 97
2000_GA_Annual_Review_Data
Pitts S1-T N112JG 1 Amateur-Built
Pitts S1S N9PJ 1
Cessna 180 N2443C 1
Piper PA-28-140 N428FL 1
Aeronca 7AC N83564 1
Widner N89JW
PIETENPOL AIRCAMPER 1 Amateur-Built
Piper PA-28-180 N2451R 1
Cessna 210E N210DL 1
Air Tractor AT-502B N61389 1
Flurry AVENTURA II N106DF 1
Cessna 172L N7664G 1
Cessna 172 N803SP 1
Bell 206L-1 N5758H 1
Cessna 182N N92596 1
Cessna 150L N11919 1
Mooney M20F N9436V 1
Maule MX-7-235 N111KD 1
Cessna 172R N364SA 1
Piper PA-18 N125FG 1
Piper PA-24-250 N6411P 1
Bell 206B-3 N207EH 1
Aeronca 7BCM N66581 1
Beech E-55 N9047V 2
Beard LANCAIR 320 N6BQ 1 Amateur-Built
Cessna T188C N9566J 1
Bell 212 N8224V 2
Piper PA-28-236 N451X 1
Bell 47G-2 N67083 1
Cessna 172G N4411L 1
Cessna 310G N8978Z 2
Piper PA-34-200T N223S 2
Bell 47G-3B-1 N53SP 1
Piper PA-46-310P N88AM 1
Aeronca BL7-AC N83866 1
Piper PA-22/20 N3383A 1
Piper PA28R-200 N1334T 1
Cessna A188B N9326R 1
Piper PA-18-150 N82748 1
Mockler ZODIAC CH-600 N1156L 1 Amateur-Built
Beech K35 N3076C 1
Ercoupe 415-C N87351 1
Mihlebach WACO N521S 1 Amateur-Built
Piper PA-32-300 N2102X 1
Cessna 177B N30955 1
Aeronca 7AC N82107 1
Cessna 172N N739HA 1
Cessna 172B N8019X 1
Nicholson THORP T-18CWS N24WN 1 Amateur-Built
Boeing Stearman B75N1 N66607 1
Piper PA-18 N10572 1
Cessna 172P N531PC 1
Piper PA-32R-301 N8230G 1
Page 98
2000_GA_Annual_Review_Data
Eugene L. Capozzi VAN RV-6A N199EC 1 Amateur-Built
Piper PA-28-161 N6462C 1
Aviat A-1 N63FE 1
North American SNJ-5 N440JG 1
Let BLANIK L-13 N48037
Beech B-95 N3WT 2
Cessna 150F N8783S 1
Piper PA-18 N3774Z 1
Williams WILLIAMS MITE M18L N60BW 1 Amateur-Built
Abernathy STREAKER N1LM 1 Amateur-Built
Cessna 170A N1447D 1
Stinson 108-3 N603C 1
Air Tractor 402B N6174H 1
Beech BE58 N84DE 2
Cessna 188B N21635 1
Gulfstream G-IV N1625 2
Piper PA-24-260 N8704P 1
Cessna 177RG N2156Q 1
Piper PA-60-601P N601WK 2
Bell UH-1H N525BM 1
Beech A36TC N7110M 1
Hughes 269C N50638 1
Piper PA-28-180 N15275 1
Cessna 177RG N2035Q 1
Grumman-Schweizer G-164B N8255K 1
Bell 206-L1 N27680 1
Cessna 340A N844YT 2
Mooney M20L N1024Z 1
Carlson CA-8 N47XY 1 Amateur-Built
Cessna 172P N9594L 1
Lake LA-4-200 N2594P 1
Cessna A185F N269DP 1
Cessna 182S N182KC 1
Beech B19 N1930W 1
Piper PA-22-108 N4730Z 1
Cessna 180 N2347C 1
Beech 33-F33A N8087M 1
Beech 58P N58PB 2
Cessna 120 N76261 1
E. J. Humphrey CHRISTEN EAGLE II N44ED 1 Amateur-Built
Mooney M20 N866B 1
Cessna R172K N1036V 1
Beech A36TC N3683D 1
Jack McDaniel RANS S12XL N823S 1 Amateur-Built
Grumman G164A N7955
Bell 47G-3B-2 N2243W 1
Piper PA-28-180 N4208T 1
Grumman AA-5B N28817 1
Piper PA-28-140 N8319R 1
Beech B24 N4342W 1
Grumman AA-5A N26934 1
Cessna 188 N9977G 1
Page 99
2000_GA_Annual_Review_Data
Piper PA-18 N82905
Piper PA-23-250 N54325 2
Worgull HORNET N707BD 1 Amateur-Built
Cessna 172L N84828 1
Piper PA-28-180 N2190R 1
Piper PA-28-161 N9208N 1
Piper PA-18 N18PX 1
Piper PA-31-350 N27179 2
Piper PA-18 N9692P 1
Cessna 182J N3347F 1
Cessna 172P N53201 1
Cessna 152 N64921 1
Morrison E-RACER N345JM 1 Amateur-Built
Aerostar S-81A N9174Z
Beech F-90 N15 2
Cessna 150H N22237 1
Cessna 120 N2007V 1
Bell 206B N3298G 1
Cessna 120 N72775 1
Piper PA-22 N8DG 1
Luscombe 8A N77948 1
Cessna 150L N10825 1
Air Tractor AT-502 N1508V 1
Champion 7GCBC N9654S 1
Cessna 170B N4590C 1
Globe GC-1B N78053 1
Piper PA-28-161 N381AS 1
Taylorcraft 20 N1036G 1
Piper PA-28-181 N6130H 1
Piper PA-23-250 N4584P 2
Piper PA-18 N6760B 1
Cessna 182P N52746 1
Cessna 172L N7195Q 1
Grumman AA-5 N7196L 1
Stevens STARDUSTER II AS300N27CG 1 Amateur-Built
Cessna 185F N34NC 1
Maule M-7-235C N4255P 1
Champion 7GCBC N2993G 1
Piper PA-28-140 N33036 1
Aeronca 11AC-991 N9354E 1
Piper PA-28-161 N6303C 1
Beech H35 N5448D 1
Bellanca 17-30A N14774 1
Beech S35 N711HZ 1
Cessna 152 N6107Q 1
Piper PA-16 N5943H 1
Cessna 150G N8376J 1
Cessna 150K N5864G 1
Piper PA-18 N81648 1
Boeing Stearman D75N1 N64796 1
Piper PA-31-325 N63706 2
Cessna 150G N4770X 1
Page 100
2000_GA_Annual_Review_Data
Bell 206-L4 N3310 1
Schweizer G-164B N3626T 1
PZL-Mielec M-18A N81548 1
Cessna 172 N7353A 1
Cessna 182S N97TD 1
Piper PA-28-140 N5530F 1
Aeronca 15AC N1455H 1
Piper PA-22-150 N2963P 1
Grumman-Schweizer G-164B N8981H 1
Cessna 182G N3103S 1
Bell 206B N32FR 1
Bell 47G-5A N14841 1
Cessna 172 N8315L 1
de Havilland DH-100 MK.6 N152RD 1
Rowe PIETENPOL N5079R 1 Amateur-Built
Cessna 208B N590TA
Piper PA-22-135 N3483A 1
Robinson R-22B N7183X 1
Eurocopter AS-350B-3 N405AE 1
Hughes 269B N9355F 1
Morrison RANS-12 N91337 1 Amateur-Built
WOODRUFF LANCAIR 360 N360HW 1 Amateur-Built
Robinson R-22 N202RP 1
Culver LFA N37820 1
Cessna 152 N5357M 1
North American T-28D N28YF 1
Aeronca 11BC N3954E 1
Piper PA-28-140 N4686R 1
Beech 95-55 N9713R 2
Douglas DC-3 N12907 2
Piper PA-28-235 N9281W 1
Cessna 172P N98629 1
Piper PA-28-235 N33735 1
Piper PA-18 N7099Y 1
Hughes 269B N9503F 1
Air Tractor AT-602 N5111A 1
Mooney M20S N68FM 1
Cessna 182Q N94326 1
Cessna A185F N90151
Cessna 172K N84034 1
Grumman American AA-1B N9622L 1
Piper PA-18-105 N5489H 1
Cessna 340 N130DR
Hughes TH-55A N331SD 1
Cessna 188B N4983Q 1
Piper PA-32-260 N33117 1
Boeing E75 N8528N 1
Piper PA-38 N2493G 1
Porterfield LP65 N25563 1
Temco Luscombe 11A N1689B 1
Ercoupe 415-C N2421H
Sukhoi SU-26MX N26KP 1
Page 101
2000_GA_Annual_Review_Data
Cessna 150H N50318 1
William J. Knowles N37BK
KNOWLES-THORP KT-18 1 Amateur-Built
Luscombe 8A N2234K 1
Piper PA-32-300 N3039Y 1
Beech A36TC N36TV 1
Piper PA-22-160 N9697D 1
Cessna 150L N11390 1
Maule M-7-235B N31078 1
Piper PA-28-181 N43055 1
Piper PA-18-160 N59645 1
Maule M-5 N5638D 1
Bell 206-L1 N321CA 1
Piper PA-44-180 N294ND 2
Alvin R. Kemmet TANGO 2 N29AK 1 Amateur-Built
Aerospatiale AS350BA N189ND 1
Robinson R22 BETA N8340N 1
Joseph A. Grimaud SEAWIND 3000 N98GG 1 Amateur-Built
University of Alabama MINI-500 N6165T 1 Amateur-Built
Cessna 210 N6096B 1
Cessna 150M N704ST 1
Cessna 182S N2373D 1
HOLT THORPE T-18C N85LH 1 Amateur-Built
Moseler RAF 2000 GTX SE N1187Z 1 Amateur-Built
Curtis-Wright C-46F N1822M 2
Mooney M20K N52202 1
Beech BE-23 N8895M 1
Mitsubishi MU-2B-26A N60BT 2
Piper PA-34-200 N222ES
Cessna 172M N13214 1
Helio H-295 N295BA 1
Boeing B75-N1 N1066M 1
Aeronca 7AC N707SR 1
Cessna 172H N3715R 1
McDonnell Douglas 369E N819CE 1
Cessna 180 N9306C 1
Wsk Pzl Warzawa-Okecie PZL-104 WILGA 80 N80EG 1
Galaxy Balloons, Inc. GALAXY 7 N52233
Cessna 182 N8907X 1
Cessna 152 N65671 1
Cessna P210N N888MM 1
Enstrom F-28F N223RS 1
Beech BE-23-B24R N68HW 1
Beech E18S N2067C 2
Harwell/Gardner WAG-AERO CUBBY N909GH 1 Amateur-Built
Cessna 401A N800SS 2
Piper PA-23-160 N3390P 2
Hughes 369FF N82638 1
(AAC)
American Aviation Corp.AA-1A N9394L 1
Piper PA-28-140 N732FL 1
Walton RV-6 N796W 1 Amateur-Built
Schweizer SGS 2-33A N2060T
Cessna 172K N7396G 1
Page 102
2000_GA_Annual_Review_Data
Piper PA-18 N7174K 1
Piper PA 24-250 N6917P
Tolle VENTURE MODEL 20 N353 1 Amateur-Built
Cessna 170B N2562D 1
Bellanca BL17-30 N4882V 1
Beech B19 N5108R
Republic RC-3 N6175K 1
Beech BE-A36 N1820L 1
Aerospatiale AS350-BH N532BH 1
Navion G N2434T 1
Pitts S-1A N800AS 1
Cessna 172-B N7894X 1
North American AT-6G N5296V 1
Cessna 172 N1297F 1
Cessna 172G N4352L 1
Arthur P. Matthews ACRO SPORT II N86AM 1 Amateur-Built
Robinson R-22 N4004J 1
Piper PA-28R-200 N4826Q 1
Cessna 320E N269WP
Cessna 310N N111KC 2
Cessna 172N N738CW 1
Piper PA-24-250 N6107P 1
Piper PA-32R-301T N289JG 1
Cessna 150L N18130 1
Moore STARDUSTER SA-300 N3168 1 Amateur-Built
Piper PA-28-181 N4381S 1
Beech 35-33 N1344G 1
Yakovlev 52 N21CY
Piper PA-32RT N789CS 1
Weste AVID N126DW 1 Amateur-Built
Aerospatiale AS-355-F2 N355DU 2
Cessna 335 N8354N 2
Gulfstream G-1159A N162JC 2
Cessna 185F N93981 1
Robinson R-22 BETA N621DM
Piper PA-28-161 N47881 1
Air Tractor AT-301 N3165G 1
Beech 95-C55 N2016F 2
Cessna 172M N950ME 1
Beech 300 N398DE 2
Cessna 188B N53211 1
Beech 95-C55 N782B 2
Cessna T303 N9645C
Beech BE-23-24 N7951L 1
Steven R. Jackson HARMON ROCKET 2 N47SR 1 Amateur-Built
Piper PT-46 N1RQ 1
Beech A36 N6682Z 1
Pitts S-2B N331DM 1
Boeing A75N1 (PT17) N49713 1
Hallett HALLETT-1 N8331H 1 Amateur-Built
Schweizer SGS 2-33A N2055T
Piper PA-44-180 N928ER 2
Page 103
2000_GA_Annual_Review_Data
Craig R. Merrill LUTON BETA N545CM 1 Amateur-Built
Cessna 150L N11938 1
Jim Price PITTS SPECIAL S N56JP 1 Amateur-Built
Ryan ST3KR N50870 1
Conn SONERAI II N188P 1 Amateur-Built
Cessna 140 N279W 1
Bollinger BD-4 N108BC 1 Amateur-Built
Champion 7ECA N7586F 1
Zenair CH2000 N420ZA 1
Cessna 172P N53512 1
Camillo Annaloro C A SPCL QUICKS N302CA 1 Amateur-Built
Aerospatiale AS350BA N12NT 1
Cessna 172P N5226K 1
Fowler VARIEZE N82JF 1 Amateur-Built
WILDMAN ADVENTURER N567AW 1 Amateur-Built
Beech N35 N1255Z 1
American AA-1A N9375L 1
Mooney M-20J N40VF 1
Ercoupe 415-E N94176 1
Beech 35B33 N8587M 1
Cessna 152 N24961 1
Piper PA-28R-200 N15900 1
Cessna 152 N5447L 1
Cessna 210 N9485T 1
Piper PA28-140 N98094 1
Mooney M-20J N201SE 1
Grumman American AA-5A N26470 1
Cessna 340A N4347C 2
Cessna 150L N6968G 1
Piper PA-18A N8162C 1
Cessna 150C N7886Z 1
O Loughlin WAG-A-BOND N51AT 1 Amateur-Built
Waco UPF-7 N32049 1
Cessna 150 N11214 1
Aviat A-1 N33AV 1
Aerospatiale AS-350BA N26WW 1
Cessna T210N N5170Y
Piper PA-34-200T N238Z 2
Cessna 172 N8611B 1
Taylorcraft BC12-D N96920 1
Cessna 182S N7279B 1
Robinson R 22 N224WP
Grumman American AA-1A N41RC 1
John S. Eberle PITTS SPECIAL S1S N39124 1 Amateur-Built
Piper PA-28-140 N16503 1
Beech BE-76 N23823 2
Bell 206L-1 N613 1
Otero-Pitts PT1 N47BS 1
Forney F1A N3028G 1
Piper PA-32R-301 N8139A 1
Rockwell COMMANDER 690B N6900K
Beech A-36 N565P 1
Page 104
2000_GA_Annual_Review_Data
Horne Bowers Flybaby N4041A 1 Amateur-Built
Piper PA-28-235 N8710W 1
Aviat PITTS S-2B N169DM 1
Cessna 172N N734UW 1
Cessna 172P N65923 1
Cessna 172N N4654G 1
Cessna 177B N35241 1
Piper PA-20 N7707K 1
Piper PA-34-200 N1519T 2
Luscombe 8A N71134 1
Dever FIREFLY N306K 1 Amateur-Built
Maule MX-7-180A N3079Z 1
Cessna 172P N54729
Piper PA-28-140 N9986W 1
Cessna 152 N53301 1
Cessna 185F N185CY 1
Piper PA28-200 N3032R 1
Cessna 152 N95262 1
Piper J3C-65 N33538 1
Piper PA-18 N24149 1
Cessna 180H N7904V 1
Navion A N675JM 1
Cessna 182P N9187G 1
Piper PA-28-140 N513FL 1
Cessna 425 N41054 2
Piper PA-28R-200 N2068T 1
Schweizer SGS 1-36 N3621R
Cessna T210N N9528Y 1
Piper PA-20 N1594A 1
Cessna 150E N4031U 1
Cessna 175 N7360M 1
Cessna 172L N2843Q 1
Robinson R-22B N25862 1
BO-105CBS-5
Messerschmitt-Boelkow-Blohm N911VH 2
Mooney M20J N201JP 1
Piper PA-18 N8415Y 1
Cessna 180 N1681C 1
Piper PA-28-140 N3DP
Eurocopter AS 350B-3 N972AE 1
Experimental Glasair 1RG N41AL 1 Amateur-Built
Cessna 185F N6232E 1
Cessna 172H N1706F 1
Beech BE-23 N2334J 1
Cessna 172N N73829 1
Piper PA-20 N2186A 1
Aerofab Inc. Lake Seawolf N65RF 1
Lockheed-Martin F-16CG 2104 1
Cessna 210K N8118G 1
Eurocopter AS350B2 N126TV 1
Piper PA-30 N7062Y 2
Piper PA-22-135 N3762A 1
Grumman American AA-5B N45175 1
Page 105
2000_GA_Annual_Review_Data
Cessna 172K N79054 1
Cessna 140 N2154V 1
Cessna T210L N29233 1
Cessna 177RG N8027G 1
Cessna 182Q N735TF 1
Gick AEROCOMP CA6WB N8181L 1 Amateur-Built
MURDOCK RAF 2000 GTX N6382T 1 Amateur-Built
Cessna 150K N562GS 1
Aeronca 7CCM-200 N4706E 1
COLLETTE GLASSAIR III N540AK 1 Amateur-Built
Piper PA-28-140 N6355R
Lake LA-4-200 N65717 1
Cessna 172K N567QL 1
Robinson R-22 N8117Y 1
Piper PA-32RT-300 N9658C 1
Cessna 310L N2231F
Hall GLASAIR III N462SH 1 Amateur-Built
2000 McCoy Genesis N9931W 1
Bell 206 B3 N2062D 1
Piper PA-28-180 N3988R 1
Beech BE-23-A24R N8060R 1
Cessna 172P N84FR
Bellanca BL-17-30A N280H 1
Beech F90 N94U 2
Cessna T210N N1963U
Cessna 150M N66633 1
Piper PA-28-161 N1305H 1
Luscombe 8A N45537 1
Cessna 150E N3588J 1
Mooney M20K N252MW 1
Cessna 150L N18609 1
Piper PA-46-310P N9298Y 1
Cessna 172N N6521D 1
Aerostar PA-60-601P N713HM 2
Piper PA-28R-180 N4541J 1
Piper PA-28R-180 N4914J 1
Mooney M20E N9198V 1
Piper PA-28 N5035W 1
Bellanca 17-30A N8268R 1
Landes/Karich/Schmidt CHRISTEN EAGLE II N83007 1 Amateur-Built
Cessna 180H N8206V 1
Wsk Pzl Warzawa-OkeciePZL-104 WILGA 80 N112B 1
Cessna 305A N65071 1
Cessna 182J N182RM 1
Piper PA-28-161 N617FT 1
Cessna 172N N8173E 1
Beech BE-55-D55 N7901R 2
Cessna 320C N3043T 2
Cessna 182P N21390 1
Cessna 172 N8507B 1
Aerofab Inc. LAKE 250 N8551Z 1
Bell 206B N222LM 1
Page 106
2000_GA_Annual_Review_Data
Cessna 152 N757RR 1
Cessna A185F N7609Q 1
Miller SLINGSHOT N97MS 1 Amateur-Built
Mooney M20M N2183N
Cessna 182J N182DD
Beech 95-B55 N7678N 2
Cessna 152 N5288P 1
Robinson R-44A N744FC 1
Hughes 269C N1097N 1
Cessna 150C N7800Z 1
Mooney M20J N4101H 1
Cessna 182N N9227G
Piper PA-16 N5639H 1
Air Tractor AT-502B N50470 1
Air Tractor AT-602 N9046D 1
Smith TEAM TANGO 2 N6204D 1 Amateur-Built
Hughes 369D N411SM 1
Aerospatiale AS-350-BA N355NT 1
Thomas VP-1 N89KD 1 Amateur-Built
Piper PA-24-250 N8245P 1
Larson AERO COMP-6 N4334Z 1 Amateur-Built
Mooney M-20J N201MP 1
Cessna 172M N80854 1
Grob G102 N36WW
Cessna TR182 N739HB 1
Evans Aircraft VARIEZE N64592 1 Amateur-Built
Kaman K-1200 N317KA 1
Robinson R22 N411MJ 1
Cessna 421B N52KL 2
Piper PA-28-160 N5306W
Cessna 172H N4959R 1
Cessna 182P N182ER 1
Cessna 182A N6300B 1
Cartercopter MODEL 1 N121CC 1 Amateur-Built
Cessna R182 N2386C 1
Cessna 210C N969RJ 1
Piper PA-31-325 N120JB 2
Christen Industries Pitts S-2B N260DB 1
Robinson R22 BETA N7189K 1
Dehavilland DHC-6 N252SA 2
Cessna 172P N127FR 1
Mooney M20K N5772C 1
Cessna 180 N4955A 1
Cessna 172 N4223F 1
Socata TBM 700 N45PM 1
L-39C
Aero Vodochody Aero. Works N139CG 1
Piper PA-28-180 N7859W 1
Cessna 172E N96024 1
Maule M-5 N5644N 1
Cessna 150M N6414K 1
John D. Lueck AVID AMPHIBIAN N6013T 1 Amateur-Built
Robinson R22 N7187W 1
Page 107
2000_GA_Annual_Review_Data
Beech BE-23 N2324J 1
Piper PA-14 N5178H 1
Aerospatiale SA365-N1 N89SM 2
Cessna 172M N789FW 1
Bell 206B3 N8240G 1
Beech 58 N4558S 2
Cessna 172M N13584 1
Cessna 210C N9791X 1
Piper PA-28R-201 N9185P 1
Beech F33A N282R 1
Curtis-Wright C46A N1419Z 2
Cessna 177RG N2102Q 1
Mitsubishi MU-2B-60 N130MS 2
de Havilland DHC-2 Mk. I N2502 1
Beech B200 N30EM 2
Larry Groover EAGLE N8132L 1 Amateur-Built
Bell 206-L3 N288JB 1
Cessna TR182 N2225T 1
Robinson R-22B2 N7158M 1
Cessna 140 N72970 1
Rockwell 112A N1307J 1
Cessna 182P N58833 1
BARACKMAN VANS RV-6 N3891P 1 Amateur-Built
Beech V35B N2174L 1
Beech BE-60 N53444 2
Cessna 150M N63067 1
Robinson R-22 BETA N195HC
Cessna T210N N4729C 1
Cessna 305A N143F 1
Piper PA-18-135 N9952Q 1
Piper PA-18-135 N9058G 2
Cessna 152 N757DX 1
Champion 8GCBC N7100C 1
Grumman G-44 N69058 2
Hughes 369HS N9186F 1
Cessna 172M N73404 1
Bell 407 N407MM 1
Piper PA-28-140 N61CS 1
Cessna 172N N6326F 1
Aerostar 602P N88AT
Cessna 177 N29572 1
Cessna 150M N63276 1
Page 108
2000_GA_Annual_Review_Data
First Occurrence Phase of Flight flt_plan_filed Collision
CRUISE
In flight collision with object NONE
CRUISE
In flight encounter with weather NONE
Miscellaneous/other CRUISE NONE
CRUISE - NORMAL NONE
Loss of engine power (partial) - mechanical failure/malfunction
Loss of engine power CRUISE IFR
CLIMB - TO CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight CLIMB - TO CRUISE NONE
Loss of engine power CRUISE - NORMAL NONE
CLIMB - TO CRUISE IFR
Loss of engine power (partial) - mechanical failure/malfunction
APPROACH
Loss of engine power (total) - nonmechanical NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
Nose gear collapsed IFR
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight DESCENT - NORMAL NONE
Loss of control - in flight MANEUVERING CVFR
APPROACH - VFR PATTERN - DOWNWIND
Loss of engine power (total) - nonmechanical NONE
APPROACH
In flight collision with terrain/water IFR
CLIMB
Loss of engine power (total) - nonmechanical NONE
Loss of engine power CRUISE NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
MANEUVERING
In flight collision with terrain/water NONE
MANEUVERING
In flight encounter with weather CVFR
LANDING -
On ground/water collision with objectROLL NONE
CRUISE
Loss of engine power (total) - nonmechanical VFIF
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction NONE
Loss of control - in flight MANEUVERING NONE
Loss of control - in flight MANEUVERING IFR
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power CRUISE NONE
person NONE
Propeller/rotor contact toSTANDING - STARTING ENGINE(S)
Loss of control - in flight TAKEOFF - ABORTED NONE
APPROACH
In flight collision with object IFR
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
Nose over LANDING NONE
IFR
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CLIMB NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE
In flight encounter with weather NONE
Loss of control - in flight MANEUVERING NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight MANEUVERING NONE
TAXI FROM
On ground/water collision with-object LANDINGNONE
DESCENT
In flight collision with terrain/water - NORMAL NONE
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with terrain/water IFR
APPROACH
In flight collision with terrain/water NONE
MANEUVERING
In flight collision with terrain/water NONE
APPROACH
In flight collision with object IFR
MANEUVERING - AERIAL APPLICATION
Loss of engine power (partial) - nonmechanical NONE
Page 109
2000_GA_Annual_Review_Data
TAKEOFF - INITIAL CLIMB
In flight encounter with weather NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Gear collapsed LANDING NONE
CRUISE - NORMAL NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
Overrun TAKEOFF - ABORTED IFR
Miscellaneous/other TAKEOFF - ROLL/RUN NONE
Loss of engine power CLIMB - TO CRUISE IFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CRUISE
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight MANEUVERING NONE
Nose over LANDING - ROLL NONE
Loss of engine power CRUISE NONE
TAKEOFF
Loss of control - on ground/water NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power TAKEOFF IFR
Loss of control - in flight TAKEOFF NONE
NONE
IFR
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING
In flight collision with terrain/water NONE
TAXI TO TAKEOFF NONE
On ground/water collision with-terrain/water
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
TAXI FROM LANDINGNONE
On ground/water collision with-terrain/water
Nose gear collapsed LANDING NONE
MANEUVERING
In flight collision with object NONE
TAKEOFF
In flight collision with terrain/water IFR
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
APPROACH - IAF TO FAF/OUTER MARKER (IFR)
In flight encounter with weather IFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Miscellaneous/other STANDING - PRE-FLIGHTNONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
Loss of engine power CRUISE NONE
MANEUVERING
Airframe/component/system failure/malfunction NONE
VFR
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Loss of engine power (total) - nonmechanical NONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Fire TAXI IFR
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
APPROACH
Loss of engine power (partial) - nonmechanical NONE
CRUISE
Loss of engine power (partial) - nonmechanical NONE
LANDING NONE
In flight collision with terrain/water - FLARE/TOUCHDOWN
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
MANEUVERING
Loss of engine power (total) - nonmechanical VFIF
Loss of control - in flight GO-AROUND (VFR) NONE
MANEUVERING
In flight collision with object NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING
Loss of control - on ground/water - ROLL VFR
Loss of control - in flight CRUISE NONE
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
Page 110
2000_GA_Annual_Review_Data
TAKEOFF
Loss of control - on ground/water - ROLL/RUN VFR
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
Loss of engine power CLIMB CVFR
LANDING
Loss of control - on ground/water - ROLL NONE
Midair collision MANEUVERING CVFR Midair
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - BASE TURN
LANDING
Loss of control - on ground/water NONE
Midair collision MANEUVERING NONE Midair
CRUISE
In flight encounter with weather NONE
LANDING CVFR
Loss of control - on ground/water - FLARE/TOUCHDOWN
Midair collision APPROACH NONE Midair
Miscellaneous/other TAKEOFF NONE
Loss of control - in flight LANDING NONE
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
Midair collision APPROACH NONE Midair
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING - ROLL
On ground/water collision with terrain/water NONE
Gear retraction on ground TAXI - TO TAKEOFF IFR
LANDING - ROLL
On ground/water collision with terrain/water NONE
Loss of engine power APPROACH NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
Loss of control - in flight LANDING - ABORTED NONE
UNK
CRUISE
In flight collision with terrain/water NONE
Loss of control - in flight MANEUVERING NONE
Midair collision NONE
LANDING - FLARE/TOUCHDOWN Midair
Loss of control - in flight LANDING NONE
VFR
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
Loss of engine power APPROACH NONE
Midair collision LANDING - ROLL NONE Midair
CLIMB
In flight encounter with weather NONE
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - FINAL APPROACH
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight CLIMB IFR
CRUISE
Airframe/component/system failure/malfunction NONE
CRUISE
In flight encounter with weather NONE
APPROACH - IAF TO NONE
Loss of engine power (total) - nonmechanical FAF/OUTER MARKER (IFR)
Midair collision CLIMB - TO CRUISE NONE Midair
Midair collision NONE
APPROACH - VFR PATTERN - DOWNWIND Midair
Midair collision MANEUVERING NONE Midair
Miscellaneous/other TAKEOFF NONE
CRUISE - NORMAL CVFR
Loss of engine power (total) - mechanical failure/malfunction
Midair collision NONE
APPROACH - VFR PATTERN - DOWNWIND Midair
Vortex turbulence encountered NONE
TAKEOFF - INITIAL CLIMB
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Loss of engine power TAKEOFF NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
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TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
Midair collision MANEUVERING NONE Midair
LANDING - ROLL
On ground/water collision with terrain/water NONE
CRUISE
Loss of engine power (total) - nonmechanical VFR
Overrun LANDING - ROLL IFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of engine power CLIMB - TO CRUISE NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
TAKEOFF
Loss of control - on ground/water - ABORTED NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
Roll over HOVER NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight MANEUVERING NONE
person NONE
Propeller/rotor contact toSTANDING - ENGINE(S) OPERATING
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING
Loss of control - on ground/water NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
MANEUVERING
In flight collision with terrain/water NONE
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
In flight collision with object NONE
Loss of engine power DESCENT NONE
Loss of engine power CRUISE NONE
CRUISE
In flight encounter with weather - NORMAL VFR
Loss of control - in flight MISSED APPROACH (IFR) IFR
GO-AROUND (VFR)
Loss of engine power (partial) - nonmechanical NONE
TAXI TO TAKEOFF NONE
On ground/water collision with-terrain/water
MANEUVERING
In flight collision with object CVFR
Gear collapsed TAXI - FROM LANDINGNONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL VFR
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING - ABORTED NONE
In flight collision with object
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
Hard landing IFR
LANDING - FLARE/TOUCHDOWN
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
Loss of engine power CRUISE IFR
MANEUVERING
Loss of engine power (partial) - nonmechanical NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - BASE TURN
LANDING NONE
In flight collision with terrain/water - FLARE/TOUCHDOWN
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
IFR
Loss of control - in flight LANDING NONE
CRUISE - NORMAL NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
CRUISE - NORMAL NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
MANEUVERING NONE
Nose over LANDING - ROLL NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
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APPROACH
In flight encounter with weather NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of engine power CRUISE VFR
Wheels up landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - ROLL/RUN NONE
On ground/water collision with terrain/water
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE
In flight collision with terrain/water NONE
HOVER - OUT OF GROUND EFFECT
Airframe/component/system failure/malfunction NONE
Loss of engine power CRUISE NONE
CLIMB
Loss of engine power (partial) - nonmechanical NONE
TAXI - TO
Loss of control - on ground/water TAKEOFF NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CLIMB
Loss of engine power (partial) - nonmechanical NONE
water
Wheels down landing in LANDING - FLARE/TOUCHDOWN NONE
MANEUVERING
In flight collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
TAKEOFF
Collision between aircraft (other than midair) NONE Ground Collision
TAKEOFF
Collision between aircraft (other than midair) NONE Ground Collision
APPROACH
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight APPROACH IFR
Gear collapsed LANDING - ROLL NONE
Hard landing LANDING NONE
NONE
TAKEOFF - ROLL/RUN
Airframe/component/system failure/malfunction NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Overrun LANDING - ROLL IFR
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
MANEUVERING
In flight collision with object CVFR
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
TAKEOFF - ROLL/RUN NONE
Loss of engine power (partial) - mechanical failure/malfunction
CRUISE - NORMAL NONE
Loss of engine power (partial) - mechanical failure/malfunction
Loss of engine power CRUISE IFR
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Midair collision APPROACH IFR Midair
Midair collision APPROACH NONE Midair
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB CVFR
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
Loss of control - in flight MANEUVERING NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Nose gear collapsed LANDING - ROLL NONE
Overrun LANDING - ROLL IFR
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CLIMB
Airframe/component/system failure/malfunction NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight CRUISE IFR
Midair collision NONE Midair
APPROACH - VFR PATTERN - FINAL APPROACH
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Midair collision NONE Midair
APPROACH - VFR PATTERN - FINAL APPROACH
STANDING
On ground/water encounter with weather NONE
Gear retraction on ground LANDING - ROLL IFR
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Wheels up landing IFR
LANDING - FLARE/TOUCHDOWN
CRUISE
Airframe/component/system failure/malfunction CVFR
Loss of control - in flight GO-AROUND (VFR) VFR
Loss of engine power CLIMB NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of control - in flight MANEUVERING NONE
LANDING
Loss of control - on ground/water NONE
MANEUVERING
In flight collision with terrain/water NONE
LANDING
Loss of control - on ground/water NONE
APPROACH - VFR PATTERN - BASE TURN
Loss of engine power (total) - nonmechanical NONE
NONE
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING
In flight collision with terrain/water NONE
CVFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of engine power CRUISE - NORMAL VFR
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING NONE
Loss of engine power (partial) - mechanical failure/malfunction
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH - VFR PATTERN - DOWNWIND
NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING
Loss of engine power (total) - nonmechanical NONE
LANDING - NONE
On ground/water collision with objectFLARE/TOUCHDOWN Ground Collision
CRUISE
In flight encounter with weather NONE
Loss of engine power DESCENT NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather NONE
Loss of control - in flight MANEUVERING NONE
LANDING -
On ground/water collision with objectROLL NONE Ground Collision
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
TAXI
Loss of control - on ground/water NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of control - in flight LANDING - ABORTED NONE
APPROACH - VFR PATTERN
Loss of engine power (partial) - nonmechanical NONE - BASE LEG/BASE TO FINAL
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather NONE
DESCENT NONE
In flight collision with terrain/water - UNCONTROLLED
HOVER - OUT OF GROUND EFFECT
Airframe/component/system failure/malfunction CVFR
Rotor failure/malfunctionHOVER - IN GROUND EFFECT CVFR
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
In flight collision with terrain/water IFR
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Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight MANEUVERING NONE
DESCENT IFR
In flight collision with terrain/water - UNCONTROLLED
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
MANEUVERING NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
CRUISE
In flight encounter with weather - NORMAL IFR
TAXI FROM
On ground/water collision with-object LANDINGNONE
CVFR
Loss of control - in flight MANEUVERING NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
DESCENT
In flight collision with terrain/water NONE
LANDING
In flight collision with terrain/water IFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
MANEUVERING
Loss of engine power (partial) - nonmechanical NONE
MANEUVERING
Airframe/component/system failure/malfunction NONE
LANDING
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Wheels up landing NONE
EMERGENCY LANDING AFTER TAKEOFF
LANDING
Loss of control - on ground/water - ROLL NONE
DESCENT
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
On ground/water collision with object NONE
CRUISE
Airframe/component/system failure/malfunction NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object IFR
APPROACH - VFR NONE
Dragged wing, rotor, pod, float or tail/skid PATTERN - BASE LEG/BASE TO FINAL
Loss of control - in flight MANEUVERING NONE
CRUISE
In flight encounter with weather NONE
Loss of engine power TAKEOFF NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of engine power CRUISE NONE
GO-AROUND (VFR)
In flight collision with terrain/water VFR
Loss of control - in flight GO-AROUND (VFR) NONE
CRUISE
In flight encounter with weather IFR
GO-AROUND (VFR)
In flight collision with object NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power TAKEOFF - INITIAL CLIMB VFR
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object IFR
GO-AROUND (VFR)
In flight collision with object NONE
Loss of engine power MANEUVERING NONE
Overrun LANDING NONE
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - DOWNWIND
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction NONE
CRUISE
Loss of engine power (total) - nonmechanical IFR
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LANDING
Loss of control - on ground/water - ROLL NONE
Nose over TAXI - FROM LANDINGNONE
Propeller failure/malfunctionCRUISE - NORMAL NONE
CLIMB
Airframe/component/system failure/malfunction NONE
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
Loss of engine power HOVER NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
Loss of control - in flight MANEUVERING NONE
Gear collapsed LANDING - ROLL NONE
LANDING - ABORTED NONE
In flight collision with object
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
LANDING - ABORTED NONE
In flight collision with object
LANDING
Loss of control - on ground/water NONE
Vortex turbulence encountered NONE
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Loss of control - in flight APPROACH VFR
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Miscellaneous/other NONE
TAKEOFF - INITIAL CLIMB
CRUISE
In flight encounter with weather - NORMAL IFR
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object IFR
Loss of engine power MANEUVERING NONE
CLIMB
In flight collision with object NONE
CRUISE
In flight encounter with weather NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
Overrun LANDING - ROLL VFR
CRUISE
In flight encounter with weather VFR
Overrun LANDING - ROLL NONE
Loss of control - in flight MANEUVERING NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING
Airframe/component/system failure/malfunction NONE
MANEUVERING NONE
Loss of engine power (partial) - mechanical failure/malfunction
TAKEOFF - INITIAL CLIMB
In flight encounter with weather NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
DESCENT
In flight collision with terrain/water IFR
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
LANDING
Loss of control - on ground/water - ROLL UNK
Loss of control - in flight CRUISE CVFR
LANDING - ROLL
On ground/water collision with terrain/water NONE
Loss of engine power CLIMB NONE
Loss of control - in flight MANEUVERING NONE
LANDING
Loss of control - on ground/water - ROLL NONE
HOVER - IN GROUND NONE
Airframe/component/system failure/malfunction EFFECT
CRUISE
Airframe/component/system failure/malfunction NONE
MANEUVERING
In flight collision with terrain/water NONE
Loss of engine power CRUISE NONE
Loss of control - in flight APPROACH NONE
LANDING - ROLL
On ground/water collision with terrain/water NONE
MANEUVERING
In flight collision with terrain/water VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
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NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
CRUISE IFR
Loss of engine power (partial) - mechanical failure/malfunction
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Loss of control - in flight TAKEOFF - INITIAL CLIMB NONE
APPROACH
In flight collision with terrain/water NONE
Loss of engine power TAKEOFF - INITIAL CLIMB IFR
MANEUVERING
In flight collision with object NONE
Loss of engine power MANEUVERING VFR
CVFR
DESCENT - NORMAL
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAXI - TO TAKEOFF NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CLIMB - TO CRUISE IFR
Loss of engine power (total) - mechanical failure/malfunction
UNKNOWN
Airframe/component/system failure/malfunction IFR
TAKEOFF
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING
Airframe/component/system failure/malfunction CVFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
Hard landing VFR
LANDING - FLARE/TOUCHDOWN
Loss of engine power CRUISE NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
TAKEOFF - ROLL/RUN
Loss of engine power (partial) - nonmechanical NONE
MANEUVERING - AERIAL APPLICATION
Loss of engine power (total) - nonmechanical NONE
TAKEOFF
On ground/water encounter with weather NONE
Miscellaneous/other TAKEOFF NONE
CRUISE
In flight encounter with weather - NORMAL IFR
Loss of engine power TAKEOFF - ROLL/RUN NONE
CRUISE
In flight collision with terrain/water NONE
Loss of control - in flight TAKEOFF NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction NONE
Gear collapsed NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight CRUISE IFR
Loss of control - in flight CRUISE NONE
MANEUVERING - AERIAL APPLICATION
Airframe/component/system failure/malfunction NONE
Loss of control - in flight HOVER NONE
MANEUVERING - failure/malfunction
UNK
Loss of engine power (partial) - mechanicalAERIAL APPLICATION
Loss of engine power APPROACH NONE
TAXI - FROM LANDINGVFR
On ground/water encounter with weather
DESCENT
Loss of engine power (total) - nonmechanical VFR
Miscellaneous/other TAKEOFF - INITIAL CLIMBNONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
MANEUVERING - TURN TO REVERSE DIRECTION
In flight collision with terrain/water NONE
Loss of control - in flight MANEUVERING NONE
CLIMB
Loss of engine power (total) - nonmechanical NONE
Loss of engine power CRUISE NONE
CRUISE
In flight collision with object NONE
MANEUVERING
In flight collision with terrain/water NONE
Miscellaneous/other CRUISE NONE
Loss of control - in flight APPROACH IFR
TAKEOFF NONE
In flight collision with terrain/water - INITIAL CLIMB
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Loss of control - in flight CRUISE - NORMAL IFR
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of control - in flight GO-AROUND (VFR) NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
GO-AROUND (VFR)
In flight collision with object NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING - ROLL
On ground/water collision with terrain/water NONE
MANEUVERING
In flight collision with terrain/water NONE
NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction CVFR - FINAL APPROACH
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
On ground/water collision with object NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING - ROLL
On ground/water collision with terrain/water NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight MANEUVERING NONE
CRUISE
In flight collision with terrain/water NONE
Loss of engine power CRUISE NONE
LANDING - ROLL
On ground/water collision with terrain/water NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING
In flight collision with object NONE
TAKEOFF
Loss of engine power (partial) - nonmechanical NONE
Loss of control - in flight CRUISE NONE
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Wheels up landing LANDING IFR
LANDING - ROLL
Dragged wing, rotor, pod, float or tail/skid NONE
DESCENT
Loss of engine power (total) - nonmechanical NONE
LANDING
In flight collision with terrain/water NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
TAXI TO TAKEOFF NONE
On ground/water collision with-object
CRUISE
Airframe/component/system failure/malfunction MVFR
Undershoot LANDING CVFR
EMERGENCY LANDING
In flight collision with object NONE
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING - TURN TO REVERSE DIRECTION
In flight collision with object CVFR
Loss of control - in flight LANDING NONE
MANEUVERING
In flight collision with object NONE
NONE
Loss of control - in flight HOVER - OUT OF GROUND EFFECT
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE TURN
Loss of control - in flight MANEUVERING NONE
TAKEOFF
Loss of control - on ground/water - ABORTED NONE
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
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2000_GA_Annual_Review_Data
Overrun LANDING - ROLL NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of control - in flight TAKEOFF NONE
DESCENT
Airframe/component/system failure/malfunction IFR
LANDING
Loss of control - on ground/water NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING
In flight collision with object NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
Loss of engine power CRUISE NONE
LANDING - ROLL
On ground/water collision with terrain/water NONE
CRUISE
In flight encounter with weather VFR
Loss of control - in flight MANEUVERING NONE
TAKEOFF
Loss of engine power (total) - nonmechanical NONE
NONE
Nose down LANDING - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
NONE
Loss of engine power APPROACH - VFR PATTERN - FINAL APPROACH
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
LANDING
Loss of control - on ground/water - ROLL NONE
DESCENT CVFR
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING
Loss of engine power (total) - nonmechanical CVFR
APPROACH
In flight collision with terrain/water IFR
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE
Airframe/component/system failure/malfunction NONE
Loss of control - in flight APPROACH NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
Loss of engine power CLIMB NONE
Loss of control - in flight TAKEOFF IFR
Miscellaneous/other NONE
TAKEOFF - INITIAL CLIMB
CLIMB
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power GO-AROUND (VFR) NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Miscellaneous/other CLIMB - TO CRUISE VFR
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
CRUISE
Airframe/component/system failure/malfunction NONE
TAXI TO TAKEOFF NONE
On ground/water collision with-terrain/water
Loss of engine power CRUISE NONE
CLIMB - TO CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of engine power CRUISE NONE
GO-AROUND (VFR)
Loss of control - on ground/water NONE
Loss of engine power CLIMB - TO CRUISE NONE
Loss of engine power MANEUVERING NONE
MANEUVERING - AERIAL APPLICATION
Loss of engine power (partial) - nonmechanical NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
NONE
Loss of engine power APPROACH - VFR PATTERN - FINAL APPROACH
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Miscellaneous/other STANDING - PRE-FLIGHTNONE
Loss of engine power MANEUVERING NONE
CVFR
Loss of engine power MANEUVERING - AERIAL APPLICATION
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NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
Loss of engine power CRUISE IFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
Nose over NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight TAKEOFF NONE
Loss of engine power CRUISE NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Loss of engine power MANEUVERING NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
VFR
NONE
Loss of control - in flight APPROACH - VFR PATTERN - DOWNWIND
Loss of engine power GO-AROUND (VFR) NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - INITIAL CLIMB
In flight encounter with weather NONE
EMERGENCY NONE
On ground/water collision with object LANDING AFTER TAKEOFF
Miscellaneous/other TAKEOFF NONE
CRUISE VFR
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Undershoot LANDING NONE
LANDING
Loss of control - on ground/water - ROLL NONE
VFR
VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
STANDING IFR
On ground/water collision with object- STARTING ENGINE(S)
Wheels up landing LANDING NONE
TAKEOFF
Loss of control - on ground/water NONE
Undershoot LANDING NONE
MANEUVERING - AERIAL APPLICATION
Airframe/component/system failure/malfunction NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with terrain/water NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
NONE
Loss of control - in flight HOVER - IN GROUND EFFECT
DESCENT
In flight collision with object NONE
Ditching CRUISE NONE
Loss of control - in flight GO-AROUND (VFR) NONE
LANDING - FLARE/TOUCHDOWN
In flight collision with object NONE
STANDING NONE
Propeller blast or jet exhaust/suction - ENGINE(S) OPERATING
Hard landing LANDING NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
MANEUVERING
Airframe/component/system failure/malfunction NONE
Hard landing NONE
DESCENT - UNCONTROLLED
Loss of control - in flight UNKNOWN NONE
TAXI - TO
Loss of control - on ground/water TAKEOFF IFR
Midair collision CRUISE - NORMAL NONE Midair
CRUISE
In flight collision with object NONE
CRUISE - NORMAL
In flight collision with object NONE
APPROACH
Airframe/component/system failure/malfunction VFR
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Midair collision MANEUVERING NONE Midair
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - ROLL/RUN NONE
On ground/water encounter with weather
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LANDING
Loss of control - on ground/water - ROLL NONE
Nose over LANDING - ROLL NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
STANDING
On ground/water encounter with weather NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
NONE
MANEUVERING
In flight encounter with weather VFR
TAKEOFF - ROLL/RUN NONE
On ground/water collision with terrain/water
APPROACH
In flight collision with object NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Midair collision MANEUVERING NONE Midair
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
Miscellaneous/other GO-AROUND (VFR) NONE
Miscellaneous/other STANDING - PRE-FLIGHTVFIF
CRUISE - NORMAL
Loss of engine power (partial) - nonmechanical NONE
Midair collision MANEUVERING NONE Midair
MANEUVERING
In flight collision with terrain/water CVFR
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical IFR
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
CLIMB
In flight collision with object NONE
TAKEOFF
Loss of engine power (partial) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING - ROLL
On ground/water collision with terrain/water NONE
Forced landing DESCENT NONE
Overrun NONE
LANDING - FLARE/TOUCHDOWN
Overrun LANDING - ROLL NONE
Loss of engine power CRUISE - NORMAL NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
Wheels up landing LANDING - ABORTED NONE
CLIMB
In flight encounter with weather IFR
MANEUVERING
In flight collision with object NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
LANDING
Loss of control - on ground/water NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object VFR
Loss of control - in flight LANDING - ABORTED NONE
LANDING -
On ground/water collision with objectROLL NONE
MANEUVERING
In flight collision with terrain/water CVFR
Miscellaneous/other CRUISE IFR
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with terrain/water NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
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MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
TAXI - TO
Loss of control - on ground/water TAKEOFF NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
TAKEOFF - ROLL/RUN
Airframe/component/system failure/malfunction NONE
Roll over NONE
STANDING - IDLING ROTORS
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING -
On ground/water collision with objectROLL NONE
Loss of engine power CRUISE NONE
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with terrain/water NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
APPROACH
Loss of engine power (total) - nonmechanical IFR
APPROACH - VFR PATTERN - DOWNWIND
Loss of engine power (total) - nonmechanical NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Loss of control - in flight HOVER NONE
Loss of control - in flight CRUISE - NORMAL VFR
Loss of control - in flight MANEUVERING NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
APPROACH
In flight collision with terrain/water NONE
Loss of engine power TAKEOFF NONE
Gear retraction on ground TAKEOFF - ROLL/RUN NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
Fire NONE
TAKEOFF - INITIAL CLIMB
Nose over LANDING - ROLL NONE
Loss of engine power CRUISE NONE
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of control - in flight HOVER NONE
STANDING - ENGINE(S) OPERATING
Loss of control - on ground/water NONE
Nose over NONE
LANDING - FLARE/TOUCHDOWN
LANDING - FLARE/TOUCHDOWN
In flight encounter with weather NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
CLIMB - TO CRUISE NONE
Loss of engine power (total) - nonmechanical
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
GO-AROUND (VFR) NONE
Loss of engine power (partial) - mechanical failure/malfunction
DESCENT
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - ROLL/RUN NONE
On ground/water collision with terrain/water
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight DESCENT - EMERGENCY NONE
CRUISE
Airframe/component/system failure/malfunction NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - FINAL APPROACH
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
APPROACH - VFR PATTERN - BASE TURN
Loss of engine power (total) - nonmechanical NONE
LANDING
In flight encounter with weather NONE
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CRUISE
Loss of engine power (total) - nonmechanical NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
MANEUVERING
In flight encounter with weather NONE
TAKEOFF
In flight collision with object NONE
TAXI
Loss of control - on ground/water NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
APPROACH - VFR PATTERN - FINAL APPROACH
NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - ROLL/RUN NONE
On ground/water collision with terrain/water
TAXI FROM
On ground/water collision with-object LANDINGNONE Ground Collision
TAXI
Loss of control - on ground/water NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
MANEUVERING
In flight collision with terrain/water NONE
GO-AROUND (VFR)
In flight collision with object NONE Ground Collision
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
CRUISE
Loss of engine power (total) - nonmechanical VFR
Loss of control - in flight LANDING IFR
Gear collapsed LANDING NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Main gear collapsed TAKEOFF - ROLL/RUN NONE
CRUISE
In flight collision with object NONE
Loss of control - in flight MANEUVERING NONE
LANDING - FLARE/TOUCHDOWN
In flight encounter with weather NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN CVFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight MANEUVERING NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
LANDING - ABORTED NONE
In flight collision with object
DESCENT
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight MANEUVERING NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight MANEUVERING NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF
Loss of control - on ground/water NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
TAXI
On ground/water collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING
In flight collision with object NONE
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TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight MANEUVERING NONE
Loss of engine power CLIMB NONE
Roll over HOVER CVFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING - ROLL
On ground/water collision with terrain/water NONE
Loss of control - in flight MANEUVERING NONE
Roll over STANDING NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction VFR
CLIMB NONE
Loss of engine power (partial) - mechanical failure/malfunction
DESCENT - NORMAL NONE
Loss of engine power (total) - nonmechanical
CRUISE - NORMAL NONE
Loss of engine power (total) - mechanical failure/malfunction
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB IFR
CRUISE
In flight encounter with weather VFR
TAXI - than midair)
Collision between aircraft (otherFROM LANDINGNONE Ground Collision
MANEUVERING
In flight collision with object NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
TAKEOFF - ROLL/RUN NONE
On ground/water collision with terrain/water
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
TAKEOFF
In flight encounter with weather CVFR
TAKEOFF - INITIAL CLIMB
In flight encounter with weather CVFR
Midair collision MANEUVERING NONE Midair
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
Midair collision CLIMB IFR Midair
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
MANEUVERING - AERIAL APPLICATION
Airframe/component/system failure/malfunction NONE
TAKEOFF
In flight collision with object NONE
Overrun LANDING - ROLL NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
LANDING
Loss of control - on ground/water - ROLL NONE
Nose over LANDING - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH - VFR PATTERN - DOWNWIND
NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
Loss of engine power CRUISE - NORMAL NONE
LANDING
In flight encounter with weather NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CLIMB
In flight collision with object NONE
CRUISE
In flight encounter with weather NONE
NONE
LANDING - FLARE/TOUCHDOWN
VFR
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of control - in flight GO-AROUND (VFR) NONE
LANDING
In flight encounter with weather NONE
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UNKNOWN NONE
Loss of engine power (total) - mechanical failure/malfunction
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
MANEUVERING
Loss of engine power (total) - nonmechanical NONE
MANEUVERING
In flight encounter with weather NONE
MANEUVERING - AERIAL APPLICATION
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Miscellaneous/other LANDING NONE
MANEUVERING
Loss of engine power (total) - nonmechanical NONE
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
CRUISE
Airframe/component/system failure/malfunction NONE
CLIMB - TO CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN - FINAL
NONE
Loss of engine power (partial) - mechanical failure/malfunction APPROACH
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAXI
On ground/water collision with object NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CRUISE
Loss of engine power (total) - nonmechanical IFR
CRUISE VFR
Loss of engine power (total) - mechanical failure/malfunction
Loss of engine power CLIMB NONE
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water NONE
Hard landing UNK
LANDING - FLARE/TOUCHDOWN
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING - AERIAL APPLICATION
Airframe/component/system failure/malfunction NONE
STANDING - PRE-FLIGHT
Airframe/component/system failure/malfunction NONE
MANEUVERING
In flight collision with terrain/water UNK
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
MANEUVERING - AERIAL APPLICATION
Loss of engine power (total) - nonmechanical NONE
Hard landing VFR
LANDING - FLARE/TOUCHDOWN
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
Roll over LANDING NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight MANEUVERING NONE
Propeller failure/malfunctionMANEUVERING NONE
TAKEOFF -
On ground/water collision with object ABORTED NONE
Overrun LANDING IFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of control - in flight CLIMB VFR
Hard landing LANDING NONE
DESCENT NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
Nose over LANDING - ROLL NONE
Loss of control - in flight TAKEOFF - ABORTED NONE
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
CLIMB - TO CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE
Loss of engine power (total) - nonmechanical NONE
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TAKEOFF - ROLL/RUN NONE
On ground/water encounter with weather
LANDING -
On ground/water collision with objectROLL NONE
TAKEOFF
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight MANEUVERING NONE
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
GO-AROUND (VFR)
In flight collision with terrain/water NONE
NONE
Loss of engine power MANEUVERING - AERIAL APPLICATION
Loss of control - in flight LANDING - ABORTED NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
LANDING
In flight collision with terrain/water - ROLL NONE
DESCENT
In flight collision with terrain/water VFR
MANEUVERING
In flight collision with terrain/water NONE
NONE
Loss of control - in flight MANEUVERING - TURN TO LANDING AREA (EMERGENCY)
CRUISE
In flight collision with object NONE
Hard landing UNK
LANDING - FLARE/TOUCHDOWN
Overrun TAKEOFF - ABORTED VFR
CLIMB
Airframe/component/system failure/malfunction NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
GO-AROUND (VFR)
Loss of control - on ground/water NONE
Overrun LANDING NONE
Main gear collapsed LANDING - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water NONE
TAKEOFF
Loss of control - on ground/water NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Loss of control - in flight LANDING NONE
LANDING - ABORTED CVFR
In flight collision with object
DESCENT NONE
In flight collision with terrain/water - UNCONTROLLED
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH
In flight collision with object NONE
MANEUVERING
Airframe/component/system failure/malfunction NONE
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
CRUISE
In flight collision with terrain/water NONE
CRUISE
In flight collision with terrain/water NONE
Nose over TAKEOFF - ABORTED NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
VFR
TAKEOFF
Loss of control - on ground/water NONE
TAKEOFF
Loss of control - on ground/water NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF
Loss of engine power (total) - nonmechanical NONE
Overrun LANDING - ROLL NONE
CRUISE
Loss of engine power (total) - nonmechanical VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
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TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
MANEUVERING
In flight collision with terrain/water VFR
MANEUVERING
In flight collision with terrain/water NONE
Loss of control - in flight CLIMB IFR
CRUISE
Loss of engine power (total) - nonmechanical VFR
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Miscellaneous/other CRUISE - NORMAL VFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
MANEUVERING
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
VFR
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
TAXI - TO
Loss of control - on ground/water TAKEOFF IFR
APPROACH
Loss of engine power (total) - nonmechanical NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
NONE
Loss of engine power MANEUVERING - AERIAL APPLICATION
GO-AROUND (VFR)
In flight collision with object NONE
HOVER
Airframe/component/system failure/malfunction NONE
Loss of control - in flight GO-AROUND (VFR) NONE
Loss of control - in flight CLIMB NONE
Loss of control - in flight MANEUVERING NONE
MANEUVERING - failure/malfunction
NONE
Loss of engine power (partial) - mechanicalAERIAL APPLICATION
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
MANEUVERING
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Wheels up landing VFR
LANDING - FLARE/TOUCHDOWN
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
MANEUVERING - failure/malfunction
NONE
Loss of engine power (partial) - mechanicalAERIAL APPLICATION
Loss of engine power CRUISE NONE
Loss of engine power MANEUVERING NONE
DESCENT NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight CLIMB NONE
LANDING
Loss of control - on ground/water NONE
Nose over LANDING - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE
Loss of engine power (partial) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight MANEUVERING NONE
APPROACH
Loss of engine power (total) - nonmechanical VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE
In flight collision with object NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
STANDING NONE
On ground/water collision with object- ENGINE(S) OPERATING Ground Collision
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Gear collapsed TAXI NONE
TAXI TO TAKEOFF UNK
On ground/water collision with-object Ground Collision
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
TAKEOFF -
On ground/water collision with object ABORTED NONE
GO-AROUND (VFR)
Loss of engine power (partial) - nonmechanical NONE
Loss of control - in flight UNKNOWN NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
TAKEOFF
On ground/water collision with terrain/water NONE
MANEUVERING
In flight collision with object NONE
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
Nose gear collapsed NONE
LANDING - FLARE/TOUCHDOWN
LANDING
In flight collision with terrain/water - ABORTED NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
Miscellaneous/other NONE
STANDING - ENGINE(S) NOT OPERATING
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
HOVER - IN GROUND EFFECT
In flight collision with object CVFR
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power CRUISE NONE
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
Overrun TAKEOFF NONE
CRUISE
Loss of engine power (partial) - nonmechanical NONE
CLIMB IFR
Loss of engine power (total) - mechanical failure/malfunction
HOVER
In flight collision with terrain/water NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with terrain/water NONE
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
Nose over LANDING - ROLL NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN CVFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF
Loss of control - on ground/water VFR
TAXI FROM
On ground/water collision with-object LANDINGNONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight MANEUVERING NONE
MANEUVERING - TURN TO REVERSE DIRECTION
In flight collision with terrain/water NONE
Loss of control - in flight MANEUVERING NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
NONE
Loss of control - in flight HOVER - IN GROUND EFFECT
TAKEOFF - ROLL/RUN IFR
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water NONE
TAKEOFF
In flight collision with object NONE
Undershoot NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight MANEUVERING NONE
Loss of control - in flight CLIMB NONE
Hard landing VFR
LANDING - FLARE/TOUCHDOWN
NONE
Loss of engine power MANEUVERING NONE
APPROACH
In flight collision with object VFR
Overrun TAKEOFF - ABORTED NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
TAKEOFF - ABORTED NONE
On ground/water collision with terrain/water
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LANDING
Loss of control - on ground/water - ROLL NONE
Forced landing MANEUVERING NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - DOWNWIND
NONE
Loss of control - in flight HOVER - IN GROUND EFFECT
CLIMB
Loss of engine power (total) - nonmechanical NONE
TAKEOFF NONE
Loss of engine power (partial) - mechanical failure/malfunction
Hard landing LANDING NONE
CRUISE
Airframe/component/system failure/malfunction NONE
TAKEOFF
Loss of engine power (partial) - nonmechanical NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
MANEUVERING
In flight collision with object NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Overrun LANDING - ROLL NONE
Wheels up landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE - NORMAL
Loss of engine power (partial) - nonmechanical NONE
CRUISE
In flight collision with terrain/water CVFR
NONE
Loss of control - in flight MANEUVERING - TURN TO REVERSE DIRECTION
Propeller failure/malfunctionCRUISE - NORMAL IFR
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
Loss of control - in flight LANDING - ABORTED NONE
LANDING - FLARE/TOUCHDOWN
Dragged wing, rotor, pod, float or tail/skid NONE
Nose over LANDING - ROLL NONE
Nose over LANDING - ROLL NONE
Loss of control - in flight TAKEOFF - ROLL/RUN NONE
Loss of engine power CRUISE NONE
Loss of control - in flight CLIMB - TO CRUISE IFR
Loss of engine power CRUISE NONE
APPROACH NONE
Loss of engine power (total) - mechanical failure/malfunction
TAKEOFF
Loss of control - on ground/water NONE
Loss of engine power MANEUVERING NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN CVFR
LANDING
Loss of control - on ground/water NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
STANDING - ENGINE(S) OPERATING
Airframe/component/system failure/malfunction NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather NONE
LANDING - FLARE/TOUCHDOWN
In flight collision with object NONE
UNKNOWN
In flight collision with terrain/water NONE
LANDING - ROLL IFR
LANDING
Loss of control - on ground/water - ROLL NONE
Overrun LANDING - ROLL IFR
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather NONE
DESCENT - EMERGENCY
In flight collision with object NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF
Dragged wing, rotor, pod, float or tail/skid CVFR
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE
In flight encounter with weather NONE
LANDING - ABORTED NONE
In flight collision with object
VFR
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water - ABORTED NONE
LANDING
Loss of control - on ground/water - ROLL NONE
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TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Wheels up landing LANDING NONE
Missing aircraft UNKNOWN VFR
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Miscellaneous/other OTHER CVFR
Loss of engine power CLIMB NONE
TAKEOFF NONE
In flight collision with terrain/water - INITIAL CLIMB
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather NONE
DESCENT
Airframe/component/system failure/malfunction NONE
NONE
Loss of control - in flight EMERGENCY LANDING AFTER TAKEOFF
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather VFR
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power DESCENT NONE
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
DESCENT - NORMAL NONE
Loss of engine power (total) - nonmechanical
Loss of control - in flight CRUISE NONE
CLIMB
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - FLARE/TOUCHDOWN NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB NONE
TAKEOFF
In flight collision with terrain/water NONE
Loss of control - in flight MANEUVERING NONE
MISSED APPROACH (IFR)
In flight collision with object IFR
LANDING -
On ground/water collision with objectROLL NONE
Loss of control - in flight HOVER - IN GROUND EFFECTNONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
LANDING
In flight collision with terrain/water NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - DOWNWIND
Hard landing LANDING VFR
APPROACH - VFR PATTERN - DOWNWIND
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight MANEUVERING NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object IFR
MANEUVERING
Airframe/component/system failure/malfunction NONE
Loss of engine power GO-AROUND (VFR) NONE
Miscellaneous/other LANDING - ABORTED NONE
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
IFR
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight TAKEOFF - INITIAL CLIMB NONE
LANDING NONE
In flight collision with terrain/water - FLARE/TOUCHDOWN
LANDING -
On ground/water collision with objectROLL NONE
LANDING
Loss of control - on ground/water - FLARE/TOUCHDOWN NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
Loss of engine power MANEUVERING NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
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LANDING
In flight collision with object NONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL VFR
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
DESCENT NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight MANEUVERING NONE
MANEUVERING
Loss of engine power (total) - nonmechanical VFR
TAKEOFF
In flight collision with terrain/water NONE
Midair collision CRUISE UNK Midair
Vortex turbulence encountered NONE
APPROACH - VFR PATTERN - FINAL APPROACH
TAKEOFF -
On ground/water collision with object ABORTED NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
UNK
Loss of engine power LANDING - FLARE/TOUCHDOWN NONE
Hard landing CVFR
LANDING - FLARE/TOUCHDOWN
Loss of engine power CRUISE NONE
DESCENT
In flight collision with object NONE
Overrun TAKEOFF - ROLL/RUN NONE
Loss of control - in flight LANDING NONE
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
APPROACH
Loss of engine power (total) - nonmechanical NONE
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
LANDING
In flight collision with terrain/water IFR
Midair collision LANDING NONE Midair
STANDING ENGINE(S) OPERATING
Collision between aircraft (other than-midair) VFR Ground Collision
CVFR
Loss of engine power MANEUVERING - AERIAL APPLICATION
Loss of control - in flight CRUISE NONE
Loss of engine power LANDING NONE
CRUISE
In flight encounter with weather NONE
Midair collision LANDING NONE Midair
TAKEOFF - ROLL/RUN NONE
On ground/water encounter with weather
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
VFR
CRUISE - NORMAL NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of engine power CRUISE NONE
Loss of control - in flight LANDING NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
LANDING
On ground/water collision with object NONE
CLIMB
In flight collision with object NONE
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING - FLARE/TOUCHDOWN
On ground/water collision with terrain/water NONE
Hard landing LANDING NONE
MANEUVERING
In flight collision with terrain/water NONE
CRUISE
Altitude deviation, uncontrolled IFR
LANDING - ROLL
On ground/water collision with terrain/water NONE
CVFR
Loss of control - in flight CRUISE NONE
LANDING - FLARE/TOUCHDOWN
In flight collision with object NONE
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Wheels up landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water - ROLL NONE
GO-AROUND (VFR)
Loss of engine power (total) - nonmechanical NONE
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Fire NONE
APPROACH - VFR PATTERN - FINAL APPROACH
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction NONE
Loss of engine power CLIMB - TO CRUISE IFR
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
MANEUVERING - TURN TO REVERSE DIRECTION
In flight encounter with weather CVFR
Midair collision NONE Midair
APPROACH - VFR PATTERN - FINAL APPROACH
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power TAKEOFF - ROLL/RUN VFR
CRUISE
Airframe/component/system failure/malfunction NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
Midair collision NONE Midair
APPROACH - VFR PATTERN - FINAL APPROACH
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
MANEUVERING
Airframe/component/system failure/malfunction NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of control - in flight LANDING NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Gear collapsed LANDING - ROLL NONE
Loss of control - in flight GO-AROUND (VFR) NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING VFR
In flight collision with terrain/water - FLARE/TOUCHDOWN
TAKEOFF - ROLL/RUN CVFR
On ground/water collision with terrain/water
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
LANDING
Loss of control - on ground/water - ABORTED NONE
GO-AROUND (VFR)
In flight collision with object NONE
Loss of engine power CRUISE NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Overrun LANDING NONE
Loss of engine power CLIMB NONE
Loss of control - in flight MANEUVERING NONE
Loss of control - in flight GO-AROUND (VFR) NONE
Rotor failure/malfunctionUNKNOWN NONE
CRUISE - NORMAL IFR
Loss of engine power (total) - mechanical failure/malfunction
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of control - in flight CRUISE NONE
Loss of engine power GO-AROUND (VFR) NONE
APPROACH
Loss of engine power (partial) - nonmechanical IFR
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
CRUISE
Loss of engine power (partial) - nonmechanical NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight MANEUVERING NONE
Loss of engine power MANEUVERING NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
CRUISE
Airframe/component/system failure/malfunction NONE
Nose over NONE
EMERGENCY LANDING AFTER TAKEOFF
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Nose over LANDING - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
MANEUVERING
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
Loss of control - in flight CRUISE NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
UNK
Fire TAXI - TO TAKEOFF NONE
TAXI FROM
On ground/water collision with-object LANDINGIFR
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather NONE
LANDING - ROLL
On ground/water encounter with weather VFR
CRUISE
In flight encounter with weather NONE
STANDING - IDLING ROTORS
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
NONE
Loss of control - in flight MANEUVERING - AERIAL APPLICATION
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
CLIMB -
In flight collision with terrain/waterTO CRUISE NONE
CRUISE
In flight encounter with weather - NORMAL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water NONE
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with object IFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
Fire/explosion CRUISE NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Loss of control - in flight TAKEOFF - ROLL/RUN NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of engine power CRUISE NONE
LANDING
Loss of control - on ground/water - ROLL NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power CRUISE NONE
APPROACH
Airframe/component/system failure/malfunction NONE
MANEUVERING
Airframe/component/system failure/malfunction NONE
TAKEOFF NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
In flight collision with object NONE
Midair collision MANEUVERING NONE Midair
CRUISE
In flight collision with terrain/water NONE
Loss of engine power CRUISE NONE
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Loss of control - in flight MANEUVERING NONE
Midair collision MANEUVERING NONE Midair
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
CLIMB -
In flight collision with terrain/waterTO CRUISE NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
CRUISE NONE
Loss of engine power (partial) - mechanical failure/malfunction
APPROACH
Loss of engine power (total) - nonmechanical NONE
Hard landing LANDING NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
water
Wheels down landing in LANDING NONE
TAKEOFF - ABORTED NONE
On ground/water collision with terrain/water
Overrun LANDING - ABORTED NONE
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
CLIMB -
In flight collision with terrain/waterTO CRUISE VFR
Loss of control - in flight MANEUVERING NONE
LANDING - ABORTED NONE
In flight collision with object
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE
In flight encounter with weather CVFR
Loss of control - in flight CRUISE - NORMAL NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
APPROACH - VFR PATTERN - FINAL APPROACH
NONE
Loss of engine power (total) - mechanical failure/malfunction
IFR
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of control - in flight LANDING VFR
MANEUVERING - AERIAL APPLICATION
Loss of engine power (partial) - nonmechanical NONE
STANDING - ENGINE(S) OPERATING
Loss of control - on ground/water NONE
Fire TAXI - TO TAKEOFF UNK
MANEUVERING - AERIAL APPLICATION
Airframe/component/system failure/malfunction NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CRUISE
Airframe/component/system failure/malfunction IFR
Hard landing VFR
LANDING - FLARE/TOUCHDOWN
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
IFR
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Dragged wing, rotor, pod, float or tail/skid NONE
Wheels up landing LANDING NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of control - in flight GO-AROUND (VFR) NONE
MANEUVERING
In flight collision with object NONE
APPROACH
In flight collision with object NONE
LANDING
In flight collision with object NONE
Hard landing LANDING NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object IFR
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight LANDING - ABORTED NONE
APPROACH - VFR PATTERN - DOWNWIND
In flight encounter with weather NONE
Loss of control - in flight MANEUVERING NONE
Loss of engine power CRUISE NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Miscellaneous/other UNKNOWN UNK
Loss of control - in flight CRUISE IFR
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NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Main gear collapsed NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water NONE
Loss of control - in flight MANEUVERING NONE
APPROACH
In flight encounter with weather NONE
Loss of control - in flight MANEUVERING NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
MANEUVERING
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING - VFR
On ground/water collision with objectFLARE/TOUCHDOWN
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Fire TAXI - FROM LANDINGNONE
Fire NONE
MANEUVERING - AERIAL APPLICATION
DESCENT
In flight encounter with weather IFR
Undershoot LANDING NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
TAKEOFF -
On ground/water collision with object ABORTED IFR
MANEUVERING
In flight encounter with weather NONE
CLIMB - TO CRUISE NONE
Loss of engine power (total) - nonmechanical
CRUISE
In flight collision with object NONE
Loss of control - in flight TAKEOFF NONE
Wheels up landing LANDING NONE
NONE
Loss of engine power MANEUVERING - AERIAL APPLICATION
Loss of engine power APPROACH NONE
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
Hard landing NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Nose over TAKEOFF - ROLL/RUN NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight LANDING - ABORTED NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
MANEUVERING
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of control - in flight GO-AROUND (VFR) NONE
IFR
Loss of control - in flight APPROACH - CIRCLING (IFR)
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
MANEUVERING
In flight collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
TAKEOFF
In flight collision with terrain/water - ROLL/RUN NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
TAKEOFF
Dragged wing, rotor, pod, float or tail/skid NONE
TAKEOFF - ROLL/RUN NONE
Dragged wing, rotor, pod, float or tail/skid
LANDING
In flight collision with terrain/water - ABORTED IFR
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
TAKEOFF
Loss of engine power (total) - nonmechanical NONE
Loss of engine power CRUISE NONE
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Loss of control - in flight APPROACH NONE
Midair collision NONE Midair
APPROACH - VFR PATTERN - FINAL APPROACH
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Midair collision NONE Midair
APPROACH - VFR PATTERN - FINAL APPROACH
LANDING - FLARE/TOUCHDOWN
In flight collision with object NONE
Vortex turbulence encounteredCRUISE CVFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
STANDING ENGINE(S) OPERATING
Collision between aircraft (other than-midair) NONE Ground Collision
TAXI - than midair)
Collision between aircraft (otherTO TAKEOFF VFR Ground Collision
MANEUVERING VFR
Loss of engine power (total) - mechanical failure/malfunction
NONE
Loss of engine power APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
STANDING
Loss of control - on ground/water NONE
APPROACH
Airframe/component/system failure/malfunction NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight encounter with weather VFR
Loss of engine power MANEUVERING NONE
LANDING
Loss of control - on ground/water - ROLL VFR
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
MANEUVERING
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
In flight encounter with weather NONE
LANDING
Loss of control - on ground/water VFR
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CLIMB
In flight collision with terrain/water IFR
Overrun LANDING - ROLL NONE
Nose over LANDING - ROLL NONE
STANDING ENGINE(S) OPERATING
Collision between aircraft (other than-midair) NONE Ground Collision
TAXI TO TAKEOFF NONE
On ground/water collision with-object Ground Collision
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - ABORTED NONE
On ground/water collision with terrain/water
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE - NORMAL
Loss of engine power (total) - nonmechanical NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
Loss of control - in flight MANEUVERING NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Loss of control - in flight LANDING - ABORTED VFR
TAKEOFF - ROLL/RUN CVFR
On ground/water encounter with weather
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Overrun LANDING - ROLL NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with terrain/water NONE
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DESCENT
In flight collision with object CVFR
TAKEOFF
Loss of control - on ground/water NONE
MANEUVERING - AERIAL APPLICATION
Airframe/component/system failure/malfunction NONE
Loss of control - in flight GO-AROUND (VFR) NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
TAXI - FROM LANDINGUNK
On ground/water encounter with weather
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - AERIAL APPLICATION
APPROACH
In flight collision with terrain/water VFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING NONE
Loss of control - on ground/water - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
Loss of control - in flight MANEUVERING NONE
Loss of engine power CLIMB NONE
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with terrain/water IFR
Loss of engine power CLIMB NONE
HOVER - NONE
In flight collision with terrain/water IN GROUND EFFECT
MANEUVERING CVFR
MANEUVERING failure/malfunction
NONE
Loss of engine power (total) - mechanical - TURN TO REVERSE DIRECTION
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Nose over LANDING - ROLL NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight MANEUVERING NONE
Nose gear collapsed LANDING - ROLL NONE
TAXI
On ground/water collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - FINAL APPROACH
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction IFR
TAXI FROM
On ground/water collision with-object LANDINGNONE
LANDING
Loss of control - on ground/water - ROLL VFR
LANDING -
On ground/water collision with objectROLL NONE
TAKEOFF - ROLL/RUN NONE
On ground/water collision with terrain/water
Loss of control - in flight HOVER NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
LANDING
Loss of control - on ground/water - ABORTED NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
VFR
CLIMB - TO CRUISE
Airframe/component/system failure/malfunction NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
OTHER
In flight collision with terrain/water NONE
UNK
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
TAKEOFF
In flight collision with terrain/water NONE
TAXI - TO
Loss of control - on ground/water TAKEOFF NONE
CLIMB
In flight encounter with weather - TO CRUISE NONE
CRUISE
Loss of engine power (total) - nonmechanical VFR
GO-AROUND (VFR)
Loss of engine power (total) - nonmechanical NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
Loss of control - in flight MANEUVERING NONE
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CRUISE
Loss of engine power (partial) - nonmechanical NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CRUISE
In flight encounter with weather NONE
Loss of control - in flight LANDING IFR
DESCENT
In flight encounter with weather NONE
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Overrun NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
DESCENT
Loss of engine power (total) - nonmechanical NONE
CRUISE
In flight encounter with weather NONE
MANEUVERING
In flight collision with terrain/water NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Airframe/component/system failure/malfunction NONE
Roll over HOVER NONE
CLIMB
Loss of engine power (total) - nonmechanical NONE
NONE
Loss of engine power APPROACH - VFR PATTERN - DOWNWIND
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Loss of engine power (total) - nonmechanical IFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
Loss of control - in flight CLIMB - TO CRUISE IFR
Propeller failure/malfunctionCRUISE NONE
Loss of control - in flight CRUISE NONE
TAXI FROM
On ground/water collision with-object LANDINGCVFR
Loss of engine power DESCENT - EMERGENCY NONE
TAXI
On ground/water collision with object NONE
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with object IFR
IFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
CRUISE
Loss of engine power (total) - nonmechanical CVFR
Nose over NONE
LANDING - FLARE/TOUCHDOWN
TAXI - FROM LANDINGNONE
Loss of control - on ground/water
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE
Airframe/component/system failure/malfunction CVFR
Overrun TAKEOFF - ABORTED NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Loss of engine power CRUISE NONE
Loss of control - in flight LANDING - ABORTED NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
LANDING
In flight collision with terrain/water NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Miscellaneous/other NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power CLIMB NONE
APPROACH
Loss of engine power (total) - nonmechanical UNK
CRUISE
Loss of engine power (total) - nonmechanical IFR
HOVER - OUT OF GROUND EFFECT
NONE
Loss of engine power (total) - mechanical failure/malfunction
EMERGENCY DESCENT/LANDING
NONE
Loss of engine power (total) - mechanical failure/malfunction
DESCENT
Loss of engine power (partial) - nonmechanical NONE
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction NONE
LANDING
In flight collision with terrain/water NONE
Overrun LANDING - ROLL NONE
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STANDING - ENGINE(S) NOT OPERATING
On ground/water encounter with weather NONE
NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Nose over LANDING - ROLL NONE
CLIMB - TO CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Loss of control - in flight MANEUVERING NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (partial) - mechanical failure/malfunction
Gear retraction on ground LANDING - ROLL CVFR
LANDING
Airframe/component/system failure/malfunction NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
LANDING
Loss of control - on ground/water - ROLL NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING - NONE
On ground/water collision with objectFLARE/TOUCHDOWN
Overrun LANDING - ROLL NONE
Loss of engine power MANEUVERING NONE
Hard landing VFR
LANDING - FLARE/TOUCHDOWN
VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - INITIAL CLIMB
In flight collision with object NONE
Overrun TAKEOFF - ROLL/RUN NONE
CRUISE - NORMAL
Loss of engine power (partial) - nonmechanical VFR
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
TAKEOFF - INITIAL CLIMB
In flight encounter with weather NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF - INITIAL CLIMB
In flight collision with object IFR
APPROACH - VFR PATTERN - DOWNWIND
NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE
Airframe/component/system failure/malfunction NONE
CRUISE - NORMAL
Airframe/component/system failure/malfunction IFR
Midair collision APPROACH IFR Midair
Nose over LANDING - ROLL NONE
Roll over TAKEOFF NONE
TAXI
Airframe/component/system failure/malfunction UNK
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
CRUISE
Vortex turbulence encountered NONE
Overrun TAKEOFF - ABORTED NONE
MANEUVERING - AERIAL APPLICATION
In flight collision with object NONE
Loss of control - in flight MANEUVERING NONE
IFR
DESCENT
Loss of engine power (total) - nonmechanical NONE
CLIMB VFR
Loss of engine power (total) - mechanical failure/malfunction
Hard landing IFR
LANDING - FLARE/TOUCHDOWN
TAKEOFF -
On ground/water collision with object ROLL/RUN NONE
TAXI
Collision between aircraft (other than midair) NONE Ground Collision
Miscellaneous/other LANDING - ROLL NONE Ground Collision
TAKEOFF
In flight collision with object NONE
Forced landing APPROACH NONE
CRUISE
In flight collision with object NONE
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Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAXI
Collision between aircraft (other than midair) NONE Ground Collision
LANDING -
On ground/water collision with objectROLL NONE Ground Collision
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
CRUISE
In flight encounter with weather NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
GO-AROUND (VFR)
In flight collision with object NONE
LANDING - ROLL NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
CRUISE NONE
Loss of engine power (total) - mechanical failure/malfunction
Overrun GO-AROUND (VFR) NONE
Loss of engine power CLIMB - TO CRUISE NONE
UNKNOWN
Airframe/component/system failure/malfunction NONE
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
CRUISE
In flight encounter with weather VFR
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of engine power CRUISE NONE
Loss of control - in flight MANEUVERING NONE
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with object IFR
Hard landing LANDING - ABORTED NONE
IFR
Loss of control - in flight TAKEOFF - INITIAL CLIMB
TAKEOFF - INITIAL CLIMB
In flight collision with object IFR
LANDING
Loss of control - on ground/water - ROLL NONE
TAKEOFF - INITIAL CLIMB
NONE
Loss of engine power (total) - mechanical failure/malfunction
CRUISE
Airframe/component/system failure/malfunction IFR
Loss of engine power MANEUVERING NONE
Overrun TAKEOFF - ROLL/RUN NONE
DESCENT
Loss of engine power (total) - nonmechanical NONE
CLIMB
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Missing aircraft UNKNOWN NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE CVFR
Loss of engine power (total) - mechanical failure/malfunction
Wheels up landing VFR
LANDING - FLARE/TOUCHDOWN
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with terrain/water NONE
Overrun LANDING NONE
LANDING -
On ground/water collision with objectROLL NONE
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
UNK
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of control - in flight MANEUVERING NONE
Fire MANEUVERING NONE
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
Undershoot NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Undershoot NONE
APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
Undershoot CVFR
APPROACH - VFR PATTERN - FINAL APPROACH
NONE
CRUISE
Loss of engine power (total) - nonmechanical IFR
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Overrun LANDING - ROLL NONE
CRUISE IFR
Loss of engine power (total) - mechanical failure/malfunction
CRUISE
Loss of engine power (total) - nonmechanical NONE
Nose over LANDING - ROLL NONE
Overrun LANDING - ROLL VFR
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
LANDING
Loss of control - on ground/water - ROLL NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE TURN
CRUISE
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water NONE
LANDING
Loss of control - on ground/water VFR
APPROACH - IAF TO IFR
Loss of engine power (total) - nonmechanical FAF/OUTER MARKER (IFR)
CRUISE
In flight collision with object NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of control - in flight DESCENT - UNCONTROLLED NONE
APPROACH
Loss of engine power (total) - nonmechanical NONE
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
TAXI FROM LANDINGVFR
On ground/water collision with-terrain/water
LANDING
Loss of control - on ground/water NONE
APPROACH - VFR PATTERN - BASE TURN
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
CRUISE
In flight collision with object NONE
Loss of control - in flight UNKNOWN NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of control - in flight DESCENT - EMERGENCY NONE
CRUISE - NORMAL IFR
Loss of engine power (total) - mechanical failure/malfunction
Nose over LANDING - ROLL NONE
Loss of engine power CRUISE - NORMAL NONE
MANEUVERING
In flight encounter with weather NONE
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
Hard landing LANDING NONE
CVFR
APPROACH - VFR PATTERN - FINAL APPROACH
LANDING - ROLL
Airframe/component/system failure/malfunction NONE
TAKEOFF NONE
In flight collision with terrain/water - INITIAL CLIMB
LANDING - ROLL
On ground/water collision with terrain/water NONE
VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
MANEUVERING
In flight collision with terrain/water NONE
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
TAKEOFF
Loss of control - on ground/water - ABORTED NONE
Loss of control - in flight GO-AROUND (VFR) NONE
Midair collision MANEUVERING NONE Midair
Nose over LANDING - ROLL NONE
Overrun TAKEOFF VFR
Midair collision MANEUVERING VFIF Midair
Loss of engine power DESCENT NONE
CRUISE
In flight encounter with weather NONE
Propeller failure/malfunctionDESCENT VFR
CLIMB
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water NONE
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2000_GA_Annual_Review_Data
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING
Loss of control - on ground/water - ROLL NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
LANDING -
On ground/water collision with objectROLL NONE
Hard landing IFR
LANDING - FLARE/TOUCHDOWN
Nose over LANDING - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAXI - TO TAKEOFF NONE
On ground/water encounter with weather
LANDING
Loss of control - on ground/water - ROLL NONE
CRUISE
Airframe/component/system failure/malfunction NONE
DESCENT
Loss of engine power (partial) - nonmechanical NONE
CRUISE
Loss of engine power (partial) - nonmechanical NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
Roll over LANDING NONE
Loss of engine power CRUISE IFR
NONE
Loss of control - in flight MANEUVERING NONE
CRUISE
Airframe/component/system failure/malfunction NONE
Loss of engine power HOVER CVFR
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with terrain/water IFR
LANDING - ROLL NONE
NONE
DESCENT
Loss of engine power (total) - nonmechanical VFR
Propeller failure/malfunction NONE
TAKEOFF - INITIAL CLIMB
VFR
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Overrun LANDING - ROLL NONE
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
Midair collision CRUISE NONE Midair
MANEUVERING
In flight collision with terrain/water IFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
CRUISE - NORMAL VFR
Loss of engine power (total) - mechanical failure/malfunction
Midair collision CRUISE NONE Midair
TAKEOFF - INITIAL CLIMB
In flight collision with object IFR
APPROACH
In flight collision with terrain/water IFR
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
Loss of engine power TAKEOFF - INITIAL CLIMB IFR
TAKEOFF
Loss of engine power (partial) - nonmechanical NONE
DESCENT
Loss of engine power (total) - nonmechanical IFR
MANEUVERING
In flight collision with terrain/water NONE
TAXI FROM LANDINGNONE
On ground/water collision with-terrain/water
CRUISE
In flight encounter with weather NONE
LANDING
Loss of control - on ground/water - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING -
On ground/water collision with objectROLL VFR
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
APPROACH - VFR PATTERN - FINAL APPROACH
In flight collision with object NONE
LANDING - FLARE/TOUCHDOWN
Airframe/component/system failure/malfunction NONE
MANEUVERING
In flight collision with terrain/water NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF
Dragged wing, rotor, pod, float or tail/skid NONE
CRUISE CVFR
Loss of engine power (total) - mechanical failure/malfunction
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2000_GA_Annual_Review_Data
Loss of control - in flight TAKEOFF NONE
Loss of engine power CRUISE NONE
DESCENT
In flight collision with terrain/water NONE
IFR
LANDING NONE
Loss of engine power (partial) - mechanical failure/malfunction
Loss of control - in flight MANEUVERING NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
CRUISE
In flight encounter with weather - NORMAL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
LANDING
Loss of control - on ground/water NONE
CLIMB
Loss of engine power (total) - nonmechanical NONE
NONE
Nose over LANDING - ROLL VFR
MANEUVERING
In flight collision with object NONE
Overrun TAKEOFF - ABORTED NONE
CRUISE
In flight encounter with weather - NORMAL NONE
Rotor failure/malfunctionMANEUVERING NONE
LANDING
In flight collision with object CVFR
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
CRUISE
In flight encounter with weather - NORMAL NONE
CRUISE
Loss of engine power (total) - nonmechanical NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Hard landing LANDING NONE
LANDING
In flight collision with object NONE
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with terrain/water IFR
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
MANEUVERING
Loss of control - on ground/water NONE
MANEUVERING
In flight encounter with weather NONE
APPROACH
In flight collision with terrain/water NONE
IFR
MANEUVERING
In flight encounter with weather VFR
Loss of control - in flight DESCENT NONE
Loss of engine power CRUISE NONE
Overrun LANDING - ROLL NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
Loss of control - in flight MANEUVERING IFR
Loss of control - in flight MANEUVERING NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
Miscellaneous/other CRUISE IFR
LANDING
Loss of control - on ground/water - ROLL NONE
DESCENT - NORMAL NONE
In flight encounter with weather
TAKEOFF - INITIAL CLIMB
Airframe/component/system failure/malfunction NONE
CRUISE
In flight encounter with weather NONE
APPROACH
In flight collision with terrain/water IFR
Wheels up landing LANDING NONE
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
MANEUVERING NONE
Loss of engine power (total) - mechanical failure/malfunction
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
LANDING
Loss of control - on ground/water - ROLL NONE Ground Collision
LANDING
Loss of control - on ground/water - ROLL NONE
NONE
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
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2000_GA_Annual_Review_Data
Loss of control - in flight CRUISE NONE
LANDING
Loss of control - on ground/water - ROLL NONE Ground Collision
CRUISE
Airframe/component/system failure/malfunction NONE
CRUISE - NORMAL
Airframe/component/system failure/malfunction NONE
LANDING
Loss of control - on ground/water - ROLL CVFR
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight collision with terrain/water IFR
TAKEOFF
Loss of control - on ground/water - ROLL/RUN NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
Loss of engine power TAKEOFF - INITIAL CLIMB NONE
LANDING
Loss of control - on ground/water - ROLL IFR
CRUISE
In flight encounter with weather VFR
NONE
Loss of engine power APPROACH - VFR PATTERN - DOWNWIND
Hard landing IFR
LANDING - FLARE/TOUCHDOWN
Loss of engine power CRUISE NONE
APPROACH - VFR PATTERN - BASE TURN
In flight collision with terrain/water IFR
TAKEOFF
In flight collision with object NONE
CVFR
Loss of control - in flight APPROACH - VFR PATTERN - FINAL APPROACH
Main gear collapsed LANDING - ROLL VFR
NONE
Loss of control - in flight HOVER - IN GROUND EFFECT
APPROACH - VFR PATTERN - FINAL APPROACH
Loss of engine power (total) - nonmechanical NONE
STANDING NONE
On ground/water collision with object- STARTING ENGINE(S)
TAKEOFF - INITIAL CLIMB
Loss of engine power (partial) - nonmechanical NONE
APPROACH - VFR PATTERN
Airframe/component/system failure/malfunction NONE - FINAL APPROACH
NONE
Loss of control - in flight APPROACH - VFR PATTERN - BASE LEG/BASE TO FINAL
APPROACH - FAF/OUTER MARKER TO THRESHOLD (IFR)
In flight encounter with weather IFR
CRUISE
Loss of engine power (total) - nonmechanical NONE
Hard landing NONE
LANDING - FLARE/TOUCHDOWN
TAKEOFF - INITIAL
Loss of engine power (total) - nonmechanicalCLIMB NONE
Nose over LANDING - ROLL NONE
TAXI FROM
On ground/water collision with-object LANDINGNONE
LANDING
Loss of control - on ground/water - ROLL NONE
LANDING
In flight collision with terrain/water NONE
Missing aircraft UNKNOWN VFR
Gear collapsed LANDING - ROLL IFR
MANEUVERING
In flight collision with object CVFR
TAKEOFF
Loss of control - on ground/water - ROLL/RUN VFR
Loss of control - in flight CRUISE CVFR
NONE
Loss of control - in flight TAKEOFF - INITIAL CLIMB
LANDING
Loss of control - on ground/water - ROLL NONE
IFR
NONE
Loss of control - in flight LANDING - FLARE/TOUCHDOWN
Undershoot LANDING NONE
Page 144
2000_GA_Annual_Review_Data
inj_tot_f inj_tot_s inj_tot_m inj_tot_n
0 0 0 3
2 0 0 0
0 0 0 2
0 0 1 0
0 0 0 5
0 0 0 2
1 0 0 0
0 0 0 4
0 0 0 4
2 1 0 0
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0 0 0 2
0 0 0 3
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0 0 0 2
0 0 0 1
1 0 0 0
0 0 0 1
1 0 0 0
0 0 4 0
0 0 0 2
1 0 0 0
4 0 0 0
0 0 1 0
Page 145
2000_GA_Annual_Review_Data
0 1 0 0
0 0 0 1
0 0 0 1
0 0 0 1
0 0 1 0
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0 0 0 1
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2
0 0 1 1
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0 0 0 1
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Page 146
2000_GA_Annual_Review_Data
0 0 0 1
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0 0 0 1
0 0 0 1
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0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
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0 0 0 2
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0 0 0 2
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2 0 0 0
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3 2
0 0 0 3
0 0 0 1
0 0 0 2
3 2
1 0 0 0
0 0 0 1
0 0 0 1
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Page 147
2000_GA_Annual_Review_Data
0 0 0 2
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0 0 0 2
1
0 0 1 1
1
0 0 0 1
0 0 1 0
0 0 0 1
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0 0 1 0
1 0 0 3
0 0 0 3
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0 0 0 1
0 0 0 1
1 0 0 0
3 0 0 0
1 0 0 0
0 0 0 1
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0 0 0 2
0 0 0 1
0 0 0 1
0 0 0 1
0 0 1 0
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0 0 1 2
0 0 0 1
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0 1 0 0
0 1 1 0
0 0 0 1
1 0 0 0
0 1 1 0
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0 0 0 1
0 0 1 0
0 0 0 1
0 0 0 1
0 0 1 1
0 0 0 1
2 0 0 0
0 0 0 2
0 0 0 2
Page 148
2000_GA_Annual_Review_Data
0 1 1 0
0 0 1 0
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0 0 2 0
0 1 1 0
0 0 0 1
0 0 0 2
0 0 0 3
0 0 0 1
1 0 0 0
0 0 0 2
0 0 1 1
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0 0 0 1
0 0 0 2
0 0 0 1
0 0 2 0
0 0 2 1
1
4 0 0 0
4 0 0 0
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0 0 0 1
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0 0 0 2
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0 0 0 1
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0 0 0 2
1 0 0 0
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0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
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0 0 0 3
0 0 2 0
0 0 1 0
0 0 0 1
0 1 0 0
0 0 0 1
0 0 0 2
0 0 0 1
0 0 0 2
0 0 2 4
Page 149
2000_GA_Annual_Review_Data
0 0 1 0
0 0 1 1
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0 0 3 0
0 2 1 0
0 0 0 4
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0 0 3 0
0 0 0 1
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1 0 0 0
0 0 0 1
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0 0 0 2
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0 0 0 1
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0 0 0 4
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0 1 1 0
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0 0 0 3
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0 1 0 1
0 0 0 2
0 0 0 1
0 1 0 0
0 0 0 1
0 0 2 0
1 0 0 0
0 2 0 0
0 0 0 2
1 0 0 0
Page 150
2000_GA_Annual_Review_Data
0 0 0 2
2 0 0 0
2 0 0 0
1 0 0 0
0 0 2 0
0 0 0 1
0 0 0 1
0 1 0 0
0 0 0 2
0 0 0 1
0 0 2 0
0 1 0 0
0 0 1 0
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2 0 0 0
4 0 0 0
0 0 0 2
0 0 0 2
0 0 0 1
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0 0 1 0
0 0 0 5
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0 0 0 1
0 0 0 1
0 0 2 0
0 0 1 0
1 0 0 1
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1 1 0 0
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2 0 0 0
0 0 2 0
0 0 2 0
0 0 1 1
0 0 0 1
0 0 0 1
1 0 0 0
0 0 0 2
0 0 0 1
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0 0 0 1
3 0 0 0
0 0 0 1
2 0 0 0
0 0 0 1
0 0 0 2
0 0 0 1
0 0 0 1
0 0 0 2
0 0 1 1
Page 151
2000_GA_Annual_Review_Data
0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 6
0 0 1 0
0 0 1 1
1 0 0 0
0 0 2 0
2 0 0 0
0 0 0 5
0 0 0 3
0 0 0 1
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0 0 0 2
0 0 1 0
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0 0 1 0
0 0 1 0
0 0 0 1
1 0 0 0
0 0 0 2
0 0 0 2
0 0 0 1
0 0 4 0
0 0 1 0
0 0 0 2
0 0 0 1
0 0 0 1
0 0 2 0
0 0 0 1
1
0 2 0 0
0 0 1 0
0 0 1 0
0 0 0 2
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1 0 0 0
0 0 0 1
0 0 0 1
0 0 0 2
0 0 0 1
0 0 0 1
1 1 0 0
0 0 0 6
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0 0 2 0
0 0 2 0
0 0 1 1
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1 0 0 0
0 2 0 0
Page 152
2000_GA_Annual_Review_Data
0 0 0 2
0 0 2 0
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0 0 0 1
0 0 0 2
3 0 0 0
0 1 0 0
1 0 0 0
7 0 0 0
0 0 0 2
0 0 0 1
0 0 0 1
0 0 0 1
0 0 1 1
2
0 0 2 0
0 0 0 4
0 0 1 0
0 0 0 1
0 0 0 1
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0 0 1 0
1
1
0 0 0 1
0 0 0 1
5 0 0 0
0 0 0 1
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0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
2 0 0 0
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2
0 0 0 2
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3 0 0 0
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0 0 0 1
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Page 153
2000_GA_Annual_Review_Data
2 0 0 0
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2
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Page 154
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0 0 0 3
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Page 155
2000_GA_Annual_Review_Data
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Page 156
2000_GA_Annual_Review_Data
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Page 157
2000_GA_Annual_Review_Data
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Page 158
2000_GA_Annual_Review_Data
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Page 159
2000_GA_Annual_Review_Data
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Page 160
2000_GA_Annual_Review_Data
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Page 162
2000_GA_Annual_Review_Data
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Page 163
2000_GA_Annual_Review_Data
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Page 164
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Page 165
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1 1 0 1
0 0 0 1
0 0 0 1
1 0 0 0
0 0 0 1
2
0 1 0 0
0 0 0 1
0 0 0 1
0 0 0 1
0 0 1 0
3 0 0 0
0 0 0 1
0 0 1 0
3 1
0 0 0 2
0 0 0 3
1 0 0 0
0 0 2 0
0 0 0 2
0 0 2 0
0 0 0 2
0 0 3 0
0 0 0 1
0 1 0 4
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0 1 0 5
0 0 0 1
0 0 1 0
0 0 1 1
0 0 2 0
1 0 0 0
0 0 0 1
0 0 0 2
0 0 2 2
0 0 0 2
11 0 0 0
0 1 1 0
0 0 1 0
0 0 0 2
0 0 0 1
3 0 0 0
0 0 0 2
0 0 0 4
0 0 0 1
0 0 2 0
0 0 0 1
0 0 0 1
0 0 0 3
0 1 0 0
0 0 1 0
0 0 0 4
0 0 2 0
0 0 0 3
0 0 0 1
1 0 0 0
2 2 0 0
0 1 2 8
0 0 2 0
0 0 1 0
1 3 0 0
0 0 0 3
0 0 1 0
0 0 0 2
0 0 0 1
0 1 1 0
0 0 0 6
1 1 0 0
0 0 0 2
3 0 0 0
0 0 0 1
0 0 0 2
0 0 2 0
0 0 0 1
0 0 1 0
1 0 0 0
0 0 1 0
0 0 1 1
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0 0 0 1
0 0 0 1
0 0 1 1
1 1 1 0
0 0 0 2
0 0 0 1
0 0 0 1
0 0 0 1
2 2 0 0
1 0 0 0
0 1 0 0
0 0 1 1
0 0 0 1
0 0 2 0
0 0 1 0
1 1 0 0
0 0 1 1
0 0 0 2
0 0 0 1
3 0 0 0
2 2 0 0
0 1 0 0
0 0 1 0
0 0 0 1
0 0 1 0
0 0 0 3
0 0 0 1
0 0 0 1
0 0 1 0
0 0 0 2
0 2 0 0
0 0 0 1
0 0 1 0
0 0 0 1
0 0 0 2
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0 0 0 1
2
2 1 2 0
1
2 0 0 0
0 0 0 2
1 0 0 0
0 0 0 1
0 0 0 2
0 0 0 1
0 0 0 2
1 0 0 0
4 0 0 0
0 0 0 2
1 0 0 0
0 0 0 4
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0 0 1 0
0 0 0 1
0 1 0 0
0 2 0 0
0 0 0 1
0 0 1 0
0 0 2 2
0 0 0 1
0 1 0 0
0 2 0 0
0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 2
0 0 0 1
0 0 0 2
0 0 0 2
0 0 0 1
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0 0 0 1
0 0 0 2
0 0 0 1
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0 2 0 0
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3 1 0 0
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0 1 1 0
0 1 0 0
0 0 1 0
0 0 0 2
0 0 0 1
0 0 1 1
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0 0 0 1
0 0 0 2
0 0 3 0
0 1 0 0
0 0 0 2
0 0 0 1
1 0 0 0
0 0 0 1
0 0 1 0
0 0 2 0
0 0 0 2
1 0 0 0
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1 0 0 0
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0 0 0 4
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0 1 0 0
0 0 0 2
0 0 1 2
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0 0 0 4
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4 0 0 0
0 0 1 0
0 0 0 1
0 0 0 1
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0 0 0 1
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2 2 1 0
0 1 1 0
0 0 0 2
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0 0 0 1
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0 0 0 2
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0 0 0 1
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0 0 0 2
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0 0 1 3
0 1 0 0
0 0 0 2
0 0 0 1
0 0 0 1
0 0 0 4
1 1 0 0
0 0 0 1
0 0 0 2
0 3 0 0
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0 1 1 0
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0 0 1 0
0 2 0 0
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0 0 0 2
0 0 0 1
0 1 0 1
0 0 0 2
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0 0 0 1
0 1 0 11
0 0 0 2
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0 0 1 1
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0 0 0 2
0 0 0 2
0 1 0 1
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0 0 0 1
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0 0 0 2
0 0 1 2
0 0 0 2
0 0 2 0
0 0 0 2
0 0 1 1
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0 0 0 1
0 0 0 2
0 0 0 3
0 0 2 1
2 0 0 0
0 0 1 0
1 0 0 0
0 0 0 2
0 0 0 2
0 0 0 2
0 0 0 2
0 0 1 0
2 0 0 0
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0 0 0 1
0 0 0 1
0 0 1 0
0 0 0 3
0 0 0 3
0 0 0 1
0 0 0 1
0 0 0 2
0 0 0 1
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0 0 0 1
0 0 1 1
0 2 0 0
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0 1 0 0
0 0 1 0
0 1 0 0
0 1 1 0
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0 0 3 0
0 1 0 0
0 0 0 2
0 0 0 2
0 1 0 0
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0 0 0 1
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0 1 1 0
0 0 0 2
0 0 0 2
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0 0 0 1
0 0 0 4
0 0 0 2
0 0 0 1
0 0 0 1
0 0 1 0
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3 0 0 0
0 0 0 1
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0 0 0 1
0 0 1 0
2
1 0 0 0
0 0 0 3
0 0 0 1
1 1 0 0
0 1 0 0
0 0 0 1
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0 0 0 2
2 0 0 0
0 0 1 0
1 3 0 0
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0 0 0 2
0 0 0 1
0 0 0 4
0 0 1 1
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0 1 0 0
0 1 0 0
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0 1 1 0
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0 1 0 0
0 1 0 0
1 0 0 0
2 0 0 0
1 0 0 0
0 0 0 2
0 0 0 3
0 0 0 2
4 0 0 0
2 0 0 0
0 0 1 0
0 0 1 0
0 0 0 1
0 0 0 2
0 0 0 1
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0 0 2 0
0 1 1 1
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0 0 0 2
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0 0 0 2
0 0 0 2
1 0 0 0
0 0 0 1
0 1 0 0
1 1 0 0
0 1 0 0
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0 1 1 0
0 0 0 1
0 0 0 2
0 0 0 2
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0 0 0 1
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0 0 0 1
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0 0 1 1
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0 1 1 0
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0 0 0 6
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3 1 0 0
0 1 0 0
0 0 0 1
0 0 0 2
0 0 0 2
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0 0 1 0
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0 3 0 0
0 1 0 0
0 1 0 0
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0 0 0 1
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0 0 0 1
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0 0 0 2
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2 0 0 0
0 0 0 1
0 0 0 1
0 0 1 0
0 0 0 2
0 0 0 1
0 0 0 3
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1
0 1 1 0
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0 0 0 1
0 0 0 2
0 0 1
0 0 2 0
0 0 0 2
0 0 0 2
1 0 0 0
0 1 0 0
2
1
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0 0 0 4
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0 1 0 5
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0 0 1 0
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0 0 0 3
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0 1 0 0
0 0 0 3
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0 0 0 2
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1 0 0 0
0 0 1 0
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1 0 0 1
0 0 0 2
1 0 0 0
0 0 0 5
1 0 0 0
0 0 0 2
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0 0 0 4
0 0 0 1
0 0 0 1
0 0 0 2
0 0 0 2
0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
0 1 0 0
0 0 1 1
0 2 0 0
0 0 0 1
0 0 0 1
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0 0 0 2
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0 1 0 0
0 1 1 0
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0 2 2 0
0 0 0 1
0 0 1 3
0 0 2 0
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0 1 0 0
0 0 1 0
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0 0 0 2
4 0 0 0
0 0 0 1
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0 0 0 1
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0 0 0 1
0 0 0 1
0 0 0 1
0 0 0 1
1 1 0 0
0 0 0 2
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0 0 0 1
0 0 1 0
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0 0 0 2
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1
2 0 0 0
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0 0 0 2
0 0 0 1
0 0 1 2
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0 0 0 3
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0 1 0 0
2 0 0 0
0 0 0 1
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0 0 0 1
1 0 0 0
0 0 1 0
0 0 0 1
0 0 2 0
2 0 0 0
2 0 0 0
0 2 0 0
1 0 0 0
0 0 0 1
0 0 0 2
0 0 0 2
0 0 0 1
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0 0 1 1
1 0 0 6
0 0 0 1
1 0 0 0
0 0 0 1
2 0 0 0
0 0 2 2
0 0 0 1
0 0 0 4
0 0 0 2
0 0 0 2
0 0 0 4
0 0 0 1
0 0 0 2
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1 0 0 0
0 0 0 4
2 1
0 0 0 2
0 0 2 0
0 0 0 3
0 0 0 2
0 0 0 1
0 1 0 0
1
2 0 0 0
0 0 0 1
0 0 0 3
2
2
0 0 0 2
0 0 3 0
0 0 0 4
0 1 1 0
0 0 2 0
1
0 0 2 0
0 0 0 2
2 0 0 0
0 0 0 3
0 0 0 1
0 0 0 2
0 0 4 0
1
0 0 0 1
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1
2 0 0 0
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2 1
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1
1
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inj_f_grnd inj_s_grnd inj_m_grnd narr_accf
0 0 0 The pilot-in-command (PIC) stated he was in cruise f
0 0 0 Circumstances of the history of flight are not known.
0 0 0 The pilot reported that, 2 hours 15 minutes after takeo
0 0 0 While en route to the practice area, the student pilot p
0 0 0 The airplane was cruising at flight level 270 (27,000 fe
0 0 0 The airplane was climbing through 9,000 feet, after de
0 0 0 The non-instrument rated private pilot departed Montr
0 0 0 The pilot stated he was in cruise flight at 700 feet ove
0 0 0 The airplane was climbing through 3,500 feet after de
0 0 0 Approximately five hours and fifteen minutes into the
0 0 0 The pilot stated he departed on a VFR local flight with
0 0 0 The flight was a familiarization for the private pilot, wh
0 0 0 While performing the ILS runway 18 approach to the a
0 0 0 The noninstrument-rated private pilot was on a night
0 0 0 The pilot was conducting an aerial observation of pow
0 0 0 Several witnesses saw the airplane before impact, an
0 0 0 The airplane impacted the wooded terrain at approxim
0 0 0 The aircraft was stolen from the airport early in the mo
0 0 0 The accident flight was the first flight following an oil c
0 0 0 The pilot departed on runway 32, an unlighted turf run
0 0 0 During a visual approach, as the airplane was turned
0 0 0 During an air show, while conducting aerobatic maneu
0 0 0 The flight instructor and his student were flying in the
0 0 0 While conducting a touch-and-go landing on a dark ni
0 0 0 The pilot initiated the cross-country flight on a VFR flig
0 0 0 During climbout, the engine was heard sputtering. The
0 0 0 The pilot stated that during the landing touchdown, the
0 0 0 The airplane was observed on takeoff from runway 3.
0 0 0 The pilot was cleared for a night instrument approac
0 0 0 During landing roll-out on the asphalt runway, the pilo
0 0 0 The airplane was in level cruise flight during dark nigh
0 0 0 The aircraft was parked on the ramp and the pilot uns
0 0 0 The pilot reported that the start, taxi and run-up were
0 0 0 While operating in IMC, the pilot was vectored to the f
0 0 0 According to the pilot, he departed the private grass a
0 0 0 The pilot lost control of the airplane during landing. T
0 0 0 The pilot applied anti-ice to the boot areas of the wing
0 0 0 During climb out the engine began shaking, rattling, a
0 0 0 The helicopter impacted terrain while reversing course
0 0 0 The pilot was conducting an annual game survey with
0 0 0 During takeoff roll, the aircraft was incorrectly trimmed
0 0 0 During preflight planning, the pilot realized he would n
0 0 0 While maneuvering at 2,500 feet msl during the aeria
0 0 0 The student pilot had accrued approximately 46 hours
0 0 0 The pilot stated that after completing the first flight in h
0 0 0 At 1532, the pilot of N9740Y departed on a visual fligh
0 0 0 The pilot said that he received vectors from the Kansa
0 0 0 The commercial pilot and pilot rated passenger were
0 0 0 There was no record of a weather briefing or flight pla
0 0 0 The pilot requested and received clearance to execut
0 0 0 The helicopter was engaged in agricultural aerial appl
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0 0 0 The pilot said that the purpose of the flight was to mak
0 0 0 The pilot said he flew to an airport and his second of t
0 0 0 The pilot stated that while landing the right main landi
0 0 0 The pilot reported that the engine lost total power whil
0 0 0 According to the pilot, he was about 30 minutes into th
0 0 0 The pilot was seated in the right co-pilot's seat, and th
0 0 0 The pilot stated that during the takeoff roll, at 82 knots
0 0 0 A few minutes after takeoff, the pilot realized the engi
0 0 0 The purpose of the flight was to relocate the airplane
0 0 0 The airplane experienced a total loss of engine power
0 0 0 The private pilot radioed to the fixed base operator (F
0 0 0 While approaching the airport to land the pilot was tol
0 0 0 The pilot made a forced landing in a plowed field follo
0 0 0 The instructor took his fiance up to introduce her to he
0 0 0 The commercial pilot planned to practice touch-and-g
0 0 0 Witnesses reported that during the airplane's takeoff r
0 0 0 According to the CFI's written statement, they were pr
0 0 0
0 0 0 After landing to refuel, the pilot made an inadequate e
0 0 0 The flight departed for a local area instructional flight
0 0 0 The pilot reported the runway was covered with appro
0 0 0 During preflight inspection the pilot removed snow fro
0 0 0 The airplane's engine was started and allowed to ope
0 0 0 The pilot stated that while on the downwind leg of the
0 0 0 The pilot was attempting to practice touch-and-go lan
0 0 0 The pilot took off from a loading truck for the second t
0 0 0 The pilot reported that light snow was falling, with app
0 0 0 The student completed airwork then the flight proceed
0 0 0 Freezing rain, mist, and ice pellets were forecast for th
0 0 0 The helicopter's mission was to harvest Nilgai antelop
0 0 0 The airplane had been exposed to 3 weeks of high wi
0 0 0 The pilot stated that he only performed 'rough' fuel co
0 0 0 While inbound for landing at the destination airport, th
0 0 0 While in level flight approximately 120 feet above grou
0 0 0 During landing approach at the completion of a solo c
0 0 0 The pilot planned a nonstop flight from Phoenix, Arizo
0 0 0 The pilot became disoriented after encountering cloud
0 0 0 While on short-final to a full-stop landing, the wind shi
0 0 0 The pilot stated that after landing, all four fuel tanks w
0 0 0 The flight instructor stated that they were planning to p
0 0 0 The pilot was spraying sulfur on a carrot field when he
0 0 0 The pilot and passenger were inbound to land and the
0 0 0 The commercial pilot was on a local pleasure flight in
0 0 0 To prepare the student pilot for his first solo flight, the
0 0 0 The accident airplane impacted a snowbank during a
0 0 0 The flight was on an IFR flight plan between Richmon
0 0 0 According to the pilot, at the point of flare during his la
0 0 0 After leaving his workplace early, the pilot called his fe
0 0 0 The pilot departed runway 01, an ice runway. During
0 0 0 At the time of the pilot's approach and landing on runw
0 0 0 The owner flew the airplane to the dry lake where the
0 0 0 As the airplane took off, controllers noticed the landin
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0 0 0 The airplane was substantially damaged when it veere
0 0 0 While landing, the student pilot flared about 15-20 fee
0 0 0 On the first mission, the pilot was forced to return to b
0 0 0 According to the pilot, the conventional gear equipped
0 0 0 At 0948:48, a homebuilt Questair Venture called the V
0 0 0 The aircraft was on an agricultural aerial application fl
0 0 0 The student pilot was landing on Runway 28, a 4,998
0 0 0 The student pilot stated that after one uneventful touc
0 0 0 While over the threshold of the second touch-and-go
0 0 0 The green nose gear light did not illuminate after the p
0 0 0 The student pilot was practicing touch-and-go takeoffs
0 0 0 At 0948:48, a homebuilt Questair Venture called the V
0 0 0 During cruise flight, about 1/4 mile from the destinatio
0 0 0 The flight instructor, seated in the right seat (who was
0 0 0 At 1455:29, the pilot of N5ZA, a Moravan Z242L, calle
0 0 0 The pilot stated after performing airwork he performed
0 0 0 The pilot was attempting to land when the aircraft beg
0 0 0 The student pilot made several takeoffs and landings
0 0 0 At 1455:29, the pilot of N5ZA, a Moravan Z242L, calle
0 0 0 The airplane engine lost power and the pilot executed
0 0 0 The pilot reported he was landing his ski-equipped air
0 0 0 The pilot stated that while taxiing for takeoff he select
0 0 0 The student pilot completed a 1-hour training flight wit
0 0 0 According to the pilot's written statement, while he wa
0 0 0 Upon arriving at the destination airport, the pilot repo
0 0 0 While performing a visual approach with a simulated f
0 0 0
0 0 0 The pilot departed Florida destined for Michigan, and
0 0 0 The pilot of the helicopter was to perform an autorotat
0 0 0 The narrative is the same as ATL-00-LA-025A
0 0 0 The airplane touched down under calm wind condition
0 0 0 The pilot said that on his descent to the airport, the wi
0 0 0 The aircraft impacted terrain approximately 900 feet f
0 0 0 According to eyewitnesses, the Cessna 152 had lande
0 0 0 The pilot of N9796Y called the Air Traffic Control Spe
0 0 0 The student pilot said he flew with his instructor appro
0 0 0 On final approach at the destination airport, the airpla
0 0 0 The pilot reported he elected to land to the east on the
0 0 0 The pilot filed an IFR flight plan, and received a stand
0 0 0 On the third flight of the day, at 100 feet after takeoff f
0 0 0 During his preflight weather briefing the instrument ra
0 0 0 The single-engine airplane struck residential homes a
0 0 0 A low wing Piper was in level flight at 3,700 feet, head
0 0 0 A high-wing airplane and low-wing airplane collided in
0 0 0 A low wing Piper was in level flight at 3,700 feet, head
0 0 0 The pilot had landed to refill the aircraft's hopper from
0 0 0 The aircraft collided with ground obstructions and nos
0 0 0 A high-wing airplane and low-wing airplane collided in
0 0 0 The Local Air Traffic Controller had sequenced an S7
0 0 0 The student pilot reported that he touched down and w
0 0 0 After departure, at an altitude of 350 feet above the gr
0 0 0 At an altitude of about 200 feet agl the pilot attempted
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0 0 0 Fuel levels in both fuel tanks were 1 inch from the top
0 0 0 The pilot of the Cessna 208 reported that as he was t
0 0 0 The commercial certificated pilot was landing a tundra
0 0 0 While on a long cross-country flight, the pilot noticed t
The pilot did not check local winds, but was advised b
0 0 0 The pilot reported that he and the observer were plan
0 0 0 The single engine aerial application airplane made an
0 0 0 While on approach the glider did not have sufficient a
0 0 0 The pilot attempted to takeoff from his private 1,600-f
0 0 0 The pilot reported that he miscalculated his fuel consu
0 0 0 The pilot had approached the field from the west, and
0 0 0 Upon landing, the aircraft exited the left side of the run
0 0 0 The gyrocopter nosed over after impacting the terrain
0 0 0 A passenger deplaned, walked into the airplane's rota
0 0 0 According to the pilot, immediately after touchdown of
0 0 0 The pilot collided with wires and impacted terrain whil
0 0 0 The pilot was performing touch-and-go landings. He
0 0 0 The airplane veered off the runway and impacted a sn
0 0 0 The airplane exited the left side of the runway during t
0 0 0 The pilot stated that he was flying low over the lake, o
0 0 0 Prior to departure, the flight instructor told the pilot wh
0 0 0 The pilot entered downwind for landing. Upon turning
0 0 0 The pilot departed Wickenberg, Arizona, for a flight to
0 0 0 The instrument rated private pilot received an in-perso
0 0 0 The twin engine airplane was destroyed on impact wit
0 0 0 A witness to the accident reported that during an attem
0 0 0 The pilot reported he was taxiing his ski-equipped airp
0 0 0 The pilot stated he landed at an landing zone to pick u
0 0 0 At the completion of a local area flight, the airplane ow
0 0 0 The vintage airplane was in cruise flight when the eng
0 0 0 Upon returning to the home airport from the round rob
0 0 0 The pilot reported that when the flight departed, the w
0 0 0 Upon arrival at the destination, the pilot flew the airpla
0 0 0 The pilot performed an extended downwind in the land
0 0 0 Approaching runway 26, the pilot was advised by airp
0 0 0 The airplane impacted terrain following a bounced lan
0 0 0 The airplane impacted a wooded area during a forced
0 0 0 The student pilot said that the airplane's engine had b
0 0 0 The pilot stated he applied carburetor heat abeam his
0 0 0 The pilot was conducting an autorotation with turn. H
0 0 0 The multi-engine centerline-thrust airplane was in cru
0 0 0 After receiving serious injuries during the accident, the
0 0 0
0 0 0 During the landing on runway 32, the airplane touched
0 0 0 Approximately 35 minutes in to the flight, the pilot exp
0 0 0 While landing on runway 10, the airplane initially touch
0 0 0 The landing gear collapsed during a precautionary lan
0 0 0 A Cessna 210 sustained substantial damage on impa
0 0 0 Prior to departure, the airplane was reportedly service
0 0 0 The Sky 6 pilot was returning to Tamiami Airport, Mia
0 0 0 The flight instructor reported that during the landing ro
0 0 0 The pilot departed and flew to his intended destination
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0 0 0 The glider was towed to 3,000 feet and released over
0 0 0 While landing on Runway 6, a 4,000 foot-long, 60 foot
0 0 0 The airplane landed approximately 2 feet short of the
0 0 0 The pilot reported there was about eight gallons of fue
0 0 0 The day before the flight the pilot had topped-off the f
0 0 0 The pilot stated that he did not obtain much altitude a
0 0 0 The private certificated pilot was landing a tailwheel-e
0 0 0 The private certificated pilot was departing a remote,
0 0 0 The pilot reported experiencing an engine problem, an
0 0 0 The pilots of the flight of two aircraft agreed by radio t
0 0 0 The pilot was performing an out-of-ground effect (OG
0 0 0 Twenty minutes after takeoff, and at a cruise altitude o
0 0 0 The pilot was repositioning the airplane from his priva
0 0 0 The pilot reported that as she started to taxi following
0 0 0 During landing rollout on runway 14, the aircraft veere
0 0 0 The pilot landed the single-engine helicopter in a mud
0 0 0 The aircraft, equipped with amphibious floats, flipped
0 0 0 During a low altitude flight over a lake area, the pilot c
0 0 0 The helicopter took off to the south and began a climb
0 0 0 At 1024:46, the pilot of N89827 called the Sarasota B
0 0 0 At 1024:46, the pilot of N89827 called the Sarasota B
0 0 0 The pilot planned a 265 nautical mile flight that he tho
0 0 0 The pilot reported there was no mention of icing durin
0 0 0 The pilot, who was flying a tailwheel-equipped aircraft
0 0 0 Several attempts were made to the talk with the pilot b
0 0 0
0 0 0 During takeoff roll, at 80 knots, the pilot felt some vibr
0 0 0 The pilot landed the helicopter in the parking lot where
0 0 0 A witness observed the airplane taxi from the pilot's h
0 0 0 During a solo cross-country flight, the student pilot wa
0 0 0 The pilot reported that just prior to touchdown he was
0 0 0 The pilot was flying low while applying chemicals to a
0 0 0 The airplane departed Provo, Utah, with its thrust reve
0 0 0 The pilot received his private pilot's license earlier tha
0 0 0 Witnesses reported that after making a series of spra
0 0 0 The pilot had been maneuvering low level in an area o
0 0 0 The pilot reported that he encountered a wind gust du
0 0 0 During the takeoff roll, approximately 3/4 of the way d
0 0 0 En route from the airstrip to the field to apply fertilizer,
0 0 0 The airplane was flying level at 6,000 feet in dark nigh
0 0 0 As the pilot approached Rawlins, Wyoming, he tried c
0 0 0 The pilot of the Cessna 310 (N6744T) had been on a
0 0 0 The pilot of the Cessna 310 (N6744T) had been on a
0 0 0 The helicopter hit a trailer and the ground during an a
0 0 0 The airplane had just taken off from runway 26, was a
0 0 0 The student pilot stated that he was on his second su
0 0 0 A witness observed the airplane, while in cruise flight,
0 0 0 The purpose of the flight was for the pilot to regain nig
0 0 0 The pilot performed a 'stall' landing onto the aircraft's
0 0 0 The private pilot was landing a tailwheel equipped airp
0 0 0 The pilots had been practicing instrument approaches
0 0 2 Prior to departure, the flight crew confirmed that the 'w
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0 0 0 While climbing after takeoff, the pilot stated he experi
0 0 0 While the dual student was making a wheel landing, t
0 0 0 The pilot contacted his wife an hour before taking off f
0 0 0 The flight instructor and private pilot flew the Bellanca
0 0 0 The pilot was giving an orientation flight and departed
0 0 0 The pilot reported that, as the aircraft was lifting off th
0 0 0 The flight instructor and private pilot flew the Bellanca
0 0 0 The St. Patrick's Balloon Rally weather briefing indica
0 0 0 The pilot reported he was performing a short field land
0 0 0 The pilot was making an approach towards the east, t
0 0 0 The day before the accident, Saturday, the pilot was o
0 0 0 While performing aerial application the aircraft struck
0 0 0 The pilot reported that while landing, he felt the rudde
0 0 0 The twin-engine helicopter impacted terrain following
0 0 0 The newly certificated private pilot was attempting to l
0 0 0 The pilot said that he had landed at Tuscaloosa to ref
0 0 0 During climb shortly after takeoff the engine lost powe
0 0 0 The airplane had just received an annual inspection a
0 0 0 The private pilot was landing the tailwheel-equipped a
0 0 0 The airplane was substantially damaged when it colli
0 0 0 The pilot stated that winds reported at the time of his
0 0 0 According to the PIC, substantiated by the widow of th
0 0 0
0 0 0 The flight instructor said that he shut down the right e
0 0 0 The aerobatic airplane impacted terrain following dep
0 0 0
0 0 0 After the pilot taxied onto the runway for departure, he
0 0 0 During a forced landing in the median of an interstate
0 0 0 For undetermined reasons, the pilot began hovering b
0 0 0 During landing roll-out, the aircraft veered off the left s
0 0 0 The flight instructor and private pilot receiving instruct
0 0 0 During the forced landing, following a loss of engine p
0 0 0 The pilot said that shortly after he took off from runwa
0 0 0 For the second flight of the homebuilt airplane, the pil
0 0 0 The pilot was conducting an aerial application of fertili
0 0 0 N9570E, an Aeronca 11AC, was practicing touch and
0 0 0 The pilot and passengers had taken off from Goodyea
0 0 0 The amateur-built airplane departed the airport on a lo
0 0 0 The pilot said the winds were gusting 5 to 15 knots as
0 0 0 The solo instructional flight departed the airport northb
0 0 0 N9570E, an Aeronca 11AC, was practicing touch and
0 0 0 The CFI reported that while practicing a simulated los
0 0 0 The pilot reported the airplane touched down 1/3 the w
0 0 0 After landing, the private pilot receiving a flight review
0 0 0 The pilot was executing a takeoff from a 1,100-foot di
0 0 0 The airplane was landing on Runway 26, a 3,000 foot
0 0 0 After takeoff, two-way communication with Daytona B
0 0 0 The pilot stated that after takeoff he performed one to
0 0 0 The flight departed where the airplane was based and
0 0 0 While hovering out of ground effect, the helicopter ha
0 0 0 The helicopter was transporting a passenger to a rem
0 0 0 The flight was approaching a private airport (elevation
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0 0 0 The CFI was providing flight instruction to the comme
0 0 0 According to the ground crew, there were no witnesse
0 0 0 Without notifying air traffic control during a flight cond
0 0 0 The gyrocopter was seen porpoising over the runway
0 0 0 The pilot and passenger reported that after flying for 4
0 0 0 The pilot reported that on landing the airplane veered
0 0 0 The 61-hour pilot was executing a landing in his tailwh
0 0 0 Prior to departure, the pilot received a weather briefin
0 0 0 The pilot stated that after takeoff he flew to the Cle
0 0 0
0 0 0 According to the student pilot, the preflight inspection
0 0 0 According to the pilot, just after rotation the engine los
0 0 0 During the second spray pass, the main landing gears
0 0 0 The private pilot and a certificated flight instructor wer
0 0 0 The flight instructor and student pilot departed on a lo
0 0 0 After takeoff, the airplane did not climb and collided w
0 0 0 After practicing touch and go landings and climbing to
0 0 0 The purpose of the flight was to shoot coyotes for the
0 0 0 The pilot reported that on landing, the aircraft's right b
0 0 0 During a stop and go landing, the airplane ground loo
0 0 0 During the takeoff climb, the engine lost power, and th
0 0 0 The airplane was damaged on contact with terrain du
0 0 0 The pilot was landing the tailwheel aircraft in gusty win
0 0 0 The pilot decided to conduct a simulated engine failur
0 0 0 While at an altitude of 2,500 feet, the pilot opted to ch
0 0 0 During the landing, the airplane touched down nosew
0 0 0 As the helicopter approached logging personnel with a
1 0 0 The airplane impacted a golf cart during a grass field
0 0 0 The pilot and two passengers were engaged in a sigh
0 0 0 The pilot received a weather briefing before departure
0 0 0 The accident airplane was cleared to land in front of a
0 0 0 The pilot was flying over a suspected oil leak in a pipe
0 0 0 Prior to departing on the cross-country flight, the non-
0 0 0 The airplane sustained substantial damage on contac
0 0 0 The gyrocopter sustained substantial damage on imp
0 0 0 The airplane encountered an in-flight loss of engine p
0 0 0 The solo student pilot reported that he had rented the
0 0 0 The student pilot was conducting touch-and-go landin
0 0 0 The single-engine airplane is presumed destroyed fol
0 0 0 The pilot indicated he was landing to the west on his p
0 0 0 The private pilot was landing a tailwheel equipped airp
0 0 0 The instructional flight sustained an engine power loss
0 0 0 After takeoff, about 2,500 feet, the pilot reduced engin
0 0 0 The pilot canceled the IFR flight plan as the aircraft cr
0 0 0 According to the pilot, he flew the final approach to the
0 0 0 The single-engine experimental homebuilt airplane im
0 0 0 Shortly after departure for the local flight, the pilot obs
0 0 0 The helicopter landed hard collapsing the left skid and
0 0 0 The pilot reported that during the landing rollout, while
0 0 0 The pilot reported that during the aerial application flig
0 0 0 During an evaluation flight for a seaplane rating, the p
0 0 0 During a daytime IFR cross-country flight in visual me
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0 0 0 At the destination airport on a cross-country flight, the
0 0 0 The accident airplane was damaged during a nose ov
0 0 0 The aircraft was in a powered cruise configuration at 7
0 0 0 The pilot reported that very shortly after takeoff, both D
0 0 0 While on an aerial application flight conducting seedin
0 0 0 The helicopter impacted muddy terrain following an au
0 0 0 The airplane was destroyed on impact with terrain foll
0 0 0 After takeoff, the enroute flight was normal, but while
0 0 0 The evening before the accident the second pilot told
0 0 0 The pilot reported that upon touchdown, the airplane '
0 0 0 Following landing, and prior to the balloon being secu
0 0 0 While landing on runway 21R, and decelerating throug
0 0 0 The airplane collided with trees and terrain during an
0 0 0 The pilot reported the winds were 270 at 4 knots, and
0 0 0 The accident aircraft was in a right-hand traffic pattern
0 0 0 The pilot over flew the airport perpendicular to the run
0 0 0 The pilot stated the landing on runway 5 was normal a
0 0 0 The pilot made a 3-point landing, then bounced back
0 0 0 The student pilot was on his third solo flight, his first u
0 0 0 The single engine airplane impacted a house after ex
0 0 0 The pilot and co-pilot departed on an night instrument
0 0 0 While on a dark night visual approach to a lighted run
0 0 0 The student pilot said that he was flying over his home
0 0 2 The pilot, accompanied by a passenger, was conduct
0 0 0 The pilot told investigators that he and his friend were
0 0 0 The instructional flight was on takeoff roll when a witn
0 0 0 The pilot reported the accident occurred on the fourth
0 0 0 The commercial certificated pilot was landing at a rem
0 0 0 The first pilot, a commercial certificated pilot and a flig
0 0 0 Shortly after departure, during the ascent, the pilot ina
0 0 0 Witnesses stated the gyroplane jumped into the air ab
0 0 0 About 30 minutes after refueling, and at a cruise altitu
0 0 0 The pilot was performing an aerobatic sequence in pr
0 0 0 The helicopter's engine experienced a partial loss of e
0 0 0 The certificated private pilot was attempting a southea
0 0 0 The pilot was taking off when the AT-401 agricultural
0 0 0 The pilot was on an instrument flight rules flight plan,
0 0 0 The engine oil was changed and it was the operator's
0 0 0 During the landing roll on runway 16, the 45-hour stud
0 0 0 During cruise flight the pilot lost control of the helicopt
0 0 0 The certificated private pilot reported that while in crui
0 0 0 The pilot aborted his first takeoff attempt due to 'engin
0 0 0 The airplane took off towards the south, climbed to 50
0 0 0 The pilot was giving airplane rides at Sun n' Fun, and
0 0 0 The pilot was hovering to parking when the helicopte
0 0 0 The pilot reported that he lost elevator control while in
0 0 0 The accident airplane was the third airplane in a flight
0 0 0 The pilot said that after leveling off at 9,500 feet he no
0 0 0 At 0103, N1072D, collided with terrain and trees durin
0 0 0 The certificated private pilot was landing on a frozen m
0 0 0 During a personal flight, the aircraft collided with mou
0 0 0 According to the pilot while on final approach to the ai
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0 0 0 Three helicopters departed in the following order, UH-
0 0 0 The single engine airplane experienced a loss of engi
0 0 0 The pilot/owner/builder of the homebuilt helicopter de
0 0 0 The pilot attempted to takeoff in the tailwheel equippe
0 0 0 The certificated private pilot reported that while on app
0 0 0 During the takeoff climb, the airplane turned sharply r
0 0 0 The pilot was flying a replica Japanese Val during the
0 0 0 The pilot was making a second attempt to pick up a b
0 0 0
0 0 0 During initial descent at the completion of a cross-cou
0 0 0 The student pilot reported that he flared the airplane 2
0 0 0 The solo airline transport pilot told the NTSB investiga
0 0 0 The pilot stated he lost directional control of the airpla
0 0 0 The airplane was climbing through 4,000 feet msl whe
The pilot of another airplane waiting for takeoff radioe
0 0 0 The pilot reported that he preflighted the airplane, whi
0 0 0 The pilot stated that while approaching to land, the air
0 0 0 While maneuvering about 20 feet above obstacles loo
0 0 0 During a solo instructional flight, the student pilot's air
0 0 0 The pilot reported that on final approach he was too h
0 0 0 During a positioning flight while the pilot was flying tow
0 0 0 During an approach to the runway, the student pilot al
The accident occurred as the pilot started his initial de
The pilot had completed two spray runs and was on t
0 0 0 After completing aerial application operations for the d
0 0 0 The pilot reported that shortly after takeoff, the airplan
0 0 0 Prior to departure the pilot received a weather briefing
0 0 0 The pilot said he had been using a 2,300-foot-long gra
0 0 0 On a dark night, en route from California to Arizona, th
0 0 0 After takeoff to the south, the agricultural airplane cou
0 0 0 While on landing roll, a 'whirlwind' was encountered w
0 0 0 The student pilot said that he landed hard on the airpl
0 0 0 Upon arrival at the turf airstrip, the glider pilot noticed
0 0 0 While in cruise flight at 9,000 feet, the pilot radioed air
0 0 0 The owner/pilot of a vintage unregistered airplane, alo
0 0 0 The airplane was spraying chemicals on a field of cro
0 0 0 The pilot reported, 'After normal preflight, I lifted off in
0 0 0 The pilot stated that, while on an aerial application run
0 0 0 The student pilot reported that he completed the prefl
0 0 0 The pilot reported she landed her tailwheel airplane in
0 0 0 The pilot reported that during a descending turn, the a
The pilot experienced decreasing airspeed during tak
0 0 0 The airplane sustained substantial damage on impact
0 0 0 According to data retrieved from a handheld GPS unit
0 0 0 The pilot reported losing directional control while man
0 0 0 During the pilot's preflight, he found water in the right
0 0 0 Day visual meteorological conditions prevailed for the
0 0 0 The medical service helicopter had completed a patie
0 0 0 According to the student pilot, he was a rated comme
0 0 0 While en route, following a decrease of oil pressure, t
0 0 0 The airplane impacted the water in about a 60 degree
0 0 0 The runway is situated on a plateau with a windsock l
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0 0 0 Recorded radar data showed the flight was in cruise a
0 0 0 Prior to landing the pilot received ATIS information rep
0 0 0 The aircraft veered off the runway and collided with gr
0 0 0 There were no witnesses to the accident. A passing m
0 0 0 The private pilot was cleared to land on runway 25. T
0 0 0 During the takeoff roll, the tailwheel equipped airplane
0 0 0 During the demonstration flight, the pilot-in-command
0 0 0 During approach for landing at the completion of a cro
0 0 0 The private certificated pilot was landing to the west o
0 0 0 The aircraft, which departed Helena, Montana, en rou
0 0 0
0 0 0 The airplane was destroyed in a post impact fire after
0 0 0 On the landing roll the airplane veered to the left and
0 0 0 The pilot reported that the helicopter lost tail rotor resp
0 0 0 The pilot said he performed three-point touchdown, la
0 0 0 The pilot arrived at the destination airport and establis
0 0 0 The commercial certificated pilot was landing a tundra
0 0 0 The pilot reported that his first attempt to land was ab
0 0 0 The certificated flight instructor (CFI) and pilot were co
0 0 0 Approximately 50 minutes after departure, during a cr
0 0 0 Witnesses said the experimental amateur-built gyroco
0 0 0 While on a cross-country flight, according to radar dat
0 0 0 The airplane was substantially damaged during a forc
0 0 0 The pilot reported that he was returning to the 1300-fo
0 0 0 The pilot/builder of the kitplane took off from runway 1
0 0 0 The helicopter landed hard and rolled over during a pr
0 0 0 The helicopter had been used for fiber optic cable ins
0 0 0 Reportedly, the pilot completed a preflight of the airpl
0 0 0 The pilot, the holder of an expired student pilot certific
0 0 0 The pilot reported that his landing approach was norm
0 0 0 The airplane contacted a tree while landing to the eas
0 0 0 The airplane was destroyed by impact with terrain and
0 0 0 The pilot stated that the approach to land on runway 1
While en route to land, the pilot silenced the landing g
0 0 0 The pilot was landing to the south on Lake Washingto
0 0 0 During a practice power recovery autorotation, the pri
0 0 0 The helicopter impacted terrain during landing after en
0 0 0 The pilot reported that while on a routine aerial applica
0 0 0 The flight instructor stated that the student was taxiin
0 0 0 The twin-engine airplane experienced a loss of contro
0 0 0 The certificated commercial helicopter pilot was landin
0 0 0 While en route on the west side of Oregon's Coastal R
0 0 0 While in cruise flight, the pilot experienced a partial po
0 0 0 Upon touchdown, the airplane swerved to the right. T
0 0 0 The pilot stated he approached the lighted rooftop hel
0 0 0 The student pilot stated that he was performing steep
0 0 0 The pilot stated that he was flying his helicopter and h
0 0 0 The pilot hovered the helicopter out of ground effect a
0 0 0 During the approach, a witness observed the experim
0 0 0 The pilot was flying low level over a lake (elevation 10
0 0 0 The pilot aborted the first takeoff on runway 24 becau
0 0 0 The 683-hour pilot reported that while in cruise flight a
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0 0 0 The airplane touched down long on the 3,205 foot lon
0 0 0 Approximately 100 feet above ground level the engine
0 0 0 A powered airplane was towing the glider. During the
0 0 0 The pilot stated that he reduced the manifold pressu
0 0 0 The wind was light and variable during landing. Touc
0 0 0 The purpose of the flight was to practice takeoff's and
0 0 0 During the landing roll the airplane veered to the right
0 0 0 A witness, located approximately 1/4-mile from the ac
0 0 0 While on final approach to land, the flight instructor re
0 0 0 The solo private pilot reported that while in cruise fligh
0 0 0 The flight instructor reported the purpose of the flight
0 0 0 The instrument rated pilot received 3 weather briefing
0 0 0 N69BM was discovered in a burnt out area, with two o
0 0 0 It was the airplane's 15th flight of the day, but the pilot
0 0 0
0 0 0 During a touchdown autorotation, which the flight instr
0 0 0 The helicopter rolled over following a hard landing. Th
0 0 0 The pilot stated his destination was Winter Haven, Flo
0 0 0 While performing a low high-speed pass at 200 ft. agl
0 0 0 The solo commercial pilot was landing on runway 24,
0 0 0 The first pilot, a certificated flight instructor, was provi
0 0 0 The twin engine helicopter experienced a dual loss of
0 0 0 The airplane collided with mountainous terrain after th
0 0 0 The pilot stated he was landing rollout with a known q
0 0 0 The pilot stated he was over flying an airport at 2,500
0 0 0 The flight instructor was giving flight instruction to a ne
0 0 0 The helicopter took off from the roof of a building and
0 0 0 The pilot stated the engine lost power on initial takeof
0 0 0 The pilot did not perform an aircraft runup and procee
0 0 0 The pilot was in a glider being towed by an airplane. A
0 0 0 According to witnesses, the homebuilt Fly Baby was c
0 0 0 While landing on Runway 31, a 2,650 foot long, 50 foo
0 0 0 The pilot entered the downwind, selected carburetor h
0 0 0 The pilot was on a practice instrument approach to th
0 0 0 During one of a series of touch-and-go landings, the s
0 0 0 During climb to cruise on a cross-country flight the pa
0 0 0 The pilot said that while on takeoff roll from the grass
0 0 0 The helicopter was destroyed when it impacted the te
0 0 0 The private pilot told the NTSB investigator-in-charge
0 0 0 The pilot stated that the aircraft was in level flight at 1
0 0 0 The pilot stated he had completed the after takeoff ch
0 0 0 The pilot was conducting a cross country flight with s
0 0 0 The airplane bounced on landing and started to swerv
0 0 0 The pilot stated he was leveling off after departing fro
0 0 0 A witness observed the airplane on takeoff roll; the air
0 0 0 While the pilot was conducting aerial application oper
0 0 0 The pilot performed a go-around due to the crosswind
0 0 0 While on short final the airplane drifted below the glide
0 0 0 The pilot encountered a crosswind during takeoff from
0 0 0 The pilot was performing an engine run-up when the e
0 0 0 Four minutes after takeoff, the airplane was observed
0 0 0 The helicopter was on its fourth spray mission of the d
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0 0 0 The student pilot was on a cross-country solo flight an
0 0 0 The Cessna 172N was being delivered from Tampa, F
0 0 0 The pilot was attempting to ferry the airplane for friend
0 0 0 The pilot stated that after takeoff he performed airwor
0 0 0 The pilot obtained current weather before takeoff from
0 0 0 The pilot reported that while returning to the airport, th
0 0 0 According to statements by the pilot and the passenge
0 0 0 While seeding a rice field on the sixth flight of the day
0 0 0 According to the airport manager, the wind was repor
0 0 0 The pilot departed Parowan, Utah, with a full load of c
0 0 0
0 0 0 According to an eyewitness, the tower controller at Sp
0 0 0 During a dual instructional flight, the flight instructor ga
0 0 0 The pilot was conducting local area recurrent training
0 0 0 The pilot, holder of a student pilot certificate, was dep
0 0 0 While taxing his aircraft back to the hangar after havin
0 0 0 The pilot reported that shortly after becoming airborne
0 0 0 The airplane collided with a berm during a forced land
0 0 0 A witness and her husband watched the airplane head
0 0 0 While returning to land at the airport, witnesses saw th
0 0 0 During landing rollout the pilot's right foot slipped off th
0 0 0
0 0 0
0 0 0 Prior to landing the balloon, the pilot informed the two
0 0 0 The pilot reported that the parking brake was set, the
0 0 0 The pilot was taking the commercial pilot practical tes
0 0 0 According to the pilot, a gust of wind from his left, rea
0 0 0 According to the student glider pilot, as well as his CF
0 0 0 The pilot completed a second spray run and had initia
0 0 0 The pilot was making an aerial application flight when
0 0 0 During a first solo flight, the student pilot lost direction
0 0 0 The pilot performed one hover successfully, and set th
0 0 0 The pilot complained of a headache before the flight d
0 0 0 En route from Arizona to California, the pilot became
0 0 0 The airplane was substantially damaged during an att
0 0 0 The aiplane impacted a deer during a landing flare on
0 0 0 The Boeing 767 (B-767) exited runway 31L at taxiway
0 0 0 The pilot stated that he performed an excess energy a
0 0 0 The original engine did not produce maximum power,
0 0 0 According to the pilot, at 50 feet, agl and 35 mph over
0 0 0 A hard landing ensued when the pilot aborted the take
0 0 0 The amateur built airplane's fuel tank was topped off w
0 0 0 The airplane was taxiing onto runway 24 when a gust
0 0 0 The Cessna 152 departed the airport to the southeast
0 0 0 The pilot reported that while en route to a field for the
0 0 0 Shortly after takeoff from runway 11, about 600 feet a
0 0 0 Approaching his destination, the pilot lowered the land
0 0 0 After the third aerial application pass, the airplane's en
0 0 0 According to the CFI, he and the student obtained the
0 0 0 The Cessna 152 departed the airport to the southeast
0 0 0 The pilot said that several thunderstorms had just pas
0 0 0 The pilot said he was making his seventh practice tak
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0 0 0 The airplane was landing on Runway 21, a 3,602 foot
0 0 0 The airplane touched down normally in a grass area p
0 0 0 The delivery pilot flew the newly purchased airplane to
0 0 0 The balloon was tethered with a three-point, 3/4-inch
0 0 0 Witnesses reported seeing the airplane depart on run
0 0 0 The pilot departed on his first flight in the recently purc
0 0 0
0 0 0 The pilot filed a flight plan, and was briefed of mounta
0 0 0 The aircraft was substantially damaged during takeoff
0 0 0 The pilot began preparations for his personal flight at
0 0 0 The pilot was practicing landings on runway 7. After t
0 0 0 The two-aircraft formation aerobatic air show team wa
0 0 0 The pilot stated that after takeoff climbing through app
0 0 0 The student had performed four full-stop landings the
0 0 0 The fuel tanks were full and a minimum of 22.5 pound
0 0 0 During cruise flight, the engine began surging. The p
0 0 0 The two-aircraft formation aerobatic air show team wa
0 0 0 The airplane collided with the high desert terrain durin
0 0 0 The pilot departed on a cross-country flight with an es
0 0 0 During takeoff, at rotation, the airplane yawed 20-30 d
0 0 0 During initial climb following takeoff on a local area flig
0 0 0 Because of winds blowing from the south, the pilot ma
0 0 0 The aircraft collided with the ground in a steep nose d
0 0 0 The pilot was attempting a short-field landing to runwa
0 0 0 According to the pilot, 20 minutes after departure, whi
0 0 0 The pilot reported to his insurance adjuster that he ob
0 0 0 After being towed several miles west of the departure
0 0 0 The pilot entered a right traffic pattern for Runway 16.
0 0 0 The pilot reported, 'I descended to the runway and tou
0 0 0 While cruising at 2,000 feet, the pilot noticed the oil pr
0 0 0 Two days before the accident, the CFI and pilot-rated
0 0 0 The airplane departed from runway 12R, climbed to 1
0 0 0 During the aerial application of fertilizer on a rice field,
0 0 0 While maneuvering during an aerial application flight,
0 0 0 During an instructional flight, while practicing an engin
0 0 0 During climbout, the airplane encountered an area of
0 0 0 The airplane was seen flying low over a private airstrip
0 0 0 The airplane veered off the runway during the takeoff
0 0 0 During a series of high-speed runway taxi tests, a gus
0 0 0 While on base leg turning to final approach at the des
0 0 0 The airplane entered the traffic pattern for landing on
0 0 0 The pilot said that the engine began to run rough, and
0 0 0 The pilot reported that he was practicing stop and go
0 0 0 While landing, during the student pilot's first night fligh
The pilot was executing his third touch-and-go of the f
0 0 0 The airplane was seen high and fast on the approach
0 0 0 The pilot reported that he had been monitoring an inc
0 0 0 The pilot reported hearing a loud noise and feeling his
0 0 0 The commercial pilot had dispensed his 4th load of fe
0 0 0 The pilot stated that he had been on an aerial applica
0 0 0 The airplane departed with full fuel and 150 gallons of
0 0 0 The private pilot stated that the airplane's preflight ins
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0 0 0 The pilot flew the agricultural airplane around the targ
0 0 0 The airplane veered off of runway 34 in a sharp turn to
0 0 0 The pilot entered the traffic pattern at 1,000 feet abov
0 0 0 The pilot was taking off on runway 21. As he raised th
0 0 0 The student pilot was conducting a magneto check wi
0 0 0 The airplane veered off the runway and came to rest i
0 0 0 The airplane was executing a VFR approach, turning
0 0 0 The pilot reported the winds as out of the north at 10 k
0 0 0 The pilot said that he flew over the landing area prior
0 0 0 While in cruise flight, the pilot switched from an empty
0 0 0 After touchdown, the tailwheel-equipped airplane was
0 0 0 During a fire-fighting flight, witnesses observed the he
0 0 0 After making a radio call from a handheld microphone
0 0 0
0 0 0 The student pilot initiated a soft-field takeoff with a ful
0 0 0 According to the pilot, the flight departed with the fuel
0 0 0 While on downwind abeam the airport, the engine los
0 0 0 The aircraft lost engine power on initial climb following
0 0 0 During a routine aerial application flight, the aircraft c
0 0 0 The solo student pilot was practicing quick stop mane
0 0 0 Two witnesses saw the airplane pitch up and enter a s
0 0 0 The purpose of the flight was for the instructor pilot to
0 0 0 The airplane landed in a soft field short of runway 36 a
0 0 0 The student pilot planned a cross-country flight from F
0 0 0 The pilot was circling the helicopter at an indicated alt
0 0 0 The pilot said that immediately after takeoff, about 20
0 0 0 All three landing gear retracted immediately prior to ro
0 0 0 The pilot was returning the agricultural airplane to the
0 0 0 The pilot reported that the touchdown on runway 35 w
0 0 0 The pilot said that as the airplane lifted off, he smelled
0 0 0 The pilot executed a 'three point landing' on runway 3
0 0 0 The airplane was in cruise flight at 12,500 feet, when
0 0 0 The aircraft was conducting an aerial application miss
0 0 0 Prior to performing touch and go landings on a 1,000
0 0 0 The helicopter was hovering over a cherry orchard to
0 0 0 The pilot reported that after touching down in a gravel
0 0 0 The pilot inadvertently lowered the landing gear of the
0 0 0 The pilot set up for no wind short field landing, and ab
0 0 0 The pilot collided with a sand dune after making a forc
0 0 0 The pilot flew the twin engine airplane from Erie, Penn
0 0 0 After departure, the airplane was climbing through 1,5
0 0 0 The pilot stated that he was landing to the south, and
0 0 0 During a simulated emergency approach to a landing
0 0 0 The pilot descended from 10,500 feet msl (above mea
0 0 0 The pilot said that during takeoff from a private airstrip
0 0 0 During initial climb after takeoff the engine crankshaft
0 0 0 The flight instructor and the student pilot were plannin
0 0 0 While en route to his original destination, and while di
0 0 0 The airplane departed with 40 gallons of fuel on board
During takeoff, approximately 150 above the ground,
0 0 0 After a normal pre-flight inspection and pre-takeoff en
0 0 0 The student pilot was practicing stop-and-go landings
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0 0 0 During cruise flight, 10-miles from the destination airp
0 0 0 The pilot was planning to fly to another airport located
0 0 0 The solo private pilot reported that while in cruise fligh
0 0 0 The helicopter collided with trees when it made a forc
0 0 0 The pilot reported that the winds were high (20 knots)
0 0 0 The pilot was taxiing his amphibian airplane north on
0 0 0 The pilot attempted to takeoff from a 2,510-foot long r
0 0 0 The pilot was practicing a power-off landing on runwa
0 0 0 Approximately 10 minutes into the demonstration fligh
0 0 0 The certificated private pilot was landing a tundra tire
0 0 0 The certificated private pilot, with one passenger aboa
0 0 0 The private pilot receiving instruction aboard N838PC
0 0 0 While the pilot was taxiing, he realized that the wind w
0 0 0 The pilot was making a shallow approach to a 3,347-f
0 0 0 The purpose of the flight in the home-built airplane wa
0 0 0 The private pilot receiving instruction aboard N838PC
0 0 0 At approximately 100 feet above ground level, during
0 0 0 The pilot reported that due to obstacles at the approa
0 0 0 N66081 was destroyed when it nosed over on impact
0 0 0 While executing a non-precision approach, the pilot fle
0 0 0 The airplane's main landing gear collapsed during a p
0 0 0 Near the destination airport, the engine lost power. D
0 0 0 During takeoff roll the left main landing gear collapsed
0 0 0 The commercial pilot finished spraying a field and was
0 0 0 The police helicopter was providing night airborne sur
0 0 0 The certificated airline transport pilot was practicing to
0 0 0 The pilot was taking off from a narrow river. He state
0 0 0 The owner/pilot and pilot rated passenger departed to
0 0 0 The pilot lost directional control of his 1928 Curtis-Wr
0 0 0 The helicopter touched down on the downside portion
0 0 0 During landing roll, at the completion of a cross-count
0 0 0 During the landing roll, the airplane veered off the run
0 0 0 During an aerobatic maneuver, the airplane impacted
0 0 0 On initial takeoff roll during a student solo training fligh
0 0 0 During a go-around from a bounced glassy-water land
0 0 0 The accident happened on the third flight of the day.
0 0 0 A witness saw the airplane complete the second and
0 0 0 Prior to departure, the pilot did not visually check the f
0 0 0 The pilot/owner assembled the French Cosmos Phas
0 0 0 After landing on a grass strip, the airplane drifted to th
0 0 0 Prior to the day of the accident, the pilot had not flown
0 0 0 The commercial pilot was attempting to tow a sailplan
0 0 0 The commercial glider pilot reported that after departi
0 0 0 The pilot was giving helicopter sightseeing rides to pe
0 0 0 The pilot reported made the landing using a little more
0 0 0 The pilot reported that after washing the aircraft, he d
0 0 0 The airplane was on the final approach segment of a
0 0 0 The student pilot was taxing from the runway to the so
0 0 0 The pilot said that during climb after takeoff, the engin
0 0 0 While on initial climb after takeoff approximately 150 f
0 0 0 The airplane touched down on the runway, slowed to
0 0 0 While participating in a glider race without motorized p
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0 0 0 Approximately a week before the accident, the instruc
0 0 0 The airplane collided with grapevines during a forced
0 0 0 The instructional flight was to practice instrument app
0 0 0 The flight instructor reported that while climbing throu
0 0 0 The helicopter was equipped with a carousel that had
The student pilot, on his second solo, said that he enc
0 0 0 The pilot took off without first performing the calculatio
0 0 0 Witnesses reported observing the aircraft perform var
0 0 0 The pilot stated he landed at an unimproved field sit
0 0 0 While was en route from Greeley to Akron, Colorado,
0 0 0 The pilot was landing on his 1,200 feet long by 100 fe
0 0 0 The flight instructor and student pilot were taking off to
0 0 0 This was a cross-country flight from Oregon to Califor
0 0 0 During cruise, the engine lost power then nosed over
0 0 0 During the takeoff/initial climb from the dry turf runway
0 0 0 According to the pilot, the engine quit shortly after tak
0 0 0 The pilot, who did not hold an instrument rating, recei
0 0 0 See narrative for ANC00LA074A.
0 0 0 The pilot reported that while reversing course in a vall
0 0 0 The pilot took off with approximately 500 gallons of in
0 0 0 The pilot adjusted the homebuilt airplane's propeller p
0 0 0 The airplane collided with a dirt berm during an attem
0 0 0 According to the CFI who was occupying the right sea
0 0 0 The private pilot reported he was attempting to depart
0 0 0 The pilot departed the 1,800 feet long by 28 feet wide
0 0 0 The Learjet departed from an uncontrolled airport abo
0 0 0 The pilot was performing an aerial observation flight o
0 0 0 The Learjet departed from an uncontrolled airport abo
0 0 0 The glider was observed to continue in a 360-degree
0 0 0 The helicopter pilot took off about 0415 from a chemic
0 0 0 The flight instructor and student pilot landed to the so
0 0 0 The pilot was completing a flight review and performin
0 0 0 The pilot realized shortly after taking off that he had le
0 0 0 The pilot was making his first solo flight when the acc
0 0 0 The airplane impacted terrain following an in-flight los
0 0 0 According to an FAA inspector who arrived at the acc
0 0 0 The pilot stated to the Safety Board investigator on th
0 0 0 During landing roll, approximately 45 knots, the airpla
0 0 0 The accident occurred during the aircraft's maiden flig
0 0 0 The pilot originally departed Bowling Green, Ohio, with
0 0 0 According to the pilot, on the day before the accident,
0 0 0 The private certificated pilot was landing at his private
0 0 0 The private pilot was departing in a tailwheel-equippe
0 0 0 The pilot-in-command, a commercial pilot, was getting
0 0 0 The pilot stated that he landed approximately 1,000 fe
0 0 0 The pilot was practicing a soft field takeoff in preparat
0 0 0 The airplane took off and made two complete climbing
0 0 0 The airplane was destroyed on impact with a bean fie
0 0 0 The pilot said that during the landing flare on the 900
0 0 0 The airstrip (runway 27) being used for takeoff was bo
0 0 0 The CFI and student were practicing landings when th
0 0 0 According to the pilot, while practicing low approaches
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0 0 0 The pilot reported that while returning to the airport, th
0 0 0 During takeoff, the engine started to 'cough' and woul
0 0 0 The 317-hour private pilot reported that the engine los
0 0 0 The private pilot was non-instrument rated. He told th
0 0 0 The pilot reported that while flying at about 70-80 feet
0 0 0 The flight instructor stated he and the student were pe
1 0 0 The twin engine airship was landing, and there were t
0 0 0 During a local instrument training flight, the flight instr
0 0 0 The private pilot and certified flight instructor were lan
0 0 0 The flight instructor stated that during the climbout, at
0 0 0 The single engine aircraft lost power at 150 feet agl o
0 0 0 The restricted category helicopter was operating on a
0 0 0 The airplane collided with terrain during a forced landi
0 0 0 The pilot was attempting to land on runway 15 prior to
0 0 0 The flight instructor simulated an engine failure by pul
0 0 0 The agricultural airplane, carrying a full load of fertilize
0 0 0 The pilot reported that he wanted to test his taxi abiliti
0 0 0 The pilot made a forced landing on a road following a
0 0 0 The night before the day of the accident flight the pilot
0 0 0 About 30 minutes after takeoff, while cruising at 6,500
0 0 0 While climbing after takeoff the dual student who was
0 0 0 The student pilot stated that it was his first supervised
0 0 0 Several witnesses stated the helicopter experienced a
0 0 0 The solo student planned to make a touch-and-go lan
0 0 0 The pilot was returning to the airport when the engine
0 0 0 The airplane was destroyed by impact with terrain whi
0 0 0 The pilot was unable to start the aft engine. A witness
0 0 0 The flight instructor was demonstrating a simulated en
0 0 0 The airplane landed, the instructor got out, and the stu
0 0 0 The pilot stated that he was en route to Columbus-Lo
0 0 0 The pilot stated he landed to refuel and reload chemic
0 0 0 The air traffic control tower advised the pilot that the w
0 0 0 The approach to landing was normal but the airplane
0 0 0 On short final, the airplane rolled over and crashed on
0 0 0 The student pilot departed on his first solo flight, comp
0 0 0 During an aerial photography flight, the helicopter mad
0 0 0 During a high speed, low pass over the runway, the pi
0 0 0 The pilot, who is also an aircraft mechanic, had just co
0 0 0 The airplane was landing when it ran off the end of the
0 0 0 The student pilot was practicing landings solo when th
0 0 0 While on final approach the glider experienced higher
0 0 0 The experimental amateur built airplane impacted terr
0 0 0 In a written statement, the pilot reported that he misju
0 0 0 The pilot reported that while northbound along the Wi
0 0 0 The pilot reported that he set-up for a soft field landing
0 0 0 While landing the tail-wheeled airplane, the pilot repor
0 0 0 The airplane was departing on a 2,420-foot long, 85-f
0 0 0 The pilot said he had been flying the helicopter at an a
0 0 0 After takeoff the pilot raised the landing gear and the
0 0 0 While climbing through 3,500 feet after departure, the
0 0 0 The pilot was performing a low fly-by over runway 33,
0 0 0 The airplane wreckage was discovered on July 2, 200
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0 0 0 The certificated private pilot was departing to the north
0 0 0 The pilot reported in a telephonic interview that he and
0 0 0 The pilot reported that she leaned the mixture prior to
0 0 0 The pilot stated that he was concerned about landing
0 0 0 The pilot was completing his supervised training for b
0 0 0 Smoke was observed from the area the flight was spr
0 0 0 The pilot stated that the aircraft arrived over the runwa
0 0 0 The pilot had flown about 4 hours in the airplane earlie
0 0 0 The student pilot and flight instructor were practicing t
0 0 0 The pilot was conducting a spraying run when a flock
0 0 0 At the completion of a local area flight, the pilot was p
0 0 0 A private pilot departed from Merrill Field, Anchorage,
0 0 0 The pilot, who had to approach his spray runs by flyin
0 0 0 The student pilot stated that it had been his third flight
0 0 0 The pilot was cruising the local area about 1,000 feet
0 0 0 The pilot stated that during landing, when he reduced
0 0 0 The pilot was attempting to depart on runway 19, and
0 0 0 The pilot reported that he identified a problem with his
0 0 0 The pilot made a forced landing on a gravel road follo
0 0 0 The pilot was spaying a rice field, and during the third
0 0 0 The student pilot was attempting a soft-field landing, u
0 0 0 The pilot reported that on final, he was higher than ne
0 0 0 As the airplane touched down, the left wing would not
0 0 0 During the landing roll, the airplane's left main landing
0 0 0 According to the pilot, as he was into his landing flare
0 0 0 Touch-and-go landings were being practiced, and the
0 0 0 The airplane was conducting a series of touch-and-go
0 0 0 The private pilot receiving instruction initiated the take
0 0 0 The airplane was destroyed on impact with terrain and
0 0 0 The certificated airline transport pilot was landing at a
0 0 0 The pilot performed a descent to an altitude of 50 feet
0 0 0 The pilot said that during the climbout the engine star
0 0 0 During takeoff rotation, engine power decreased and
0 0 0 The pilot observed no wind and attempted a three-poi
0 0 0 Following maintenance on the helicopter, the pilot was
0 0 0 The pilot was performing a 1/2 snap roll when the left
0 0 0 The pilot said that he was spraying through a field, wh
0 0 0 The non-instrument rated pilot and two passengers de
0 0 0 The commercial pilot was participating in a group fly-i
0 0 0 The airplane was departing a 2,088 foot-long, turf run
0 0 0 The private pilot purchased a tailwheel airplane and h
0 0 0 The student pilot (SP) was landing on Runway 34, a 6
0 2 0
0 0 0 The pilot completed four touch-and-go landings on run
0 0 0 After landing, the airplane was taxied back for departu
0 0 0 Before entering the airport's traffic pattern, the pilot tu
0 0 0 Shortly after take-off, the airplane, which was towing a
0 0 0 During the landing approach, the pilot extended full fla
0 0 0 Four hours and 10 minutes after takeoff, witnesses de
0 0 0 The airplane entered the traffic pattern behind anothe
0 0 0 During a swath run, while fertilizing trees, the pilot hea
0 0 0 According to the operator, the pilot was applying chem
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0 0 0 During the takeoff/initial climb, the airplane lost fuel pr
0 0 0 The pilot receiving instruction performed a three-point
0 0 0 The pilot made a full power check of the engine and a
0 0 0 The pilot flew the airplane from the departure airport (
0 0 0 The pilot attempted an aerobatic roll maneuver at an a
0 0 0 The personal flight departed from the Duluth Internatio
0 0 0 The certificated private pilot reported that while in crui
0 0 0 The pilot attempted to takeoff off on an up-sloping, 2,0
0 0 0 While in cruise flight at 5,500 feet (msl), the pilot expe
0 0 0 A witness, a licensed aviation mechanic who observe
0 0 0 The private pilot was flying his experimental single en
0 0 0 During landing rollout the airplane departed off the sid
0 0 0 The airplane sustained substantial damage during a f
0 0 0
0 0 0 The flight instructor reported that he took over the con
0 0 0 The flight was a maintenance test flight following engi
0 0 0 The pilot stated that he applied braking and left rudde
0 0 0 The airplane lost power in cruise flight and made a for
0 0 0 The pilot said that when he raised the tail to lift off dur
0 0 0 The left wings on the airplane contacted power lines d
0 0 0 During an aerial application flight the aircraft engine s
0 0 0 After the pilot took off on the accident flight, and unkn
0 0 0 While lifting approximately 5,000 pounds of logs from
0 0 0 The non-instrument rated pilot observed precipitation
0 0 0 While taking off on a sod runway, the airplane becam
0 0 0 The pilot was traveling forward in a Robinson R22B a
0 0 0 While maneuvering during an aerial application flight,
0 0 0 Witnesses observed the airplane approximately 80 to
0 0 0 The unlicensed 'pilot' of the Cessna 150 made a low p
0 0 0 Prior to departure, the pilot was briefed by the airport
0 0 0 The pilot flew to a nearby airport, landed, remained on
0 0 0 The airplane landed gear up. The pilot did not verify t
0 0 0 During a touch-and-go takeoff the student pilot switch
0 0 0 Prior to takeoff, an initial check of the magnetos show
0 0 0 During a cross-country flight, on the day prior to the a
0 0 0 A partial loss of engine power was experienced during
0 0 0 The pilot reported that he completed his 12th applicat
0 0 0 As the airplane, which was on a dark night cross-coun
0 0 0 During climb following takeoff the engine oil pressure
0 0 0 The aircraft departed runway 18. A witness stated tha
0 0 0 During landing rollout the aircraft departed the prepare
0 0 0 The pilot reported, 'I landed in a agricultural field next
0 0 0 Three of the nine occupants of the hot air balloon rece
0 0 0 The pilot said he took off from Ozark, Arkansas, with
0 0 0 During landing rollout the aircraft ran off the runway a
0 0 0 According to FAA Memphis Air Route Traffic Control
0 0 0 According to the pilot's logbook, on July 10, the pilot f
0 0 0 The flight instructor and the commercial pilot were pra
0 0 0 The pilot reported the airplane's right wing was struck
0 0 0 The pilot said he knew prior to takeoff that the left win
0 0 0 The pilot reported he took off on the long axis of the la
0 0 0 The pilots of a Beech (Baron) and a Cessna planned
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0 0 0 The pilot reported that she taxied the aircraft to the gr
0 0 0 The pilots of a Beech (Baron) and a Cessna planned
0 0 0 The pilot was on approach to the dirt airstrip where he
0 0 0 No discrepancies were noted with the preflight and we
0 0 0 The pilot stated that he made visual contact with the d
0 0 0 The airplane was fueled and departed for an aerial ap
0 0 0 Shortly after takeoff, at approximately 100 feet agl, the
0 0 0 The aircraft was substantially damaged when it failed
0 0 0 The airplane was destroyed after impacting power line
0 0 0 The pilot reported that the airplane bounced after initia
0 0 0 As the airplane was landing on an upward sloping turf
0 0 0 During the cross-country flight, the airplane's radios b
0 0 0 After a normal takeoff and lift-off, the pilot noticed the
0 0 0 The pilot stated all cowling fasteners were secure dur
0 0 0 At departure, the airplane had been operated for 1.8 h
0 0 0 The airplane collided with a cactus during the takeoff
0 0 0 The commercial helicopter pilot terminated the night a
0 0 0 The winds had been 'light, but had changed direction
0 0 0 The airplane began to lose engine power during a cru
0 0 0 The helicopter impacted the terrain while maneuverin
0 0 0 The airplane overran the runway during takeoff. The
0 0 0 According to a statement by the pilot, 'Departed runwa
0 0 0 While in cruise flight about 3,700 feet mean-sea-level
0 0 0 While at hover, about 15 to 20 feet above a field, at an
0 0 0 The airplane was fueled, loaded with chemical, and de
0 0 0 When the pilot started the engine, he noticed the cool
0 0 0 The airplane nosed over on landing at a private, grass
0 0 0 The pilot stated he lost directional control of the float e
0 0 0 Although the person piloting the aircraft had recently b
0 0 0 According to the student pilot, he had performed a ful
0 0 0 The pilot was taxiing from the ramp to the runway. Pr
0 0 0 After applying and achieving full takeoff power, the pil
0 0 0 The pilot departed his private airstrip for a pleasure fli
0 0 0 The experimental, amateur-built airplane was observe
0 0 0 The 21 year old private pilot received his certificate 16
0 0 0 The experimental amateur built gyrocopter was destro
0 0 0 The pilot reported that after lifting off 2/3 to 5/8 the wa
0 0 0 The pilot departed on Runway 9R, and when the airpl
0 0 0 The helicopter sustained substantial damage when it
0 0 0 The pilot initiated his takeoff in the twin-engine airplan
0 0 0 The pilot reported that while landing on the runway, th
0 0 0 The pilot stated his personal criteria for making a wes
0 0 0 The airplane departed from runway 17 and remained
0 0 0 According to the first pilot, a flight instructor and owne
0 0 0 The commercial certificated pilot departed from a floa
0 0 0 The Cessna 182R pilot reported that he set up for a s
0 0 0
0 0 0 During an aerial application run, the aircraft's engine e
0 0 0 The pilot was approaching runway 01 at his strip from
0 0 0 The student pilot performed all items on the checklist,
0 0 0 After losing engine power, the amateur-built airplane e
0 0 0 The airplane received substantial damage from groun
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0 0 0 The private pilot was landing the tailwheel-equipped a
0 0 0 The glider was towed to 1,500 feet, and released. Th
0 0 0 The pilot departed at 1130 for a cross-country flight w
0 0 0 According to the pilot and one passenger, the rotorcra
0 0 0 After 45 minutes of flight, while conducting touch-and-
0 0 0 The airplane was damaged during an inflight collision
0 0 0 The airplane was damaged during landing and a collis
0 0 0 The pilot reported he was flying his experimental helic
0 0 0 The airplane was destroyed during impact with terrain
0 0 0 The open-cockpit biplane departed on its seventh take
0 0 0 The helicopter collided with a utility pole shortly after t
0 0 0 During a touch and go landing on a local area persona
0 0 0 The pilot said that upon landing, "... the brakes seeme
0 0 0 At the completion of a cross-country flight, the flight w
0 0 0 The airplane was operated by Teledyne Continental M
0 0 0 The flight was returning to the Worth County Baptist H
0 0 0 The pilot returned to his departure airport in the powe
0 0 0 During cruise flight, a slight vibration was felt and the
0 0 0 According to the pilot, the helicopter was on final appr
0 0 0 The pilot said that during a landing attempt, the airspe
0 0 0 The left wing impacted the runway during flare/touchd
0 0 0 The flight was conducted to allow the owner to accrue
0 0 0 The private certificated pilot was landing a tailwheel-e
0 0 0 During the takeoff roll, the airplane became airborne a
0 0 0 The non-instrument rated pilot contacted a Flight Serv
0 0 0 The private pilot departed at night, on an instrument fl
0 0 0 The airplane lost engine power during cruise flight and
0 0 0 The airplane was performing high-speed taxi test whe
0 0 0 The experimental floatplane's right wing contacted the
0 0 0 The experimental airplane impacted terrain and objec
0 0 0 The pilot was departing a river in a float equipped airp
0 0 0 The private pilot was landing the tail wheel equipped a
0 0 0 The pilot said he was a little fast and did not keep the
0 0 0 The helicopter had a tail rotor failure while bringing the
0 0 0 Visual meteorological conditions existed with thunders
0 0 0 During landing on runway 22 at the destination airport
0 0 0 The single-engine airplane impacted terrain just below
0 0 0 The pilot reported that prior to landing, he called the U
0 0 0 The pilot entered a downwind for runway 31 and note
0 0 0 Once in the terminal area, the pilot was vectored to th
0 0 0 The pilot reported that he encountered wind shear an
0 0 0 The pilot of the agricultural application helicopter took
0 0 0 The pilot had just purchased the airplane, and was fer
0 0 0 The commercial pilot reported he was working on his
0 0 0 The hospital helicopter pad security video camera sho
0 0 0 The airplane was damaged when it ground-looped du
0 0 0 The airplane impacted terrain during a cross-country f
0 0 0 The pilot arrived at his destination in the Piper PA-32-
0 0 0 The airplane was in a left traffic pattern for landing. D
0 0 0 The amateur-built experimental airplane impacted tre
0 0 0 The student pilot departed on a solo instructional fligh
0 0 0 The flight instructor was demonstrating a normal land
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0 0 0 The pilot of the towplane reported that the takeoff was
0 0 0 The airplane touched down about 750 feet from the a
0 0 0 The pilot said that while performing a landing, she forg
0 0 0 A gyrocopter was presumed missing after not comple
0 0 0 The pilot stated that this was a test flight for the exper
0 0 0 While airdropping a cargo box containing supplies for
0 0 0 The pilot reported that after taking off and turning left
0 0 0 The airplane collided with terrain after departure on a
0 0 0 The pilot departed with full fuel from Bluffton Airport (5
0 0 0 The experimental glider struck the ground short of the
0 0 0 The pilot reported the airplane was in a descent in sm
0 0 0 A witness flying in the vicinity of the airport stated that
0 0 0 During a routine aerial application flight, the aircraft co
0 0 0 The flight had proceeded without incident until a visua
0 0 0 The pilot reported, "I think, at touch down, my foot cam
0 0 0 While descending through 2,000 feet, the Mooney M2
0 0 0 The pilot had performed a local banner-towing flight a
0 0 0 The pilot made an abrupt course change while reposi
0 0 0 Near the end of a cross-country flight, the student pilo
0 0 0 The pilot reported that during cruise flight at 1,100 to 1
0 0 0 The pilot said he had gotten airborne and was approx
0 0 0 The pilot reported he was practicing takeoffs and land
0 0 0 Witnesses reported that they observed the airplane be
0 0 0 During a cross county flight with three passengers, the
0 0 0 A witness traveling south on Kansas State Highway 1
0 0 0 The airplane collided with a tree during a climb-out fro
0 0 0 According to a witness, an FAA inspector, '...the pilot
0 0 0 During takeoff, prior to transitioning to forward flight, t
0 0 0 The engine lost power shortly after takeoff. The pilot
0 0 0 The airplane exited the north edge of runway 11, impa
0 0 0 The airport manager said that the student pilot arrived
0 0 0 The commercial pilot performed an autorotative landin
0 0 0 The airplane sustained substantial damage when it ve
0 0 0 The helicopter impacted terrain during a simulated au
0 0 0 The airplane sustained substantial damage on impact
0 0 0 The airplane was damaged during a nose over followi
0 0 0 A Cessna 150 sustained substantial damage during a
0 0 0 The pilot reported that while practicing aerobatics, he
0 0 0 Witness's reported that the airplane took off from runw
0 0 0 The pilot picked up a banner, and the tow rope becam
0 0 0 The pilot reported that he departed, flew a cross-coun
0 0 0 The pilot stated that he landed long and decided to m
0 0 0 The homebuilt helicopter was in cruise flight at 70 kno
0 0 0 The flight was cleared for the ILS approach to runway
0 0 0 The agricultural airplane was destroyed when it impac
0 0 0 The airplane departed on runway 06 (2640 X 70 feet).
0 0 0 The private certificated pilot was landing on a road ad
0 0 0 The pilot reported that she had been practicing short f
0 0 0 After completing a practice VOR approach, the pilot c
0 0 0 The pilot taxied onto the runway and advanced the thr
0 0 0 The pilot/owner stated that he was maneuvering durin
0 0 0 The pilot briefed the passengers to expect a rough lan
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0 0 0 According to the pilot, he instructed passengers on la
0 0 0 Shortly after takeoff, the pilot switched the fuel selecto
0 0 0 The airplane nosed over during a forced landing. The
0 0 0 The commercial pilot was landing the tailwheel-equipp
0 0 0 The private pilot was performing a soft field landing as
0 0 0 This was the first flight of this airplane after being buil
0 0 0 The agricultural airplane was returning to the airport a
0 0 0 While attempting a practice 180-degree autorotative t
0 0 0 The pilot preformed a normal pre-flight inspection of t
0 0 0 The commercial certificated pilot was departing a sma
0 0 0 A Piper PA-31-350 Navajo Chieftain, N27944, operate
0 0 0 The student pilot reported that the airplane was trailin
0 0 0 Following the arrival at the Siletz Bay State airport, the
0 0 0 Prior to the annual inspection, the airplane had not flo
0 0 0 The airplane lost engine power on takeoff and made a
0 0 0
0 0 0 The pilot reported that he applied full throttle and push
0 0 0 The station manager of an air taxi company, arranged
0 0 0 Shortly after takeoff, at an altitude of approximately 15
0 0 0 With the student pilot in the left seat, and the private p
0 0 0 The pilot stated that he loaded the aircraft with 450 g
0 0 0 The pilot was landing with a known crosswind conditio
0 0 0 The pilot said that the 10-knot crosswind was 45 degr
0 0 0 The airplane had been airborne for about 40 minutes
0 0 0 The airplane drifted slightly to the left (north) as the pi
0 0 0 The airplane received substantial damage during a ge
0 0 0 The Stinson was performing a full stop approach to a
0 0 0 A Cessna 208B sustained minor damage during taxiin
0 0 0 While conducting fire suppression operations the airp
0 0 0 The day before the accident the pilot purchased the a
0 0 0 During an emergency landing the left wing of the airpl
0 0 0 On a for-hire sightseeing flight, the balloon encounter
0 0 0 The Stinson was performing a full stop approach to a
0 0 0 The private pilot stated he had been waiting for two da
0 0 0 Several minutes prior to the accident flight, the pilot fle
0 0 0
0 0 0 The aircraft ditched in the Pacific ocean about 20 mile
0 0 0 During the cross-country flight, the engine lost power
0 0 0 During landing in a crosswind, the pilot lost directiona
0 0 0 The pilot said that he observed landing and departing
0 0 0 During landing, at the completion of a local area comm
0 0 0 The surviving passenger, a hunter, hired the pilot to fl
0 0 0 The airplane was returning to Muskegon, Michigan fo
0 0 0 The pilot was conducting touch-and-go landings, and
0 0 0 The pilot said he was landing on a 500 feet long by 60
0 0 0 The pilot reported that when he initially landed the airp
0 0 0 While maneuvering to look at potential game hunting
0 0 0 The pilot reported that while flying in IMC, he was hav
0 0 0 On a bright night, the pilot attempted to land on runwa
0 0 0
0 0 0 During cruise flight, the pilot felt a bump and the airpla
0 0 0 There were some cows on the pilot's private airstrip, a
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0 0 0 At the completion of a cross-country flight, the pilot wa
0 0 0 The pilot bounced the landing. Full rudder deflection
0 0 0 The 'push-pull's' rear engine failed during a go-around
0 1 1 At 1247, during cruise flight, the pilot advised the rada
0 0 0 During landing roll out on Runway 3, a 5,799-foot long
0 0 0 This was the pilot's first flight of the morning, and he h
0 0 0 While on short final for runway 15, smoke flowed from
0 0 0 During landing, the airplane exited the right side of the
0 0 0 The airplane impacted heavily wooded terrain after ex
0 0 0 The airplane was performing an aerial application fligh
0 0 0 The pilot departed another hunting camp, about two m
0 0 0 The Air Tractor was on a straight-in approach for a no
0 0 0 The pilot was making an approach to runway 22 at the
0 0 0 The flight instructor stated that during climb after take
0 0 0 The amateur-built airplane collided with ground obstru
0 0 0 The airplane collided with terrain on the downwind leg
0 0 0 The Air Tractor was on a straight-in approach for a no
0 0 0 During initial climb following takeoff, the aircraft swerv
0 0 0 The pilot reported that, while in flight, he found that th
0 0 0 The pilot preformed a downwind takeoff and while on
0 0 0 The pilot conducted a preflight inspection, then he, an
0 0 0 The glider was observed to enter the traffic pattern for
0 0 0 While in the cruise portion of a positioning flight, the e
0 0 0 The right main landing gear collapsed during the land
0 0 0 According to the pilot, during the landing flare for runw
0 0 0 During touchdown for landing at the completion of a c
0 0 0 The pilot stated he had established a long, flat, final a
0 0 0 The pilot stated he began the takeoff roll, and the airp
0 0 0 The airplane's engine lost power shortly after takeoff.
0 0 0 The pilot reported that he was high and fast on approa
0 0 0 The pilot receiving instruction did not obtain the prope
0 0 0 Following a total loss of engine power, the airplane im
0 0 0 The pilot said that he 'Did engine run up and took off t
0 0 0 The pilot said that during landing roll out, the airplane'
0 0 0 While en route to his final destination, the pilot found i
0 0 0 The pilot was observed conducting aerobatic flight ove
0 0 0 The 80-hour private pilot was on a personal cross-cou
0 0 0 The flight instructor was cruising or maneuvering the h
0 0 0 The airplane was in cruise flight at 9,000 feet over the
The airplane bounced during the second landing in a
0 0 0 The Milwaukee County Sheriff's Aviation Department
0 0 0 During a local instructional flight, a simulated engine o
0 0 0 The pilot had experienced engine problems during a f
0 0 0 The student pilot departed the airport for the last leg o
0 0 0 The pilot stated he was in cruise flight at 1,000 feet wh
0 0 0 The pilot departed in his homebuilt experimental airpla
0 0 0 Witnesses reported that the homebuilt airplane swerv
0 0 0 A witness/commercial pilot, observed the private pilot
0 0 0 Witnesses located near the northwest end of a private
0 0 0 The pilot said his flight was uneventful until the final a
0 0 0 During cruise flight the main rotor mast fractured and
0 0 0 The pilot, who had not completed takeoff performance
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0 0 0 The pilot was executing a wheel landing in the PA-18A
0 0 0 The pilot was returning to land after radio transmissio
0 0 0 A day earlier, while maneuvering, the airplane's engin
0 0 0 The accident airplane was following a slower airplane
0 0 0 The pilot was flying the airplane from the front seat wh
0 0 0 During the second flight of the experimental homebuil
0 0 0 The flight instructor was maneuvering the aircraft whe
0 0 0 During landing roll at the completion of a cross-countr
0 0 0 The pilot said that on departure climb out, everything
0 0 0 The homebuilt gyroplane pilot reported that while in cr
0 0 0 While on the last leg of a solo cross-country flight, the
0 0 0 The airplane landed hard and ground looped. On the
0 0 0 After about 45 minutes of uneventful flight, the pilot w
0 0 0 According to the pilot, during the takeoff climb with ful
0 0 0 The student pilot attempted to land on runway 17 with
0 0 0
0 0 0 The airplane sustained substantial damage from a bra
0 0 0 According to the pilot, after exiting the runway, he taxi
0 0 0 The certificated private pilot reported that he was on a
0 0 0 The certificated private pilot was landing on runway 02
0 0 0 The airplane impacted the side of a mountain, 200 fee
0 0 0 The pilot reported that after landing the helicopter and
0 0 0 The pilot reported that he performed a wheel landing
0 0 0 The pilot stated that he was engaged in aerial applica
0 0 0 The pilot stated that upon departure, while climbing th
0 0 0 The pilot said that he was flying at approximately 1,00
0 0 0 The corporate airplane was destroyed on impact with
0 0 0 The commercial certificated pilot, an owner of a fishin
0 0 0 During a simulated engine out procedure the airplane
0 0 0 Approximately 8 months prior to the accident, during a
0 0 0 During a telephone conversation, the pilot stated that
0 0 0 The pilot had been awake for most of the day. Prior t
0 0 0 While at 3,000 feet with both engines operating at cru
0 0 0 The airplane climbed to 4,000 feet. After level-off, th
0 0 0 The pilot stated that while climbing after banner picku
0 0 0 The pilot stated that during climbout, after reaching ab
0 0 0 The pilot said he was spraying a milo field, 3 miles so
0 0 0 The balloon contacted power lines shortly after takeof
0 0 0 While within a two mile final to the runway, the airplan
0 0 0 The airplane was departing from Runway 18, a 2,700
0 0 0 The pilot said that during the landing he flared the airp
0 0 0 The pilot stated that while he was in level flight at 1,00
0 0 0 The pilot stated that during the landing rollout she app
0 0 0 The aircraft collided with ground obstructions during a
0 0 0 The engine lost power during cruise flight at 1,800 fee
0 0 0 The glider was returning to the airport when the left w
0 0 0 While maneuvering at 700 feet agl, the pilot of the am
0 0 0 Shortly after take-off, a partial loss of engine power oc
0 0 0 The airplane sustained substantial damage on impact
0 0 0 The airplanes collided in-flight as the Pitts maneuvere
0 0 0 The instrument rated pilot departed on a night cross-c
0 0 0 The pilot stated that he had visually inspected the fue
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0 0 0 N112JG, an experimental amateur built Pitts model S
0 0 0 The airplanes collided in-flight as the Pitts maneuvere
0 0 0 The pilot's seat slid backwards when takeoff power w
0 0 0 The aircraft impacted a mountain ridge at 2,375 feet m
0 0 0 Both wings of the airplane contacted the terrain during
0 0 0 The airplane was destroyed during a forced landing a
0 0 0 The pilot said that prior to departing Spearfish, South
0 0 0 During a porpoise and hard landing, the nose wheel c
0 0 0 The pilot was applying chemical to a cotton field. Wh
0 0 0 The airplane sustained substantial damage during a w
0 0 0 The pilot initiated a takeoff toward obstacles. Once a
0 0 0 The pilot flew an approach to Runway 33, a 4,000 foo
0 0 0 During takeoff from a heliport atop a 10-story parking
0 0 0 During cruise flight, the airplane collided with rising te
0 0 0 The airplane spiraled into a walnut grove near a friend
0 0 0 The pilot aborted a landing on a private sod strip 1,80
0 0 0 During the landing roll on runway 29L, the left wing lift
0 0 0 The airplane was substantially damaged when it ran o
0 0 0 The commercial certificated pilot departed with a biolo
0 0 0 The non-instrument rated pilot was conducting a cros
0 0 0 The pilot of the agricultural application helicopter com
0 0 0 During approach to land at the completion of a cross-
0 0 0 During climb after takeoff the pilot became disorientat
0 0 0 The pilot stated that after the airplane landed, 'the win
0 0 0 The pilot stated that at about 1045, while spraying, he
0 0 0 While sitting on the ground waiting to board passenge
0 0 0 The pilot experienced a left main gear brake fire while
0 0 0 The helicopter impacted the terrain following a loss of
0 0 0 The pilot/owner of an airplane was departing an airpo
0 0 0 While at 5,000 feet in VMC, the right engine spinner lo
0 0 0 The pilot stated that he last departed Albany, Georgia
0 0 0 The pilot stated he had a wire strike which he believes
0 0 0 The airplane took off from the airport on a left downwi
0 0 0 About 20 minutes into the cross-country flight, the pilo
0 0 0 The pilot reported, "Upon landing, a severe rotary ther
0 0 0 The airplane sustained substantial damage during a w
0 0 0 During initial climb after takeoff the aerial application a
0 0 0 The pilot reported he was preparing to land on runway
0 0 0 The accident airplane was destroyed during an in-fligh
0 0 0 The airplane was destroyed on impact with trees and
0 0 0 While on approach to the private airstrip, the pilot inad
0 0 0 At the end of a local VFR flight, the pilot flared the hom
0 0 0 The airplane had arrived at the departure airport the p
0 0 0 The purpose of the flight was to ferry the airplane to a
0 0 0 The pilot reported that after touchdown, the airplane s
0 0 0 On final approach for landing, the wind blew the aircra
0 0 0 The pilot reported that he did not obtain a weather brie
0 0 0 Witnesses reported that they had seen the airplane do
0 0 0 The airplane experienced a loss of engine power and
0 0 0 The pilot told the NTSB investigator during a telephon
0 0 0 The owner/operator of the rental aircraft reported that
0 0 0 The airplane was headed southwest, level at 8,000 fe
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0 0 0 The pilot stated that while on final approach to runway
0 0 0 The pilot reported he landed the rental aircraft 'somew
0 0 0 The pilot was attempting to land on runway 30. Reco
0 0 0 The accident airplane was one of three airplanes that
0 0 0 Prior to takeoff the glider pilot observed 'dark clouds' t
0 0 0 The accident aircraft was found in a field after an eme
0 0 0 During takeoff, the airplane was climbing through 100
0 0 0 The pilot said he made a wheel landing on an off-airp
0 0 0 On landing approach in an experimental airplane, the
0 0 0 During the first of three aerobatic contest flights, at 4,3
0 0 0 During a short 15-minute flight, the student pilot encou
0 0 0 The pilot said that while landing there was glare from
0 0 0 The pilot was applying chemical to a cotton field when
0 0 0 The commercial pilot made an uneventful landing and
0 0 0 The pilot, flying an agricultural airplane at low altitude,
0 0 0 The pre-departure weather briefing received by the pi
0 0 0 During a practice short field landing at dusk, the airpla
0 0 0 The airplane entered a left downwind at 1,500 feet ms
0 0 0 The airport consisted of a single runway oriented on a
0 0 0 According to a witness, N525BM, operated by the Nor
0 0 0 The pilot stated to a Federal Aviation Administration in
0 0 0 During cruise the helicopter collided with power lines a
0 0 0 The pilot completed a landing to a 1,600-foot long gra
0 0 0 The landing gear did not extend during an approach t
0 0 0 According to the pilot, the agricultural airplane was in
0 0 0 After about 2 hours and 54 minutes of flight, the helico
0 0 0 During takeoff roll, at about 95 knots, the aircraft collid
0 0 0 The pilot reported that while on final approach for land
0 0 0 According to pilot, he performed a thorough pre-flight
0 0 0 During takeoff, the pilot's seat slid rearward. He abor
0 0 0 While performing a touch-and-go on a lake, at a spee
0 0 0 The pilot was landing on runway 06. The recorded wi
0 0 0 The airplane impacted terrain following an application
0 0 0 The airplane sustained substantial damage on impact
0 0 0 A witness watched the airplane take off on runway 33
0 0 0 The pilot reported that she was doing a touch-and-go
0 0 0 The pilot initiated a go-around about half-way down th
0 0 0 During an IFR flight when near the destination airport,
0 0 0 During the takeoff climb the airplane lost power and c
0 0 0 As the pilot maneuvered at a low altitude to afford the
0 0 0 The airplane was 20 feet above the ground during tak
0 0 0 During the night cross-country flight, the engine starte
0 0 0 The airplane impacted a road after takeoff. Witnesse
0 0 0 A witness to the accident stated that he was watching
0 0 0 The pilot was spraying chemicals into a field when the
0 0 0 According to the pilot, while attempting to conduct tim
0 0 0 With three passengers and 30 gallons of fuel in the ta
0 0 0 The pilot attempted his first landing to the wet 4,300-f
0 0 0 The airplane sustained substantial damage during a n
0 0 0 The airplane collided with trees during an aborted take
0 0 0 The pilot reported that the engine sputtered shortly aft
0 0 0 While enroute to the staging area to drop the banner,
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0 0 0 The commercial pilot was landing the tailwheel-equipp
0 0 0 A Cherokee was in the traffic pattern executing touch
0 0 0 The airplane lost power on takeoff and landed hard du
0 0 0 On the landing roll the airplane departed the runway to
0 0 0 The pilot was cleared to takeoff on runway 17L; the w
0 0 0 A Cherokee was in the traffic pattern executing touch
0 0 0 The private certificated pilot was landing on a gravel b
0 0 0 An airline transport pilot was returning from a charter
0 0 0 The pilot said that immediately after takeoff, he had d
0 0 0 The Cessna 172 (N53201) was taxiing south toward t
0 0 0 The Cessna 172 (N53201) was taxiing south toward t
0 0 0 The student pilot had been practicing flight maneuver
0 0 0 The pilot reported he was performing a test flight to te
0 0 0 A passenger fractured her leg while exiting the balloon
0 0 0 During a practice instrument approach to Kenai Munic
0 0 0 The aircraft took off with between 1/4 and 1/2 fuel, an
0 0 0 The pilot reported that he checked the wind conditions
0 0 0 The pilot had completed an aerial application, and wa
0 0 0 The private certificated pilot was landing a tailwheel-e
0 0 0 The private pilot was landing a tailwheel-equipped airp
0 0 0 The pilot was attempting to land the tailwheel aircraft
0 0 0 The pilot reported that after takeoff while climbing thro
0 0 0 A witness observed the agricultural airplane making s
0 0 0 The certificated commercial pilot started a southweste
0 0 0 The pilot was unable to locate a windsock while circlin
0 0 0 The pilot applied full power and the airplane started to
0 0 0 The airplane struck the airport perimeter fence and ca
0 0 0 The pilot said he landed on runway 8 into a 5 to 8 kno
0 0 0 The pilot filed an IFR flight plan, and was flying direct
0 0 0 The pilot said that he 'approached and touched down
0 0 0 The private certificated pilot was landing a tailwheel-e
0 0 0 A Cessna 182P and a Cessna 172L were within a line
0 0 0 A Cessna 182P and a Cessna 172L were within a line
0 0 0 The pilot noted the airplane was not climbing as expe
0 0 0 On the landing rollout the airplane ground looped. Th
0 0 0 According to the pilot, he was landing on runway 01 w
0 0 0 The pilot made two low passes over the east-west run
0 0 0 The pilot said that during his takeoff roll, he noticed he
0 0 0 The pilot was unable to maintain directional control of
0 0 0 A pilot witnessed the airplane flare 'about 3-4 feet too
0 0 0 Due to a loss of engine power, the pilot made a forced
0 0 0 The pilot was executing touch-and-go landings, and w
0 0 0 The ranch foreman told the pilot that the airstrip had n
0 0 0 Witnesses described the airplane as 'attempting a full
0 0 0 The 39-hour student pilot was making a non-endorsed
0 0 0 Witnesses observed the airplane flying low on the fina
0 0 0 The pilot/owner initiated a takeoff from a grass field th
0 0 0 While on final approach, the flaps were positioned at 3
0 0 0 The pilot said that during takeoff from a snow-covered
0 0 0 According to the flight instructor, the commercial pilot
0 0 0 The pilot said that he 'landed properly' on the runway,
0 0 0 The airplane was returning from a cross-country perso
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0 0 0 The pilot reported that he had performed an aerial sur
0 0 0 The airplane veered into a cotton field during takeoff f
0 0 0 The pilot was initiating a spray run over a field when h
0 0 0 The student pilot said that during his landing attempt,
0 0 0 The pilot said he began his roundout approximately 20
0 0 0 Shortly after takeoff the engine lost power and develo
0 0 0 The pilot was taxiing the float-equipped airplane to pa
0 0 0 During landing, the aircraft veered off the left side of t
0 0 0 The pilot of the agricultural application aircraft reporte
0 0 0 The pilot had volunteered the use of his airplane for th
0 0 0 During a local flight to pick up personnel, the helicopte
0 0 0 The pilot lost control of the helicopter and it impacted
0 0 0 The certified flight instructor and student pilot were on
0 0 0 Most witnesses reported that while making a low, clim
0 0 0 The pilot, who did not use a checklist, placed the fuel
0 0 0 According to the pilot, he was conducting a GPS appr
0 0 0 Witnesses watched the airplane departing the airstrip
0 0 0 The certified flight instructor (CFI) reported that the he
0 0 0 Two commercial helicopter pilots, both certificated he
0 0 0 The pilot aborted his landing in the Hughes 269B helic
0 0 0 As the airplane arrived in the airport area, the pilot ob
0 0 0 The airplane bounced and veered off the left side of th
0 0 0 During a practice autorotation to a power recovery, th
0 0 0 After landing on a private dirt/gravel airstrip the airplan
0 0 0 The pilot received two standard weather briefings for
0 0 0 The pilot said that during the landing roll, the nose wh
0 0 0 The pilot fueled the tail-wheel equipped Aeronca 11BC
0 0 0 The instructor reported that the flight took off with app
0 0 0 The flight had completed an ILS approach to runway 3
0 0 0 After an approach to runway 5, and touched down at 8
0 0 0 While taxiing from landing at the completion of a cros
0 0 0 The airplane nosed over following a loss of directiona
0 0 0 According to the pilot, the airplane was low on fuel an
0 0 0 The pilot said that he normally sets 10 degrees of flap
0 0 0 While practicing takeoffs and landings, the student pil
0 0 0 During an aerial application spray run, the aircraft coll
0 0 0 The pilot's first landing approach to the runway was to
0 0 0 The pilot reported to ATC that the airplane was low on
0 0 0
0 0 0 During a climb in turbulent conditions, the most-outbo
0 0 0 During a dual instructional flight, the student pilot was
0 0 0 The certificated private pilot was making a low pass o
0 0 0
0 0 0 The single engine helicopter experienced a main roto
0 0 0 While spraying herbicides to a cotton field, the agricul
0 0 0 The airplane impacted corn immediately after takeoff
0 0 0 The pilot reported that 45 minutes before the accident
0 0 0 The recently certificated, non-instrument rated, private
0 0 0 The pilot planned a cross-country flight originating from
0 0 0 The pilot topped off the airplane's fuel tanks (total cap
0 0 0 Two people, a father and son, were hired by the airpla
0 0 0 The pilot was to perform aerobatics at an air show at
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0 0 0 The pilot said he was flying over Lake Michigan, when
0 0 0 The experimental airplane was observed by witnesses
0 0 0 The pilot departed the airport en route to another airp
0 0 0 According to a witness, the airplane did not appear ali
0 0 0 The airplane collided with mountainous/hilly terrain as
0 0 0 Upon entering the downwind leg of the traffic pattern,
0 0 0 During the takeoff, the single-engine airplane 'began t
0 0 0 The pilot said that during the landing, the tail wheel 'fa
0 0 0 The pilot landed long on the runway with a tailwind pre
0 0 0 The certificated commercial pilot started a southeaste
0 0 0 While in a descent, the pilot experienced a total loss o
0 0 0 The pilot stated that he waited for the fog to lift, depar
0 0 0 The airplane was destroyed during an in-flight collision
0 0 0 The uncertified pilot reported that the main landing ge
0 0 0 While positioning the helicopter from the ground to a s
0 0 0 During a dual instructional flight lesson, the flight instr
0 0 0 Shortly after takeoff, the pilot initiated a fuel managem
0 0 0 According to the airport control tower operator, the he
0 0 0 The pilot filled the airplane with 64 gallons of fuel and
0 0 0 The pilot stated he departed with about 7 or 8 gallons
0 0 0 During initial climb in instrument meteorological condi
0 0 0 According to witnesses, the amateur-built experiment
0 0 0 The amateur-built gyroplane was destroyed on impac
0 0 0 The certificated airline transport pilot stated that he ha
0 0 0 The pilot reported that while in cruise flight, the propel
0 0 0 The pilot stated that he was teaching his girlfriend to t
0 0 0 The pilot departed on a night cross-country flight witho
0 0 0
0 0 0 The airplane impacted a tree and terrain following a to
0 0 0 The certificated airline transport pilot reported that wh
0 0 0 During touchdown, the airplane bounced twice on its m
0 0 0 The pilot said he was taxiing his tail wheel equipped a
0 0 0 Witnesses saw the airplane touch down hard and por
0 0 0 The helicopter rolled over during an emergency landin
0 0 0 The certificated commercial pilot reported that as he s
0 0 0 The pilot reported that during the landing roll, the tail w
0 0 0 The pilot anticipated encountering a light 2 to 4 mph w
0 0 0 The pilot reported that he was in cruise flight at 6,000
0 0 0 On final approach, the pilot corrected for a crosswind,
0 0 0 While on final approach, low, and configured to land,
0 0 0 The pilot reported that during a maintenance test fligh
0 0 0 The airplane touched down on its main landing gear p
0 0 0 The airplane was observed to depart normally for a po
0 0 0 The pilot experienced a reported loss of engine powe
0 0 0 Witnesses reported observing the airplane on a 'tight'
0 0 0 During the day cross-country flight in instrument mete
0 0 0 The helicopter was engaged in seismographic/externa
0 0 0 The airplane was on a traffic observation flight when i
0 0 0 The airplane sustained substantial damage on impact
0 0 0 The airplane sustained substantial damage on impact
0 0 0 A glider sustained substantial damage on contact with
0 0 0 According to the pilot, upon landing on the dry grass/t
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0 0 0 The commercial certificated pilot landed on a remote
0 0 0
0 0 0 Seconds after the pilot took off in his experimental air
0 0 0 Upon completing one circuit around the traffic pattern
0 0 0 During climb to cruise, approximately 1,100 feet agl, t
0 0 0 Dark night conditions prevailed under overcast skies w
0 0 0 The airplane encountered an in-flight loss of engine p
0 0 0 The airline transport certificated pilot was positioning t
0 0 0 The tail boom of the helicopter bent downward during
0 0 0 The aircraft collided with the ground in a near vertical
0 0 0 The pilot was informed by UNICOM that Runway 23 w
0 0 0 According to the pilot, while on the fourth touch-and-g
0 0 0 The airplane was landing on a 3,000 foot-long grass r
0 0 0 After flying in the local area, the student pilot maneuve
0 0 0 While landing on runway 32, as the airplane entered g
0 0 0 The pilot stated that during the landing he could not st
0 0 0 The pilot experience a loss of engine power due to the
0 0 0 While on short final for landing at an airport situated o
0 0 0
0 0 0 The pilot said he encountered wind shear on short fin
0 0 0 While on a round robin cross-country flight, the engine
0 0 0 The airplane was destroyed on impact with trees and
0 0 0 The airplane overran the runway and collided with sof
0 0 0 While on her first solo cross country flight and cruising
0 0 0 The pilot stated that during the initial climb in his ama
0 0 0 The airplane was in a climb, passing 3,500 feet, when
0 0 0 The non-instrument rated pilot, on a special visual flig
0 0 0 The pilot said he landed the airplane on the sod strip,
0 0 0 The airplane collided with trees and subsequently the
0 0 0 The private certificated pilot reported he was asked by
0 0 0 About 5 minutes before landing at a hospital, the main
0 0 0 The board's full report is available at http://www.ntsb.g
0 0 0 The Gulfstream descended from above and behind th
0 0 0 The pilot landed in calm wind conditions, and the initia
0 0 0 The pilot stated that while attempting to takeoff from a
0 0 0 The pilot made the statement, which was substantiate
0 0 0 The agricultural airplane was spraying a cotton field a
0 0 0 The pilot attempted to land the multi-engine airplane o
0 0 0 The pilot of a Cessna 172 was en route between two
0 1 0 The twin turboprop airplane overran the runway, impa
0 0 0 According to the pilot and a witness, he was spraying
0 0 0 The airplane was destroyed following an uncontrolled
0 0 0
0 0 0 The airplane departed, and flew 54 minutes on a cros
0 0 0 After take off, and leveling out at 2,500 feet, the single
0 0 0 The pilot said that during the landing he noticed the ai
0 0 0 The airplane was damaged when the right wing struck
0 0 0 The pilot of N11938, a Cessna 150L, stated that she s
0 0 0 The pilot of N56JP stated he transmitted his intentions
0 0 0 The pilot, who was aware that the engine on his gyrop
0 0 0 The glider was approximately 2.5 miles south of the a
0 0 0 The flight instructor stated that the aircraft was in leve
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0 0 0 The pilot stated that during landing approach the aircr
0 0 0 The pilot of N11938, a Cessna 150L, stated that she s
0 0 0 The pilot of N56JP stated he transmitted his intentions
0 0 0 The pilot said that on initial climb after takeoff the airp
0 0 0 The pilot encountered turbulence while passing over a
0 0 0 The airplane experienced a total loss of engine power
0 0 0 The experimental airplane sustained substantial dama
0 0 0 The airplane sustained substantial damage when it ve
0 0 0 The airplane was substantially damaged when it struc
0 0 0 The pilot stated that he engaged 10 degrees of flaps,
0 0 0 During a climbing turn after takeoff a fabric panel sep
0 0 0 A hard autorotation landing resulted from a loss of en
0 0 0 The airplane collided with a fence during a forced land
0 0 0 The airplane lost engine power during a climb from tra
0 0 0 A witness observed the gyroplane flying over his resid
0 0 0 The pilot stated that as he started the takeoff roll, with
0 0 0 The pilot reported that he was on a right base leg to R
0 0 0 The airplane impacted mountainous terrain after the in
0 0 0 The airplane encountered an in-flight loss of engine p
0 0 0 The pilot made a power-off landing about 1/2 mile sho
0 0 0 The airplane was flying at an estimated altitude of 400
0 0 0 The airplane was destroyed when it impacted trees an
0 0 0 The instructor ordered the student to go-around and t
The instrument rated commercial pilot obtained a pref
0 0 0 The airplane struck trees and terrain about 300 feet le
0 0 0 The instructor stated that during the landing rollout the
0 0 2 The airplane collided with an electrical line during an o
0 0 0 During en route cruise flight at an assigned altitude of
0 0 0 Airport personnel heard the student pilot of the single-
0 0 0 A private certificated pilot was departing a small lake
0 0 0 The pilot and passenger departed Friday Harbor, Was
0 0 0 The airplane departed, and while approximately 2 mile
0 0 0 The pilot stated that during landing roll, the aircraft tur
0 0 0 The aircraft was observed departing the airport about
0 0 0 The private certificated pilot was preparing to land on
0 0 0 The helicopter departed from a helipad located on an
0 0 0 During the landing flare, the propeller blades began st
0 0 0 The pilot was executing an ILS approach to an uncon
0 0 0 During a precautionary landing, the airplane ran off of
0 0 0 The certificated private pilot reported that after recent
0 0 0 The pilot stated that he was to practice short field take
0 0 0
0 0 0 The pilot made a touch and go landing. During climbo
0 0 0 The pilot stated that he made a 3 point touchdown an
0 0 0 The single engine airplane collided with terrain in a rig
0 0 0 The instructor reported a right engine fire and request
0 0 0 During approach to land on a helipad at the completio
0 0 0 While on a local flight, conducting touch-and-go landin
0 0 0 The aircraft landed short of the runway, impacting an
0 0 0 While attempting to land, the airplane collided with de
0 0 0
0 0 0 While operating on an IFR flight plan in VMC, the pilo
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The pilot stated his landing touchdown occurred at ab
0 0 0 The pilot reported that the flight was in cruise at 7,000
0 0 0 The airplane impacted the terrain following a loss of e
0 0 0 During a night approach to an unlighted field, the pilot
0 0 0 The private pilot reported that upon arrival in the area
0 0 0 The pilot reported that shortly before takeoff, she swit
0 0 0 While performing maneuvers, at an altitude of about 2
0 0 0 The pilot reported that the aircraft touched down in a t
0 0 0 Airwork followed by three uneventful landings and a p
0 0 0 The pilot contacted Des Moines approach control for l
0 0 0 The pilot reported that prior to takeoff he checked the
According to the pilot's statement, while conducting st
The student was conducting a landing to Inverness' r
0 0 0 After making a forced landing in an open field due to a
0 0 0 The pilot, who made a dark-night departure from a co
0 0 0 During a forced landing due to a loss of engine power
0 0 0 A Safety Board staff meteorologist performed a weath
0 0 0 During approach, the engine stopped producing powe
0 0 0 The pilot stated that he performed a preflight inspectio
0 0 0 The commercial certificated pilot reported he is condu
0 0 0 The 1,000-foot airstrip had just been constructed, and
0 0 0 As the airplane was in the traffic pattern, the engine lo
0 0 0 During landing, the nose wheel collapsed, the airplane
0 0 0 About 2 hours before departure, the instrument rated
0 0 0 The accident aircraft had recently had maintenance w
0 0 0 After a normal preflight and run-up of the single engin
0 0 0 After soaring for about 1 hour, the student pilot heade
0 0 0 While in cruise flight the airplane experienced a total l
0 0 0 The private pilot was landing the tail-wheel equipped a
0 0 0 The airplane made a forced landing in an open desert
0 0 0 Several friends volunteered to help the pilot locate str
0 0 0 The pilot flew for 2 hours and arrived after the airport
0 0 0 The student pilot and a flight instructor had departed o
0 0 0 During an aborted landing, the helicopter maneuvered
0 0 0 The flight was a rental check out. The flight instructor
0 0 0 During a telephone conversation with the National Tra
0 0 0 The certificated private pilot was landing a tundra tire
0 0 0
0 0 0 A practice autorotation to touchdown resulted in a har
0 0 0 The amateur-built, experimental single engine airplan
0 0 0 Five witnesses observed the single-engine tail wheel
0 0 0 The student pilot said that right after liftoff he noticed
0 0 0 According to the pilot, he experienced strong gusty wi
0 0 0 A formation flight of two F-16s departed Moody Air Fo
0 0 0 The student pilot was landing the tail-wheel equipped
The aircraft operator reported that after takeoff from M
0 0 0 A formation flight of two F-16s departed Moody Air Fo
0 0 0 During the initial approach descent from cruise altitud
0 0 0 The turbine powered helicopter was on a 29 nautical m
0 0 0 During a descent, and while passing through approxim
0 0 0 During the climb-out from takeoff at about 200 feet ab
0 0 0 After arriving in the airport area, the pilot maneuvered
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0 0 0 During the takeoff roll, the pilot realized the control wh
0 0 0 During the landing rollout, the tail wheel began to vibra
0 0 0 During initial climbout at about 880 feet agl, the engin
0 0 0 The airplane contacted a deer during landing. The pil
0 0 0 While on final approach to land, the pilot believed he w
0 0 0 The homebuilt airplane touched down on the turf runw
0 0 0 During high-speed taxi tests on the first flight of the gy
0 0 0 The instructor pilot said that the "winds reported on pr
0 0 0 The airplane impacted the terrain following a loss of c
0 0 0 The airplane nosed over during a forced landing after
0 0 0 While on a cross-country flight, the pilot initiated desc
0 0 0 According to the pilot he departed with 'full fuel tanks
0 0 0 While returning to the airport after practicing maneuve
0 0 0 The student pilot (SP) was attempting to off-load the h
The pilot smelled something, and when he checked th
0 0 0
0 0 0 Witnesses observed the experimental amateur built a
While the pilot/builder was conducting the 28th test fli
0 0 0 While conducting long-line operations, the helicopter e
0 0 0 The non-instrument rated private pilot obtained a wea
0 0 0 According to the pilot, during his landing roll on runwa
0 0 0
0 0 0 While descending through 3,000 feet, the airplane's e
0 0 0 The pilot was conducting a post-maintenance test flig
0 0 0
0 0 0 The airplane ran off the side of the runway and nosed
0 0 0 The non-instrument rated pilot stated that he obtained
0 0 0 The single-engine airplane struck trees and terrain fol
0 0 0 The Cessna 172 was flying level at 2,000 feet, eastbo
0 0 0 The pilot received clearance for an IFR departure. Th
0 0 0 During a night cross-country flight, the private pilot be
0 0 0 While in cruise on a night cross-country flight, the airp
0 0 0 The Cessna 172 was flying level at 2,000 feet, eastbo
0 0 0 During initial climb after takeoff, the pilot noticed that t
0 0 0 The airplane was destroyed when it impacted the grou
0 0 0 According to the pilot, this was his second flight of the
0 0 0 According to the pilot, shortly after takeoff the engine
0 0 0 The pilot conducted a preflight, to include draining the
0 0 0 The pilot was ferrying the airplane with the landing ge
0 0 0 There were two pilots aboard the aircraft at the time o
0 0 0 The certificated airline transport pilot related that he la
0 0 0 The airplane lost airspeed and altitude while sightseei
0 0 0 The airplane landed with a quartering tailwind and gro
0 0 0 While landing, at a speed of 80 knots, a downdraft wa
0 0 0 The student pilot was transitioning from the active run
0 0 0 The student pilot reported that the final approach was
0 0 0 The twin-engine airplane impacted a utility pole about
0 0 0 The pilot said that when he put the landing gear down
0 0 0 Before the VFR cross country flight departed, the pilot
0 0 0 According to the pilot, during landing on the grass stri
0 0 0 The pilot began a takeoff run to the west, planning a l
0 0 0 The helicopter was returning to shore from an oil platf
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0 0 0 The airplane lifted off the runway at about 70 knots, 3
0 0 0 The pilot reported that prior to departure to refuel the
0 0 0 The pilot departed the airport for a local flight and whe
0 0 0
After discharging three parachutists into a drop zone f
0 0 0 While maneuvering on a local instructional flight the m
0 0 0 The pilots had been conducting short-field takeoffs an
0 0 0 The non-instrument rated pilot departed on a night cro
0 0 0 The purpose of the flight was for the certified flight ins
0 0 0 The pilot stated the aircraft's approach speed was hig
0 0 0 The airplane sat on the ramp for about 2 1/2 weeks w
0 0 0
0 0 0 During the landing roll, the student pilot was unable to
0 0 0 The pilot made a swath run to the west, turned east b
0 0 0 The pilot stated he attempted a takeoff in a slightly ov
0 0 0 The non-instrument rated private pilot obtained a wea
0 0 0 The helicopter was engaged in an animal capture pro
0 0 0 The purpose of the flight was an FAA monitored 14 C
0 0 0 The pilot said he was flight-testing the newly finished
0 0 0 The non-instrument rated private pilot did not obtain a
0 0 0 The airplane nosed over during a forced landing. The
0 0 0 With a fight instructor, the pilot executed a normal tak
0 0 0 The student pilot was practicing solo takeoffs and land
0 0 0 The pilot was on approach for landing and prematurel
0 0 0 After being cleared for a VOR/DME Runway 29 instru
0 0 0 Night visual meteorological conditions prevailed when
0 0 0 The pilot reported that while maneuvering for departu
0 0 0 The certified flight instructors (CFI) attempted VFR flig
0 0 0 According to air traffic control communication and rad
0 0 0
0 0 0 The pilot filed a visual flight plan to practice night land
0 0 0 The commercial pilot lost control of the single engine
0 0 0 While enroute to Lakeland Linder Regional Airport in L
0 0 0 The pilot was performing a short test flight in an exper
0 0 0 The airplane was cleared to land on runway 11L. The
0 0 0 The airplane had sat dormant for almost 8 years, and
0 0 0 The flight was maneuvering in instrument meteorolog
0 0 0 An FAA contract tower controller at the Hollywood No
0 0 0 During the practice 180-degree autorotation landing, t
0 0 0 A passenger aboard an airplane sustained fatal injurie
0 0 0 The student pilot said that this was his first solo flight,
0 0 0 During descent at the end of a dark night VFR cross c
0 0 0 The commercial certificated pilot had just gotten the a
0 0 0 The non-instrument rated private pilot did not obtain a
0 0 0 The airplane was damaged when it impacted the grou
0 0 0 The pilot stated that he had been flying for about 20 m
0 0 0 The private pilot was receiving an airplane checkout f
0 0 0 During cruise flight, the engine lost all power due to a
0 0 0 The private certificated pilot was beginning a landing a
0 0 0 A student pilot, accompanied by a commercial certific
0 0 0 The amateur-built experimental aircraft had recently b
0 0 0 While en route at 1,000 feet agl, the instructor pilot ga
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0 0 0 The pilot conducted a pre-buy inspection of the airplan
0 0 0 The student pilot/owner of a tailwheel-equipped Piper
The pilot stated he that performed a pre-flight inspecti
0 0 0 During a local night VFR flight, the airplane experienc
0 0 0 After the airline transport pilot (ATP) receiving instruct
0 0 0 The airplane landed 15 feet short of runway 09 followi
0 0 0 The airplane impacted the terrain following a loss of c
0 0 0 During initial climbout at about 1,000 feet agl, the eng
0 0 0 The pilot stated that when he turned off the electric fu
The airplane sustained substantial damage on impact
0 0 0 The flight crew was returning from off-loading their ca
0 0 0 While on an extended downwind for landing the airpla
0 0 0 During landing from a visual approach at the conclusi
The pilot reported that while in cruise flight at 1,800 fe
The pilot and passenger departed on a night IFR fligh
0 0 0 The pilot stated that he was departing from his private
0 0 0 About 20 feet above the touchdown point, the pilot do
0 0 0 During the landing roll, the airplane exited the runway
0 0 0 Shortly after liftoff to a 10-foot hover, the certified fligh
0 0 0 During a forced landing precipitated by fuel starvation
While the pilot attempted to start the airplane's engine
0 0 0 The pilot stated that he performed a pre-flight inspecti
0 0 0 As the airplane made a full flap approach to the runwa
0 0 0 The tower cleared the pilot to land on runway 03. How
0 0 0 During short final on the instrument approach, ice acc
0 0 0 The pilot said that he departed Kimball, South Dakota
0 0 0 The flight instructor stated that he and the student had
0 0 0 The airline transport rated pilot, who is also a mainten
According to the pilot, following five uneventful full sto
0 0 0 The pilot reported that after landing on a dirt strip, whi
The pilot said that she was landing on runway 29 whe
The airplane nosed over during a precautionary landin
0 0 0 The first pilot, a certificated flight instructor, was giving
The pilot reported that when he lowered the landing g
During an aerial survey flight, the aircraft was maneuv
The student pilot reported that he was on a solo cross
0 0 0 During a repositioning flight conducted in visual meteo
0 0 0 The student pilot had previously practiced a soft field
The aircraft was performing touch and goes when it s
0 0 0
The pilot flared for landing 4 to 5 feet above the groun
While practicing a short-field landing the aircraft lande
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narr_cause
An inadvertent in-flight collision with a bird in cruise flight resulting in substantial damage to the airplane.
The pilot's failure to adequately evaluate weather conditions that resulted in the continuation of visual flight into instrument weat
The failure of the pilot to maintain positional awareness, which resulted in his becoming lost and disoriented. Contributing facto
A partial loss of engine power due to the failure of maintenance personnel to properly install and safety the throttle arm to the c
The loss of engine power for an undetermined reason. A factor was the dark night light condition.
The separation of the #1 piston pin due to fatigue, which resulted in a total loss of engine power. A factor was the lack of suitab
The non-instrument rated pilot's intentional flight into IMC, and his subsequent spatial disorientation that resulted in an inadvert
The pilot's failure to use carburetor heat as required by the Pilot's Operating Handbook resulting in a loss of engine and rotor rp
the loss of engine power during climb as a result of fatigue cracking of the #4 cylinder head and its subsequent separation from
The pilot's inadequate inflight planning that resulted in fuel exhaustion and the subsequent loss of engine power.
The pilot's failure to maintain directional control on landing resulting in the airplane going off the side of the runway and colliding
the fatigue fracture and separation of the secondary drive shaft, which resulted from the manufacturer's inadequate quality cont
The pilot misreading the visual approach lighting system, resulting in his failure to maintain proper alignment with the runway an
The pilot's lack of total experience in instrument flight, simulated instrument flight, and night flight resulting in the pilot becoming
Was the pilot's failure to maintain directional control after encountering a loss of tail rotor effectiveness.
Both pilots' failure to adequately manage the fuel supply, which resulted in fuel starvation.
the pilot failed to maintain a proper glidepath and obstacle clearance during an instrument approach. Additional factors to the a
Fuel exhaustion due to the non-certificated 'pilot's' failure to determine the fuel quantity prior to takeoff. Factors include a dark n
The failure of the maintenance personnel to follow the manufacturer's procedures and directives regarding the proper torquing
was the improper decision of the pilot to depart at night, from an unlighted runway with no visual references to obstructions on t
A loss of engine power for undetermined reasons. A factor was the particulate contamination in the fuel.
The pilot's failure to recover from an intentional aerobatic maneuver.
The snow shower, and the lack of suitable terrain for the precautionary landing.
Collision with a deer during landing roll. Factors were a dark night and lack of wildlife control devices on the airport.
A forced landing on rough, unsuitable terrain. Factors were: Inadequate preflight planning, flight into known adverse weather c
The loss of engine power for undetermined reasons. A factor was conditions favorable for the formation of carburetor ice.
failure of the left main landing gear attachment during the landing/flare touchdown for undetermined reasons, resulting in the lo
The pilots failure to maintain airspeed (VSO) while maneuve ring on a turn to crosswind resulting in an inadvertent stall/spin, an
The pilot's failure to maintain airspeed (VSO) while maneuv ering on a night instrument approach in instrument conditions. This
the pilot's failure to maintain aircraft control during the landing roll-out.
The pilot's excessive flare resulting in a hard landing. Factors were the loss of engine power for undetermined reasons, the po
The pilot's failure to comply with proper procedures for engine startup by failing to disengage the magneto prior to hand-turning
Loss of aircraft control during initial climb for undetermined reasons.
The pilot's failure to follow the published instrument approach procedure, and his failure to establish a climb after passing the m
A jammed carburetor needle which resulted in fuel starvation and the subsequent hard forced landing after takeoff. Contributing
The pilot's failure to maintain control of the airplane during landing. A factor was the gust of wind.
The pilot's inadequate ice/frost removal from the aircraft.
the manufacturer representative's improper reinstallation of the crankshaft counterweight snap rings which subsequently separa
The failure of the pilot to maintain altitude and clearance from terrain during a turn to reverse direction after encountering instru
Loss of tail rotor effectiveness while maneuvering. A factor was the high density altitude.
The pilot's improper use of elevator trim, resulting in his failure to obtain sufficient takeoff airspeed and subsequent inadvertent
Fuel exhaustion due to the pilot's in-flight decision to not refuel the airplane at an en route stop as planned.
The total loss of engine power resulting from an exhaust valve failure. A factor was the lack of suitable terrain for the forced lan
the pilot's failure to maintain aircraft control.
the pilot's excessive taxiing speed and failure to maintain adequate clearance from objects, resulting in the gyroplane's main ro
the pilot's improper in-flight planning/decision and continued visual flight into instrument meteorological conditions (IMC) that re
the pilot not maintaining proper glidepath on the ILS approach, the pilot's improper decision to continue the approach below the
The pilots failure to arrest the helicopter's descent rate during a planned approach to a hover. Factors include uneven terrain.
The pilot's continued VFR flight into IMC conditions. Factors were the pilot's inadequate preflight planning and snow showers.
the failure of the pilot to follow his approach clearance, and subsequent descent into unprotected airspace which resulted in a c
The fuel system contamination that resulted in a loss of engine power during aerial application and a subsequent collision with
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The pilot's failure to correct the descent, and his failure to maintain a visual lookout. Factors were the pilot's improper weather
the pilot's improperly performed flare.
Failure for undetermined reasons of the right main landing gear strut during landing resulting in collapse of the right main landin
The failure of the crankshaft drive gear as a result of fatigue, which resulted in a forced landing. A factor was the lack of suitab
A total loss of engine power due to turbine wheel fracture resulting from fatigue for undetermined reasons that resulted in an au
The pilot's improper decision to attempt to close the pilot's door during the takeoff roll, which delayed the aborted takeoff and re
The pilot's delay in aborting the takeoff. A factor was the open cabin door.
A blocked crankcase breather line due to ice and improper maintenance which resulted in further restricting the line. A factor in
Failure of the pilot to maintain directional control of the airplane during the takeoff roll.
The pilot's improper approach planning, which resulted in a downwind landing. A factor was the loss of engine power for undet
The pilot's failure to maintain airspeed while maneuvering in the traffic pattern, which resulted in a stall/spin. Factors were the p
The pilot's evasive maneuver during landing roll due to panic after hearing another pilot report landing on the opposite runway r
The loss of engine power during cruise flight for unknown reasons resulting in a forced landing in a plowed field.
Failure of the pilot to maintain control after encountering a dynamic rollover.
The pilot's failure to maintain aircraft control during landing roll.
the pilot's failure to maintain the minimum controllable airspeed following a loss of engine power during the initial takeoff climb.
The proper alignment not being maintained by the dual student during an attempted running takeoff and the inadequate superv
The pilot's failure to adequately remove ice and snow from the airplane. A contributing factor was the pilot's inability to maintain
The dual student's improper use of the throttles; the flight instructor's inadequate supervision; and the delayed remedial action b
the pilot's disregard of the unsafe runway condition, his decision to operate the airplane on unsuitable terrain, and the failure to
The pilot's failure to remove ice from the wings prior to takeoff resulting in the aircraft not climbing after takeoff and colliding wit
The loss of engine power due to a crack in the #6 cylinder. A factor was the lack of suitable terrain for the forced landing.
The failure of the pilot to maintain directional control of the airplane while taxiing after landing resulting in the on-ground collision
The inadvertent porpoise and improper remedial action of the pilot during the landing attempt.
The pilot's inadequate clearance while maneuvering beneath a telephone line.
The failure of the pilot to deice the airplane prior to departure.
The partial loss of engine power due to undetermined reasons and unsuitable terrain encountered by the pilot-in-command (CF
The diminished effectiveness of the anti-skid brake system due to the slush contaminated runway. Factors were the freezing ra
The failure of the pilot to maintain main rotor rpm, which resulted in a hard landing.
The pilot's inadequate preflight inspection.
The failure of the pilot to obtain winds aloft for the planned cross country flight with a preflight weather briefing and inadequate f
The pilot's inadequate preflight planning in that he did not perform a fuel calculation, and his failure to verify the fuel quantity on
Failure of the main rotor mast due to fatigue that resulted from inadequate quality assurance during the manufacturing process
The student's failure to maintain directional control after encountering a tail rotor vortex ring state induced right yaw.
Fuel exhaustion due to the pilot's inadequate en route fuel consumption calculations.
The pilot's misinterpretation of his VOR navigation indicator, which subsequently led to his becoming lost and disoriented while
The pilot's improper decision to attempt a go-around, then attempt to stop on the wet grass. Factors include variable winds, the
The on-ground fire caused by fuel flowing out the fuel vent and near the exhaust of the left engine resulting in the on-ground fire
The dual student's loss of directional control and the flight instructor's inadequate supervision of the flight.
Failure of the engine due to improper installation of the intake and exhaust push rods (components were switched) by unknown
The pilot's failure to use carburetor heat, resulting in a loss of engine power, and, his misjudged autorotation approach that resu
The pilot's improper compensation for wind conditions during the single-engine landing. Factors associated with this accident w
The student pilot's excessive remedial action (banking to realign the airplane with the runway). Factors were the student pilot fl
the instructor pilot not performing remedial action on the student's right drift during the flare. Factors were the student not main
The pilot's failure to use carburetor heat in a timely manner while maneuvering in conditions conducive to carburetor icing, resu
The pilot's failure to maintain directional and altitude control of the airplane during a ago-around maneuver, resulting in collision
The pilot's failure to maintain clearance with trees during an intentional low altitude flight maneuver.
The pilot's failure to maintain control of the airplane during takeoff which resulted in an inadvertent stall. A factor in the acciden
The pilot's improper use of the brakes during the landing rollout. The pilot's self induced pressure and the quartering tailwind w
The pilot's failure to maintain an adequate airspeed, which resulted in an inadvertent stall and spin.
The pilot inadvertently allowing the airplane to stall. Factors were the missing alternator belt and the resultant total electrical sy
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The pilot failed to maintain directional control during the takeoff portion of a touch and go landing.
The CFI's delay in remedial action after the student pilot lost control of the airplane. A factor in the accident was the CFI's lack
A loss of power in the right engine due to undetermined reasons and the pilot's failure to maintain control of the airplane. Facto
The pilot's inadequate compensation for the existing crosswind condition and his failure to maintain runway alignment.
The pilots' inadequate visual lookout in visual conditions and class 'E' airspace. Contributing to the accident were the initial pos
The pilot's failure to maintain sufficient altitude over, or clearance with, a barbed-wire fence. A factor was the fence.
The student pilot's failure to maintain directional control. A factor in this accident was the crosswind condition.
The student pilot's failure to maintain directional control during landing and the subsequent collision with a taxiway sign and coll
The improper recovery from the bounced landing by the pilot-in-command for his failure to apply power and inadvertent stall by
the fracture across the eyelet of the nose gear retraction rod, which prevented the extension of the nose gear.
Failure of the student pilot to maintain directional control of the airplane during takeoff.
The pilots' inadequate visual lookout in visual conditions and class 'E' airspace. Contributing to the accident were the initial pos
The pilot's inadequate weather evaluation and continued visual flight into instrument meteorological conditions. Factors were th
Failure of the pilot in command to maintain directional control, resulting in an inadvertent ground loop. A factor was the crossw
Clearance not maintained by the pilot of the other airplane. A factor relating to the accident was the airport control tower's loca
The failure of the pilot to retract the flaps from the fully extended position following the last landing resulting in the failure to mai
the pilot's attempt to go-around with inadequate altitude and airspeed available, resulting in a power demand that exceeded the
the seizure of the engine while maneuvering due to the oil pressure relief valve plug ball seat becoming contaminated with meta
The pilot's failure to maintain clearance from the other airplane. Factors relating to the accident were the pilot's poor visual look
the pilot's inadequate fuel consumption calculation. Factors were the rough terrain, the fence and the exhaustion of the fuel su
The pilot's selection of an unsuitable landing site on a frozen, snow-covered lake. A factor associated with the accident was an
chafed wiring that resulted in an electrical short which initiated the landing gear retraction cycle when cabin heat was activated,
the student pilot's failure to maintain directional control during landing. A factor in the accident was the ditch that ran parallel to
inadequate aircraft preflight by the pilot and fuel consumption calculations not being preformed by the pilot. Factors to the accid
The pilot's failure to maintain a safe altitude and his failure to attain the proper touchdown point during landing. A factor was the
The flight instructors inadequate supervision of a dual student who attempted a go around using one engine which resulted in lo
The pilot's continued flight from visual flight rules into instrument meteorological conditions.
The pilot's failure to roll throttle back on (return the power to the normal operating range) during an attempted power recovery fr
The pilot's failure to maintain visual lookout during flight operations under Visual Flight Rules. A factor is that the pilot was not o
The pilot's loss of control of the airplane during the landing.
The pilot's failure to adequately compensate for wind conditions. A factor was the wind gust.
the pilots improper use of powerplant controls. A factor in the accident was the plowed farm field.
The of other aircraft pilot's failure to maintain proper visual look out during flight operations under Visual Flight Rules.
the non-instrumented rated pilot elected to takeoff into known adverse weather conditions, which resulted in impact with rising t
the student pilot's loss of directional control during the takeoff roll.
The loss of engine power due to fuel system contamination. A factor was the lack of suitable terrain for the forced landing.
was a delayed decision of the pilot to abort the landing. Factors were the wet runway, and the tail winds that prevailed in the ar
The pilot's failure to maintain airspeed during a climb, which resulted in a loss of aircraft control.
An unknown mechanical malfunction that resulted in a precautionary landing at sea and the subsequent sinking of the helicopte
The pilot's attempted flight into known adverse weather after receiving hazardous weather advisories, which resulted in inadver
The pilot's failure to refuel resulting in fuel exhaustion and a total loss of engine power. Factors were the low ceilings, mist, and
The inadequate visual lookout by the pilots of both airplanes.
the failure of both flight crews to see and avoid the other airplane while operating in the traffic pattern, which resulted in a mid-a
The inadequate visual lookout by the pilots of both airplanes.
the pilot's failure to verify that ground personnel had disconnected the loading hose from the hopper before takeoff, resulting in
The company mechanic's failure to correctly install one or more of the crankshaft counterweight pin retaining plate snap rings, s
the failure of both flight crews to see and avoid the other airplane while operating in the traffic pattern, which resulted in a mid-a
The S76 helicopter pilot's failure to follow ATC landing sequence clearance, which resulted in the PA-28's encounter with the he
Directional control was not maintained. Inadequate remedial action was a factor.
Engine failure due to the disconnection of the intake manifold from the #3 cylinder, as a result of improper maintenance.
the pilot's failure to maintain control of the helicopter during a practice autorotation, by allowing the rotor rpm to become inadeq
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failure of the pilot to comply with the checklists in the Owner's Handbook, resulting in a total loss of engine power due to fuel ex
The failure of both pilots to maintain visual lookout while maneuvering in the traffic pattern.
The pilot's selection of unsuitable terrain for landing. Factors in the accident were soft, snow covered terrain.
Exhaustion of the fuel supply due to a leaking fuel tank system. Factors contributing to the accident were, inaccurate fuel quan
The pilot's decision to land on a runway that was covered with ice and snow, without obtaining current wind information. Factor
ported that he and the observer were planning to conduct tuna spotting operations. This was to be the first flight of the day. After takeoff, ab
the loss of engine power for undetermined reasons. A contributing factor was the lack of suitable terrain for the ensuing forced
the pilot planned the approach too low, which resulted in inadequate altitude to clear powerlines, and the subsequent in-flight co
The delayed aborted takeoff by the pilot. Factors were the pilot's intentional ground loop/swerve and the tail wind.
The pilot's inadequate pre-flight planning resulting in a total loss of engine power due to fuel exhaustion.
a collision with a fence while at a hover, which resulted in the helicopter rolling over.
the pilots failure to maintain directional control of the aircraft. Factors were the icy runway and the snowbank.
the pilot's poor inflight planning in that he turned into a tailwind which resulted in diminished airspeed. Factors associated with
the passenger not maintaining clearance from the rotating propeller.
The pilot's failure to maintain directional control during the landing roll.
The pilot's inadequate visual lookout while maneuvering in proximity to wires. A contributing factor was the sun glare, which red
Failure of the pilot to maintain control of the aircraft during a crosswind takeoff, which resulted in a collision with the terrain and
the directional control not obtained/maintained by the dual student and the remedial action not performed by the certified flight i
The student pilot's failure to maintain directional control. Factors were the pilot's lack of total experience and the snowbank.
The pilot-in-command attempted a low pass and misjudged his altitude.
the flight instructor's inadequate compensation for the wind conditions. A factor was the flight instructor's improper use of spee
A total loss of engine power due to fuel starvation for und etermined reasons. This resulted in a forced landing to none suitable
The pilot's inadequate fuel management, his inaccurate fuel consumption calculations, and his improper use of the fuel selecto
The pilot's improper preflight planning/preparation in that he initiated flight into known adverse weather, and continued VFR fligh
the pilot's failure to maintain aircraft control during the missed approach. Factors to the accident were, the pilot's improper dec
aircraft control not being maintained by the pilot during the attempted go-around. Factors to the accident were the inadequate p
The pilot's selection of an unsuitable taxi area. A factor associated with the accident was the soft, snow-covered terrain.
The pilot's failure to maintain a visual lookout while repo sitioning the helicopter at a road side landing zone resulting in an in-flig
The failure and separation of the right landing gear axle during taxi from landing for undetermined reasons.
the total failure of the engine number 1 cylinder exhaust valve.
The pilot's failure to maintain aircraft control during landing. A factor was the crosswind condition.
The pilot's failure to maintain control of the aircraft during landing roll. Factors were the pilot's diverted attention to raising the fl
The pilot's failure to maintain clearance with a fence during the aborted landing.
The pilot not following procedures in that he did not periodically clear the engine during an extended glide. The factors were ca
The pilot's selection of a final approach airspeed in variance with the manufacturer's recommendations, which was too slow for
the go-around not performed, the improper flare, and recovery from a bounced landing not performed by the pilot. The crosswi
the improper major overhaul of the engine by company maintenance personnel. The tree was a contributing factor.
the student pilot's improper preflight that resulted in his operating an aircraft with contaminated fuel that resulted in a loss of eng
Total loss of engine power for undetermined reasons on appr oach for landing resulting in an in-flight collision with a dirt bank, s
The pilot's improper use of flight controls (cyclic and col lective) during a autorotation resulting in a hard landing and subsequen
was the pilot's failure to maintain control of the airplane after a loss of engine power on one engine. Factors in the accident we
The pilot's improper decision to attempt a flight on minimal fuel, which resulted in a total loss of engine power due to fuel exhau
The pilot's failure to maintain aircraft control during landing. A factor was the crosswind condition.
The owner/builder's failure to build the airplane within the design stress limits of the drive shaft assembly, that resulted in the fa
The pilot's failure to maintain directional control while landing with a crosswind.
The failure of the landing gear for undetermined reasons to go into the locked position after the pilot conducted a manual and e
the inadequate maintenance inspection prior to the ferry flight by the pilot/mechanic rated passenger who endorsed the airplane
The pilot's failure to land sooner to refuel, resulting in a power loss due to fuel exhaustion. A factor was a lack of suitable terrai
The pilot's ostentatious display and in-flight decision to perform an abrupt low altitude pitch up maneuver (aerobatic flight). This
Aircraft control was not maintained. Inadequate remedial action was a factor.
The pilot inadvertently selecting the mixture control to off, resulting in a total loss of engine power.
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the encountering of wind conditions in flight that inhibited the pilot from maintaining altitude.
The pilot's failure to maintain directional control during landing. A factor in this accident was the gusty crosswind conditions.
The pilot's failure to obtain/maintain the proper visual glide path resulting in an undershoot and collision with the runway edge.
fuel starvation due to an undetermined blockage in the fuel line from the header tank to the gascolator. Factors relating to this
The maintenance personnel inadequate inspection of the fuel system that resulted in loss of engine power due to fuel filter cont
The pilot's failure to use the checklist, resulting in a wheels-up landing and post-crash fire.
The pilot's inadvertent ground loop.
The pilot's selection of unsuitable terrain for takeoff. Factors in the accident were soft, snow-covered terrain, and an inadverten
Failure of a connecting rod for undetermined reasons. Factors include unsuitable terrain for the forced landing attempt.
In-flight collision with terrain for undetermined reasons.
The pilot's improper use of flight controls during an emergency landing. Factors were an encounter with a loss of tail rotor effec
Loss of engine power for undetermined reasons.
The contamination of the aircraft's fuel. Contributing factors were the pilot's failure to maintain adequate altitude and his divers
A loose seat latch which permitted the seat to move aft to a position where the pilot could no longer reach the controls.
The failure of the pilot-in-command to maintain directional control of the aircraft during landing roll.
The pilot's failure to use carburetor heat, which resulted in a loss of engine power. Factors included the ambient carburetor icin
The pilot's inadvertent landing on water with the wheels of the amphibious float plane extended.
The pilot's performance of low altitude flight and his failure to maintain clearance with the power lines.
The pilot's inadequate checklist procedure prior to departure, which did not verify the fuel selector was in the proper position for
The failure of the supervisor/ground controller and the local controller to provide effective separation between the accident airpl
The failure of the supervisor/ground controller and the local controller to provide effective separation between the accident airpl
The failure of the pilot to refuel the airplane which resulted in fuel exhaustion. Factors were the pilot's poor preflight planning, fa
the pilot's decision to fly into known adverse weather conditions which included icing and his inability to maintain aircraft control
The pilot's failure to adequately compensate for changing wind conditions during the landing roll in a tailwheel-equipped aircraft
The failure of the pilot to initiate a go-around after the airplane began to porpoise, resulting in a hard landing and structural dam
The separation of the right main landing gear tire tread which resulted in damage to the right main landing gear mounting struct
The pilot's selection of an inadequate takeoff area which precluded his ability to remain in ground effect until entering translatio
the loss of engine power resulting from fuel starvation due to the pilot's inadequate pre-flight inspection, inadequate performanc
Fuel exhaustion due to the student pilot becoming lost/disoriented. A factor was the lack of suitable terrain for the forced landin
the pilot's inability to flare the airplane during landing and the subsequent loss of directional control due to restricted movement
Failure of the pilot to see wires and maintain clearance while flying at a low altitude.
The pilot not following the airplane manufacturer's recommended landing procedures for a contaminated runway by landing with
A loss of engine power due to low cylinder compression from an open exhaust valve, and the pilot's failure to lean the fuel mixtu
The pilot's failure to maintain sufficient altitude over, or clearance with, a tree. Factors contributing to the occurrence of the acc
failure of the pilot to maintain clearance from power lines while maneuvering at a low altitude. A factor was glare from the sun.
The pilot's failure to maintain directional control during the takeoff roll. A factor was the crosswind.
The failure of the left magneto, which resulted in the partial loss of engine power during takeoff.
The cracked #8 cylinder resulting in failure of the cylinder. A factor was the plowed/furrowed terrain.
The loss of engine power for an undetermined reason, which resulted in a forced landing. A factor was the dark night light cond
The pilot's failure to abort the landing in a timely manner. Factors were the tailwind and high density altitude, resulting in inadeq
the failure of both pilots to maintain an adequate visual lookout, resulting in both airplanes colliding in flight. Contributing to the
the failure of both pilots to maintain an adequate visual lookout, resulting in both airplanes colliding in flight. Contributing to the
An undetermined electrical system voltage surge.
Loss of engine power for undetermined reasons. A factor was unsuitable terrain on which to make a forced landing.
the flight instructor's inadequate supervision of the student pilot by allowing the student to fly in gusty wind conditions with exces
The pilot's improper judgment and his failure to maintain clearance from the ground. A factor was the pilot's lack of recent expe
The pilot misjudging the flare. Factors were dark night conditions, and the pilot's lack of recent experience in the type of operat
The pilot's failure to maintain directional control of the tailwheel equipped airplane.
The pilot's failure to adequately compensate for wind conditions.
Inadvertent landing gear retraction by person(s) undetermined. A factor was the inadequate supervision of the flight by the fligh
The flightcrew's inadequate coordination and improper weather evaluation. Also causal was the captain's improper decision to
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The pilot's improper collective and cyclic control usage during an emergency descent, following the onset of a 1 to 1 vibration fo
The flight instructors inadequate supervision of the dual student resulting in the student pushing forward on the control stick dur
the inadvertent stall. Factors relating to this accident were the pilot's inadvertent flight into known adverse weather conditions,
the improper entry into the traffic pattern by the pilot of the Piper airplane and the inadequate lookout by the pilots in both airpla
a power loss over unsuitable terrain, for undetermined reason(s).
The failure of the pilot to maintain directional control of the aircraft during the takeoff roll. A rough, uneven runway surface was
the improper entry into the traffic pattern by the pilot of the Piper airplane and the inadequate lookout by the pilots in both airpla
The pilot's decision not to deflate the envelope. A factor was the wind gust.
the pilot inadvertently retracted the landing gear instead of the flaps during the landing roll.
The pilot's inadequate compensation for the gusty wind conditions. A factor was the windshear encountered on final approach.
The pilot's improper decision to operate the airplane with known deficiencies. A factor in this accident was the inability of the en
The pilots inadequate visual outlook while performing aerial application resulting in the aircraft colliding with a piece of farm equ
The pilot's failure to ensure that the landing gear was lowered before touchdown.
the in-flight separation of the main rotor mast while in cruise flight following a mast bumping event. The reason for the mast bu
The pilot's inadvertent stall during an attempted go-around. A factor associated with the accident was the pilot's failure to main
a loss of engine power during climb due to fuel starvation which was caused by a fuel leak in the gascolator as a result of impro
The pilot's failure to maintain control of the aircraft while making a forced landing following loss of engine power for undetermin
the failure of maintenance personnel to properly install and connect the aileron control rod. Factors were the inadequate annua
The pilot's failure to adequately compensate for wind conditions and subsequent loss of control.
Failure to maintain terrain clearance. Factors include mountainous/hilly terrain.
The pilot's failure to maintain directional control after touchdown and the subsequent wing tip strike, ground loop, and runway e
The PIC's inadequate planning and preparation resulting in refueling not being performed and the subsequent fuel exhaustion a
The failure of the right engine mixture control cable, which prevented the pilot from restarting the engine. Contributing factors w
The pilot's failure to maintain aircraft control.
The pilot's failure to maintain control of the airplane which resulted in an inadvertent stall. A factor in the accident was the pilot'
The fuel control metering unit becoming disengaged and the inadvertent use of the fuel supply during flight.
The pilot's in-flight loss of control for undetermined reasons.
the pilot's failure to maintain control during landing roll-out. A factor was the pilot's lack of total experience.
the loss of engine power while maneuvering as a result of the separation of the exhaust rocker arm retaining stud due to fatigue
The pilot's inadequate preflight resulting in loss of engine power due to water and rust contamination of the fuel. A factor was t
The pilot's failure to maintain directional control, resulting in an inadvertent ground loop/swerve. Factors were a burnt and unse
Total failure of an oil line fitting, resulting in oil exhaustion and subsequent engine seizure. Factors were the poor fitting installa
The pilot's inadequate preflight planning resulting in fuel exhaustion.
the pilot of N51933 did not see and maintain clearance from N9570E. A factor associated with the accident was the pilot of N5
The pilot's inadequate weather evaluation, and his improper remedial actions that led to a precautionary landing and subsequen
The loss of engine power for an undetermined reason.
The pilot inadvertently allowing the airplane to porpoise after landing hard, and inadvertently stalling the airplane after aborting t
The pilot's failure to maintain aircraft control and the subsequent inadvertent stall/spin. A factor was the pilot's diverted attentio
the pilot of N51933 did not see and maintain clearance from N9570E. A factor associated with the accident was the pilot of N5
the certified flight instructor's improper use of the mixture control while demonstrating a simulated loss of engine power which r
an inadequate rate of climb and the failure to attain clearance with the trees during the aborted landing. Factors associated wit
The private pilot's inadequate compensation for wind conditions and the flight instructor's delay in remedial action. A factor in th
The pilot's failure to maintain runway alignment during takeoff. A factor in the accident was wind gusts.
The pilot's inadequate compensation for the crosswind. A factor in this accident was the gusty crosswind condition.
The partial loss of engine power due to undetermined reasons.
The inadvertent stall by the pilot-in-command while on final approach resulting in the uncontrolled descent and in-flight collision
The pilot experiencing spatial disorientation while reversing course during a dark night while over water which resul;ted in an in-
the pilot's failure to land as soon as practical and to utilize the available accumulator pressure to transition from hover to flight.
The pilot's inadequate in-flight evaluation of the landing area, which resulted in the separation of the main rotor system as a res
the pilot's inadequate in-flight decision to continue a visual approach in instrument meteorological conditions which resulted in h
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The CFI's failure to perform remedial action in a timely manner which resulted in a hard landing during the practice autorotation
An in-flight loss of control while maneuvering for undetermined reasons resulting in an in-flight collision with terrain. A factor in t
The in-flight collision with the ground for undetermined reasons.
Failure of the pilot to obtain/maintain aircraft control. A factor in the accident was the pilot's inexperience in rotorcraft.
The partial loss of engine power for an undetermined reason.
the right main gear brake was binding for an undetermined reason which resulted in the pilot's inability to maintain directional co
The pilot's failure to maintain aircraft control during landing. Contributing factors were the crosswind condition, gusts, and the p
The pilot's improper weather evaluation, and subsequent improper decision to fly into forecast and known icing conditions that e
The failure of the pilot to maintain clearance between the left wingtip and a hangar door resulting in the on-ground collision.
The instructor pilot's failure to maintain the minimum controllable airspeed during a simulated emergency approach, which resu
Loss of power due to carburetor contamination. Factors, were the trees, and the weather conditions were conducive to carbure
The failure of the pilot to maintain clearance during a spray pass resulting in the in-flight collision with the raised rows of the fiel
The private pilots failure to obtain the proper touchdown point and the CFI's delay in remedial action.
a loss of control for undetermined reason(s).
undetermined. The pilot's failure to reject the takeoff and his failure to retract the landing gear following liftoff were factors.
the CFI's improper use of the throttle control during a simulated loss of engine power emergency. A factor associated with the
the foreign object (shot gun shell) which jammed the control stick. Factors associated with the accident were the low altitude a
Disintegration of a lining of the right brake and subsequent lodging of brake lining debris between the brake housing and brake
the pilot's failure to maintain control during landing roll. A factor was the crosswind.
The loss of engine power for reasons undetermined. A factor was the lack of suitable terrain for the forced landing.
directional control not maintained and maximum gross weight was exceeded by the pilot in command.
The pilot's inadequate compensation for winds. Factors include gusty, shifting winds, crosswinds, and an earthen berm near the
The pilot's failure to maintain an adequate visual lookout, due to his distraction with a flock of birds. A factor was the pilot's imp
The pilot's improper weather evaluation, resulting in a tailwind departure.
The pilot's loss of control during the landing.
Total failure of the number 1 bearing due to lack of lubrication, the oil flow being restricted by a foreign object (epoxy hardener)
the proper touchdown point and proper alignment not attained by the pilot. Contributing factors were the unmarked golf cart, co
The disengagement of the oil jet fitting from its threaded receptacle at the forward end of the engine crankshaft. This resulted in
The failure of the pilot to maintain runway alignment during the initial climb from the grass airstrip. Also, the excessive pull-up b
Failure to maintain sufficient altitude while on the base to final turn for landing subsequently striking the wing tip on the runway.
The pilot inadvertently stalling the airplane. A factor was the pilot's diverted attention toward people on the ground.
the pilot's continued flight into known adverse weather and his failure to maintain obstacle clearance. Contributing factors were
the obstructed fuel system filter, the inadequate silicone material the builder used, and the rough and uneven terrain. A factor w
the pilot not obtaining clearance from the trees. Factors were the trees and the ravine terrain condition.
A loss of engine power due to the failure of the number four cylinder's exhaust valve spring and exhaust valve. Contributing to t
The pilot's selection of an unsuitable landing area. Factors associated with the accident were the pilot's disorientation, landing
The student pilot's inadequate correction for torque, which resulted in a loss of directional control of the airplane.
the pilot's continued flight of the airplane into known adverse weather conditions resulting in the pilot's loss of control of the airc
The pilot's failure to maintain proper runway alignment upon encountering a wind gust, and his subsequent failure or inability to
The pilot's failure to maintain directional control. Factors include a drainage ditch and a crosswind.
A loss of engine power during takeoff climb for undetermined reasons resulting in an attempted emergency landing to unsuitab
A loss of engine power for undetermined reasons. Factors were the lack of suitable terrain for a forced landing and the rough/u
the pilot's failure to maintain control of the airplane while on final approach resulting in the airplane striking trees. Factors in this
The pilot's delayed go-around and his failure to maintain the aircraft's clearance with trees.
the inadvertent stall while maneuvering. A contributing factor was the loss of engine power for an undetermined reason.
The pilot's failure to obtain the proper touchdown point. A factor was a tailwind.
The inadequate maintenance inspection of the secondary shaft which resulted in its fatigue failure that emanated from a corrod
The failure of the pilot to maintain directional control of the airplane during landing in gusting crosswind conditions.
The failure of a spur gear from the torque sensor gear assembly resulting in a loss of engine power. A factor was the muddy te
The failure of the float landing gear system due to non-standard repairs, improper modifications, and corrosion.
The pilot's incorrect positioning of the fuel selector which resulted in fuel starvation. Factors were the pilot's lack of familiarity w
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On ground loss of control resulting in collision with airport markings due to inadequate compensation for wind conditions during
the pilot's inadequate compensation for the wind condition. A factor to the accident was the high winds.
A crack in the propeller blade that developed into a complete separation of the blade.
The pilot's failure to properly follow pre-takeoff checklists (resulting in the engine starters remaining engaged after engine start,
A total loss of power due to an engine rocker arm failure and soft/unsuitable terrain during the subsequent forced landing.
the loss of engine power for undetermined reasons. A factor was the operation within the cross "hatched area" of the helicopte
the inadvertent stall/spin the pilot encountered. A factor was the wind gusts.
The pilot's failure to maintain clearance from objects during the final approach. A factor was downdraft on final approach.
The pilot's intentional performance of aerobatic maneuvers that resulted in the aircraft stalling and entering a spin from which h
The failure of the inboard half of the right main landing gear wheel as a result of fatigue.
Failure by the pilot to keep the burner operating until the balloon was secured. A factor was the passengers disregarding the in
Cracking of the weld between the tailwheel stinger housing and longitudinal cross tube, resulting in separation of the tube/tail w
The pilot's decision to continue with a high, steep, and fast approach, which resulted in a touchdown beyond the halfway point o
failure of the pilot to adequately compensate for a crosswind condition, resulting in a loss of directional control and collision with
The pilot's failure to attain proper alignment with the landing runway, and her failure to maintain proper glide path for the landing
The pilot inadvertently stalling the airplane while turning final.
Collapse of the tail wheel to the right during landing rollout when the forward attach bolt sheared for undetermined reasons. Thi
failure of the pilot to recover from a bounced landing resulting in a loss of directional control and collision with a fence.
The student pilot's loss of directional control on takeoff that resulted in a collision with a taxiway surface.
The pilot's failure to maintain adequate airspeed while in the traffic pattern, which resulted in an inadvertent stall/spin. Contribu
the pilot's intentional flight into known icing conditions which resulted in an inadvertent stall/mush and hard landing. A factor in
The pilot's failure to maintain proper glidepath. A factor was the dark night light conditions.
carburetor ice and the pilot's improper decisions when to use carburetor heat and to perform a soft field landing. Factors relatin
The pilot's failure to follow aircraft operating procedures by not raising the flaps during the go-around maneuver. Contributing fa
an inadvertent stall at too low altitude to allow recovery. Factors in this accident were fog and low ceilings.
The flight instructor's failure to maintain aircraft control during takeoff initial climb.
the pilot misjudged the landing flare which resulted in the airplane porpoising on the runway during the landing.
The pilot's selection of unsuitable terrain for landing. Factors in the accident were snow-covered terrain, and a short runway/lan
The first pilot's (pilot-in-command) inadequate evaluation of the weather, and failure to maintain an adequate altitude above the
Proper touchdown point not attained by the pilot. Factors include excessive speed at touchdown, a wet runway, a fence, and th
The pilot's in-flight loss of control while maneuvering for undetermined reasons resulting in an uncontrolled descent and subseq
a total engine failure for undetermined reason, resulting in a forced landing and subsequent impact with a tree.
The bending overstress separation of the elevator pitch control rod for undetermined reasons. This resulted in an in-flight loss o
The failure of the pilot to maintain rotor rpm during an autorotation, which resulted in a hard landing. A factor was the partial los
The pilot's intentional flight into known adverse weather. Factors associated with the accident were the variable crosswind cond
The pilot's failure to obtain/maintain adequate clearance with the irrigation system during initial climb. A contributing factor was
The pilot's loss of control of the airplane in instrument meteorological conditions, which resulted in an inadvertent stall/spin. Fa
The loss of engine power for undetermined reasons during takeoff climb.
The failure of the pilot to maintain directional control during the landing roll. A factor was the pilot's total lack of experience in ta
The loss of clamp-up force between the transmission case and the pylon mounted actuator support assembly which resulted in
The pilot's selection of an unsuitable landing area. Factors associated with the accident were an open service door, and snow-
A partial power loss for undetermined reasons.
The pilot's failure to maintain airspeed, which resulted in an inadvertent stall.
the pilot's improper inflight planning/decision to land long, with a tailwind, on a wet grass runway that resulted in the loss of cont
The disconnection of the tail rotor drive shaft and subsequent lack of tail rotor control. Contributing factors were the worn drive
Disconnection of the elevator push rod due to the owner/builder's improper installation of the rear jam nut on the elevator pushr
the pilot failed to maintain altitude after inadvertently flying to instrument meteorological conditions. Factors associated with the
the misjudged glidepath by the pilot. Factors were the failure of the impeller seal resulting in a total loss of engine oil and subse
The pilot's physically impaired condition due to his high level of alcohol. Factors were the pilot's intentional VFR flight into IMC c
The pilot's selection of an unsuitable landing area. A factor associated with the accident was a frozen puddle.
Terrain clearance was not maintained. High mountains, mountain obscuration, and the pilot's inadequate preflight planning/pre
the pilot misjudged the flare resulting in a hard landing short of the intended landing site, subsequently impacting the ground, an
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the pilot's failure to maintain control of the helicopter resulting in his misjudging the flare and a subsequent hard landing. Facto
the total loss of engine power while in cruise flight due to the fatigue failure of the engine's anti-ice bleed air line, which resulted
Was the pilot' use of an unsecured ballast weight in the cockpit that shifted in flight and blocked the collective control movemen
The pilot's inadequate preflight inspection, which resulted in the pilot attempting to takeoff with the elevator and ailerons locked
The pilot's failure to maintain altitude/clearance. Factors associated with the accident were flat light conditions, and snow-cove
the flying pilot's failure to maintain directional control following a loss of engine power. Also causal was the failure of the flight c
the pilot's failure to anticipate turbulence from the formation lead airplane. Contributing to the accident was the pilot's failure to
The loss of power for undetermined reasons, which resulted in an inadvertent stall during at banner pick-up.
The complete loss of the tail rotor blades due to a fatigue failure of one blade. Factors were sloping and rough uneven terrain f
the student pilot's failure to maintain directional control of the airplane during the landing. Factors associated with the accident
The pilot's excessive application of heel brakes. A factor associated with this accident was the pilot's lack of experience in the
The pilot's failure to compensate for a crosswind and to maintain directional control during landing.
Engine seizure due to the rupture of an oil cooler line.
The maintenance personnel's failure to re-torque the engine driven fuel pump in accordance with an Airworthiness Directive th
an inadequate preflight inspection by the pilot which did not detect the water in the fuel tanks prior to departure.
The pilot's improper compensation for wind conditions during approach to landing resulting in the aircraft touching down hard, s
Company maintenance personnel's failure to secure an attachment nut to a control link. While maneuvering, the parts separat
Fuel exhaustion during cruise flight due to the student pilot becoming disoriented and lost.
The failure of the pilot to obtain the proper airspeed during landing, which resulted in a hard landing and subsequent porpoise d
A loss of engine power for undetermined reasons.
The student pilot's inadequate compensation for wind conditions. A factor was the downdraft wind condition.
A loss of engine power for undetermined reasons.
The pilot's improper inflight decision not to refuel which resulted in fuel exhaustion and a total loss of engine power.
The pilot's failure to adequately compensate for wind conditions upon encountering a wind shift on takeoff. A factor was variab
A high density altitude and inadequate preflight planning/preparation. Not attaining a proper climb rate, not maintaining a prope
The pilot's improper weather evaluation, which resulted in a loss of aircraft control. Factors in this accident were icing condition
A momentary interruption in engine power for undetermined reasons.
The pilot's failure to maintain terrain clearance while cruising up a mountain pass, on a dark night, in IMC conditions, and his im
The stall/mush encountered by the pilot. A factor was the crosswind.
Failure by the pilot to maintain control of the aircraft during landing roll. Factors were a dust devil/whirlwind and the pilot's lack
the broken landing gear axle.
The pilot's failure to maintain directional control of the glider after its wing came in contact with long grass growing on the runwa
The pilot's in-flight decision to continue flight into IMC conditions, and his failure to maintain control of the airplane. Factors rela
the pilot's failure to maintain control of the airplane.
The fatigue failure and in-flight separation of the left wing due to the manufacturer's underestimation during the aircraft design p
aircraft control not being maintained by the pilot. Factors to the accident were the encountered dynamic rollover and the uneve
The loss of engine power due to a stuck exhaust valve that resulted in the collision with a tree while maneuvering for the forced
The student pilot's inaccurate fuel consumption calculation that resulted in the total loss of engine power due to fuel exhaustion
The pilot's inadequate compensation for the gusty wind conditions. A factor associated with the accident was the wind gusts.
The pilot's failure to refuel the airplane, which resulted in a loss of engine power due to fuel exhaustion. Unsuitable terrain for a
The pilot's improper recovery from a bounced landing. A factor in the accident was the pilot's decision to operate the airplane o
the pilot not maintaining directional control. Factors were the gusts and the fence.
The pilot's decision to attempt flight in an area of high rising mountainous terrain at an inadequate altitude, which resulted in an
the loss of tail rotor effectiveness and the autorotation performed by the pilot. The unfavorable wind was a contributing factor.
The pilot's inadequate preflight, and the water that remained in the fuel system after the preflight.
the loss of engine power for undetermined reasons.
The pilot's failure to maintain clearance that resulted in the in-flight collision with a tower.
The failure of the flight instructor to maintain control of the helicopter, resulting in skid contact with an obstacle and dynamic rol
The pilot's inadequate preflight resulting in the loss of the oil cap and subsequent loss of engine oil. A factor was the lack of su
the pilot failed to maintain aircraft control due to spatial disorientation. Factors relating to the accident were the dark night, clou
Failure of the flight review pilot to compensate for the crosswind and maintain flying speed during takeoff.
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The inflight loss of control for undetermined reasons resulting in the airplane colliding with mountainous terrain during the uncon
The pilot's inadequate compensation for the existing crosswind condition, and his improper positioning of the flight controls.
The pilot's failure to maintain directional control of the aircraft. A factor in the accident was the uneven runway surface.
The pilot's encounter with a wind shear at low altitude, which resulted in a loss of control and a stall/spin. Factors in the accide
The pilot's failure to maintain control of the airplane during a go-around in a crosswind condition.
The pilot's failure to maintain directional control of the airplane during the takeoff roll. A factor was the runway sign struck by th
The pilot's premature raising of the flaps.
The pilot's failure to maintain control of the aircraft after initiating a go-around following a hard bounced landing. Factors were v
The pilot's selection of unsuitable terrain for landing. A factor in the accident was a soft area of runway.
The pilot's failure to maintain clearance from the terrain. Factors include low ceilings, snow, rain, and rising, mountainous/hilly t
The pilot's loss of directional control during takeoff for undetermined reasons.
Loss of directional control during landing for undetermined reasons.
The company mechanic's failure to replace the bolt's cotter key properly and the subsequent loss of the nut, which then resulte
the pilot not maintaining directional control on the ground and the abrupt brake application during the landing roll.
The airplane collision with a deer during a night landing.
The pilot's failure to maintain directional control of the airplane. A factor in the accident was an inadvertent ground swerve.
An inadequately planned approach. Misjudging distance/altitude and improper remedial action were factors.
The second pilot's inadequate compensation for wind conditions and the inadequate supervision of the flight instructor. Factors
A loss of engine power caused by detonation of the #2 piston.
The pilot's abruptly pulling the nose up at an excessive airspeed, resulting in the rotor blades striking the vertical stabilizer and a
A descent below the surrounding terrain, by the pilot, in IMC conditions. Factors were high mountainous terrain, clouds, inaccu
the pilot's inadequate fuel management. Factors to the accident were fuel starvation, the low altitude at the time of the loss of e
The pilot's inadequate in-flight planning necessitating an intentional ground loop maneuver on landing. Contributing factors wer
The pilot/builder's failure to correct the center of gravity computations after a weight increase. A contributing factor was the pilo
The student's misjudged altitude and failure to maintain rotor rpm while practicing an autorotation, and, the instructor's delayed
The pilot's intentional buzzing (low level flying), and his failure to maintain clearance with the static wire. A factor was his physic
The pilot's inadequate pre-flight inspection of the fuel supply that resulted in the loss of engine power due to fuel contamination
The pilot's continued VFR flight into instrument meteorological conditions, and his failure to maintain control of the airplane due
The pilot's failure to maintain runway alignment and directional control during a crosswind landing that resulted in a touchdown
the pilot's failure to maintain driectional control of the airplane while landing. A factor associated with the accident was the tree
the pilot not maintaining aircraft control and the stall/spin he encountered. A factor was the extended flaps.
The pilot's improper flare and inadequate recovery from a bounced landing, which resulted in a nose over.
The pilot's failure to follow the landing checklist that resulted in the delay of lowering the landing gear before touchdown.
The pilot's failure to maintain control of the aircraft during the landing roll. Contributing factors were the power wave created by
The pilot misjudged the run on landing during a full autorotation. Factors were a total loss of power for unknown reasons and s
the ground resonance encountered by the pilot.
Loss of engine power due to failure of the number three cylinder exhaust valve push rod. Soft terrain encountered during the la
the dual student's improper visual lookout and the flight instructor's inadequate supervision that resulted in the airplane colliding
the inadvertent early deployment of the test parachute lines and dummy and it's entanglement with the horizontal stabilizer, whi
The pilot's failure to attain a proper touchdown point.
The pilot's improper decision to continue to a point where he could not be assured of reaching a safe landing-out site if he enco
A crack in the crankcase which resulted in a partial power loss.
The pilot's loss of control due to his improper application of power and rudder, in order to arrest a swerve during the landing rol
the pilot's misjudgment of his closure rate, while turning to land on the rooftop helipad, which resulted in a collision with the buil
the student pilot's misjudgment of the aircraft's altitude and subsequent maneuver to avoid an obstacle, that resulted in a loss o
the pilot's failure to maintain an adequate lookout resulting in a collision with a transmission wire that resulted in a forced landin
The pilot's improper in-flight planning and decision to hover out of ground effect which resulted in a loss of tail rotor effectivenes
The pilot's inadvertent stall of the aircraft.
The pilot's failure to maintain control of the helicopter while maneuvering. A factor was the high density altitude weather conditi
The pilot's failure to maintain directional control during the aborted takeoff, which resulted in an inadvertent groundloop.
The partial loss of engine power as result of the failure of an exhaust valve. A factor was the lack of suitable terrain for the forc
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the pilot's poor inflight planning which resulted in exceeded the proper touchdown point on the runway. A factor associated with
The rotation of the right fuel tank elbow fitting within the tank during previous maintenance. The improper alignment resulted in
The pilot's failure to maintain control of the glider. A factor related to the accident was the pilot's lack of experience in make an
improper rigging of the rudder/elevators and differential mechanism assembly by unknown person(s), which resulting in what th
Failure of the pilot to maintain directional control.
The failure of the pilot to maintain a proper glidepath, which resulted in a collision with a power pole and damage to the landing
The pilot's inadequate compensation for a crosswind and his failure to maintain directional control during landing, resulting in th
The pilot's failure to maintain clearance with the antenna tower. A factor was the smoke weather condition.
The pilot's misjudgment of traffic pattern altitude that resulted in an off-field landing and the subsequent collision with the groun
A loss of engine power due to an undetermined reason. A factor in the accident was unsuitable terrain for a forced landing.
The combined failure of the operator management and the check pilot to ensure the landing area was suitable for the slide on l
The pilot's continued VFR flight into instrument meteorological conditions. Factors were the mountain obscuration and the risin
the pilot's loss of control in flight for undetermined reasons.
the pilot's failure to refuel the airplane as required by the airplane's published flight manual resulting in a loss of engine power d
The improper touchdown performed by the flight instructor.
the pilot misjudged the landing flare which resulted in a hard landing.
The pilot's improper fuel management resulting in fuel starvation. A factor was improper planned approach.
A separation of the lower engine cowling and subsequent partial separation of propeller blades during a low high-speed pass. A
The pilot's inadvertent ground loop/swerve during landing.
A fatigue failure of the crankcase through bolt, the separation of number 3 cylinder assembly, and the inadequate maintenance
the loss of power in all engines due to the pilot's inadequate in-flight decision to continue flight with fuel level below the landing
Inadequate crew coordination led to the captain's decision to discontinue the instrument approach procedure and initiate a man
The pilot's failure to maintain directional control on landing rollout with a known quartering crosswind, resulting in an on-ground
An in-flight fire in the vicinity of the firewall from an undetermined source. This resulted in a forced landing to an airport and tota
the instructor pilot's failure to maintain control of the helicopter.
carburetor ice. Factors relating to this accident were the icing conditions, the pilot's attempted emergency landing and the low a
The loss of engine power for undetermined reasons, and the pilot's failure to maintain airspeed resulting in an inadvertent stall.
the loss of control on takeoff as a result of the pilot's failure to remove the flight control lock due to his inadequate preflight insp
The pilot's failure to maintain aircraft control. A factor was the pilot's improper in-flight decision to abort the initial climb due to a
An overload failure of both flying wires, on the underside of the right wing, while the airplane was climbing, due to improper bala
The pilot's failure to maintain directional control while landing. Factors in this accident were the tailwind condition, and the pilot'
Loss of power for undetermined reasons.
The student pilot's inadvertant movement of the fuel selector to the "off" positon when selecting the alternate tank, and the fligh
The flight instructor's inadequate supervision of the student pilot during the landing.
Inadvertent cut off of the mixture by the pilot. Factors were: The passenger door opening, the pilot's inexperience in make and
The pilot's inadvertent ground loop. A factor was the soft grass airstrip.
the door separation for undetermined reasons and the foreign object damage due to the door impact to the tailboom and tail ro
The pilot's selection of an unsuitable taxi area, and excessive taxi speed. A factor associated with this accident was a ditch in t
a loss of engine power due to undetermined reasons that resulted in a forced landing and substantial damage to the aircraft.
Total loss of engine power due to debris (aluminum) from an undetermined source found in the engine-driven fuel pump cavity
The pilot's improper fuel management during a cross country flight resulting in a loss of engine power due to fuel exhaustion, an
The pilot's failure to maintain directional control during an attempted go-around, resulting in a loss of directional control, and su
Total loss of engine power due to the obstruction (insect larva) of the left wing aft fuel system line resulting in a forced landing
The loss of engine power for undetermined reasons, and the pilot's failure to maintain airspeed resulting in an inadvertent stall
the partial engine failure for undetermined reasons and the unsuitable terrain for landing encountered by the pilot. A factor to th
the pilot's failure to maintain directional control of the airplane during the landing. Factors associated with the accident were the
The pilot's failure to properly position the fuel selector to a tank with fuel resulting in fuel starvation, a loss of engine power, and
The pilot's inadequate compensation for a crosswind condition during initial takeoff climb, which resulted a failure to maintain al
The pilot's improper pre-flight which resulted in the fuel strainer valve being left in the open position.
the pilot's failure to maintain aircraft control, and the subsequent inadvertent stall/spin. Contributing factors were the loss of en
Foreign object damage to the compressor and turbine sections of the engine, which resulted in a loss of power.
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the pilots's inability to maintain aircraft control after a loss of consciosness.
A loss of engine power for undetermined reasons.
The pilot's improper fuel management which resulted in the loss of power, and his improper flare during the forced landing, whi
The inadvertent forward elevator input by the pilot-in-command while reducing throttle control resulting in the airplane nose-ove
The failure of the pilot to maintain directional control after takeoff resulting in the uncontrolled descent and impact on a closed r
Loss of engine power for undetermined reasons.
The pilot's failure to use proper soft field landing technique while attempting a forced landing to an open field following a loss of
The broken exhaust valve rocker arm of the number 3 cylinder that resulted in a total loss of engine power during an aerial app
The pilot's inadequate compensation for the crosswind condition and his subsequent failure to maintain directional control durin
The pilot's failure to take timely remedial action when he realized a low fuel state. Factors were fuel exhaustion and low airspee
The failure of the PIC to maintain control of the aircraft while in the simulated engine inoperative configuration in the landing pa
A forced landing on soft unsuitable terrain. Factors were improper wiring of the electric fuel boost pump, which produce high pr
The pilot's improper remedial action and his failure to maintain directional control of the airplane during landing. A factor in the
The pilot's inadequate compensation for wind conditions during takeoff. A factor in the accident was a sudden wind shift.
The pilot's improper decision to attempt to close the canopy (entry door) after it inadvertently opened in flight, instead of making
The pilot's failure to maintain aircraft control subsequent to the aircraft's canopy opening in flight. Factors include the pilot's fail
The fracture and separation of the oil pressure line fitting, which resulted in a loss of oil and an oil starvation failure of the engin
the pilot's failure to maintain clearance from the trees. Factors relating to this accident were the low altitude and the trees.
The pilot's inadequate in-flight planning/decision to attempt to make it back to the runway for landing after experiencing a loss o
The pilot's loss of directional control during landing rollout due to the pilot's foot becoming wedged under a rudder pedal, which
The pilot's inadequate passenger briefing for a high wind landing. A factor was the wind.
The pilot's failure to maintain control of the aircraft. Factors were the partially engaged parking brake and the pilot's diverted at
The pilot-in-command's failure to confirm, the landing gear was down and locked. Factors were the check pilot's failure to conf
The failure of the pilot to maintain directional control during takeoff into crosswind conditions resulting in the collision with trees.
The student's failure to maintain the proper landing pattern altitude resulting in an undershoot during landing and collision with a
The corrosion and fatigue cracking of the right wing attachment fitting, which resulted in the right wing separating in flight.
the failure of the pilot in command to maintain clearance with the ground during an aerial application.
the failure of the student pilot to maintain directional control on the takeoff roll. Factors to the accident were the lack of experie
The pilot's failure to maintain control of the helicopter.
The in-flight collision with trees then terrain while descending for undetermined reasons.
Physical incapacitation of the pilot from improper handling of a pesticide.
the pilot not attaining an airspeed necessary for the go-around and not maintaining clearance from terrain. Factors were the cr
the deer incursion on the landing runway.
The failure of the B-767 flight crew to ensure their aircraft's jet blast was not a hazard to the Cessna. A factor for the Cessna w
The pilot's failure to maintain aircraft control. Factors were gusty winds, and the pilot's lack of experience in the make and mod
The failure of the powerplant to produce adequate power for undetermined reasons, and the pilot's continued operation of the a
An in-flight separation of a tail rotor blade tip weight resulting in tail rotor assembly imbalance and separation due to the installa
The pilot's failure to attain the proper rotation airspeed during initial takeoff and his improper aborted takeoff procedures.
The loss of control for an undetermined reason.
the improper compensation for the wind conditions. A factor in the accident was the wind shear.
the failure of both pilots to maintain visual lookout.
The pilot's inadequate visual lookout, and his failure to maintain adequate clearance from the power lines. The pilot's diverted a
In flight collision with birds.
The deterioration and subsequent leakage of a hydraulic line which resulted in the total loss of hydraulic fluid and the inability of
The failure of the number 9 cylinder connecting rod, due to a primer leak initiation of a partial hydraulic lock. A factor in the acc
The failure of the CFI to delay his landing until the approaching line of thunderstorms passed, causing the flight to encounter se
the failure of both pilots to maintain visual lookout.
The pilot's failure to maintain aircraft control during landing roll. A factor was gusting winds from nearby thunderstorms.
The pilot's inadequate compensation for wind conditions during landing. A factor in this accident was the tailwind.
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The pilot's failure to maintain directional control during landing. A factor in this accident was the crosswind condition.
The pilot's improper use of unsuitable terrain for landing. A factor in the accident was the soft terrain.
The pilot's failure to maintain the proper glide path on final approach to insure arrival at the proper runway touchdown point. A f
an in-flight collision with a tree. A factor in this accident was high wind conditions.
The pilot's failure to abort the downwind takeoff and his failure to attain flying speed.
The pilot's failure to obtain/maintain aircraft control after takeoff.
the pilot's disregard of the weather forecast, and his VFR flight into IMC. Contributing factors were snow showers, fog, and the
the failure of the pilot to attain aircraft control. Factors to the accident were the uneven terrain, the failure of the pilot to maintai
flight into known adverse weather conditions and the altitude/clearance not maintained by the pilot. An additional cause was the
The pilot's failure to maintain directional control of the gyroplane during takeoff roll, resulting in a roll over.
A midair collision due to the failure of the wingman to maintain proper clearance between his aircraft and the lead aircraft while
The unsuitable terrain encountered by the pilot-in-command during the forced landing and the loss of engine power for undeter
The inadequate supervision of the student pilot by the CFI for his failure to note that the student was performing a go-around fro
The operation of the airplane by the pilot-in-command in an over gross weight condition, the failure of the pilot to maintain airsp
The failure of the pilot to change the fuel selector position after experiencing surging of the engine. Contributing to the acciden
A midair collision due to the failure of the wingman to maintain proper clearance between his aircraft and the lead aircraft while
The flight instructor's delayed remedial action, and his failure to correct an inappropriate descent during maneuvering flight, wh
the pilot's improper fuel management which resulted in fuel starvation.
The pilot's failure to maintain directional control during the takeoff. A factor was the fence struck by the aircraft.
The complete loss of power due to the separation of the magneto ground lead and the rough and unsuitable terrain during the f
The pilot's failure to maintain clearance from the rising terrain. Factors include his poor decision to depart without assurance th
A partial loss of power due to water contamination in the fuel system and the pilot's inadequate preflight inspection, which failed
The pilot's failure to maintain directional control during the landing roll. A factor was the pilot's lack of experience in the make a
The failure of the left magneto, which resulted in a partial loss of engine power. Factors were the fouled number 3, 4, and 5 rea
The pilot's selection of unsuitable terrain for the precautionary landing. Wet and soft terrain, and the pilot's failure to maintain d
The pilot's improper in-flight decision by not immediately seeking a safe landing site upon encountering the sink. A factor was t
The pilot's failure to attain a proper touchdown point.
the pilot exceeded the proper touchdown point during the landing. Factors associated with the accident were the fence and the
improper installation of a quick drain plug by the airplane owner/mechanic which resulted in a loss of engine oil and forced land
The failure of the dual student to maintain airspeed following total loss of engine power resulting in an inadvertent stall and sub
The failure of the pilot to maintain airspeed during the takeoff initial climb, which resulted in a stall.
The failure of the supercharger seal resulting in the loss of engine power. A factor was the lack of suitable terrain for the forced
The pilot's failure to maintain control of the airplane, which resulted in an inadvertent stall/mush.
In-flight planning and decision by the flight instructor by allowing the student to fly into a hazardous situation. Factors were the f
The failure of the pilot-in-command to ensure adequate airspeed for flight during a forced descent due to airframe icing, resultin
an in-flight collision with trees while maneuvering, which was the result of the pilot not allowing adequate altitude to clear the tre
The student pilot's failure to maintain directional control during takeoff and his subsequent failure to relinquish control of the airp
the pilot's failure to maintain adequate airspeed while attempting to land in gusty wind conditions leading to an inadvertent stall/
The failure of the pilot/flight instructor to maintain sufficient airspeed to prevent the aircraft stalling and spinning. Factors in the
The pilot's failure to perform a go around and his inadequate recovery from a bounced landing. Factors in the accident were th
The failure of the turbocharger scavenging pump resulting in the total failure of the engine, and the pilot's failure to compensate
The pilot's failure to adequately compensate for wind conditions. Factors include a tailwind.
The CFI's delayed remedial action.
The pilot's failure to maintain directional control during the aborted landing.
the flight instructor failed to maintain control of the airplane after landing, which resulted in an on ground collision with a tree. F
Loss of engine power caused by a fuel soaked float pontoon causing an over rich fuel/air mixture, in a critical phase of flight.
The pilot's physical impairment due to the cumulative effects of carbon monoxide from engine exhaust by-products, carbon mo
the loss of engine power in cruise flight as a result of the failure of the right magneto. A contributing factor was the lack of suita
The failure of the pilot to maintain directional control during the landing roll, which resulted in a ground loop. A factor was the c
The pilot's failure to maintain clearance with trees while maneuvering during an aerial application flight. A factor was the pilot's
the loss of engine power for an undetermined reason. A contributing factor was the lack of suitable terrain for the forced landin
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The pilot's failure to maintain clearance with the power lines while maneuvering during an aerial application flight. A factor was
the directional control not maintained by the pilot. The thunderstorm, quartering tailwind/crosswind and the weather evaluation
The pilot's failure to retract the speed brakes which resulted in not obtaining the proper touch down point. A factor to the accide
Overheating of the left brake, causing the wheel to lock. Factors were the pilot not being able to maintain directional control, a
the failure of the student pilot to reduce the friction on the cyclic prior to raising the collective for the magneto check. A factor w
The failure of the pilot-in-command to maintain directional control of the aircraft on takeoff after the cabin door became ajar.
The pilot's improper setting of the cockpit fuel selector, which resulted in a total loss of engine power and forced landing.
the inadequate compensation for the wind conditions and the failure of the pilot to maintain directional control. A factor to the a
The pilot's inadequate compensation for the crosswind conditions, and his excessive use of brakes during landing. A factor ass
Fuel starvation due to the pilot's failure to position the fuel selector valve to the proper/correct position while switching fuel tanks
The pilot's loss of control of the airplane during the landing roll, due to his locking of the brakes.
the pilot's failure to maintain control of the helicopter for undetermined reasons. Factors in this accident were self-induced pres
Diminished control during the landing phase of operation due to a partial blockage of the elevator controls by a microphone tha
The student pilot's failure to maintain directional control during takeoff.
Fuel exhaustion as a result of an inaccurate fuel quantity indicating system. A factor was the lack of suitable terrain for the forc
Fuel starvation due to the unavailability of fuel to the engine for undetermined reasons and the pilot's misjudgment of distance/a
the engine failure for undetermined reasons. Factors were the low altitude, remedial action not possible by the pilot, and the dit
The pilots failure to maintain clearance from power transmission lines.
The student's improper execution of a quick-stop maneuver in that he misjudged his altitude and failed to terminate at a station
The pilot's failure to maintain aircraft control. A factor was a thunderstorm.
the flight instructor's failure to maintain aircraft control while practicing stall maneuvers, which resulted in an inadvertent spin.
the water contamination of the fuel system and the inadequate preflight of the airplane by the pilot. The inoperative fuel system
The student pilot's failure to maintain altitude clearance during initial climb following takeoff during the commission of a crime, r
The pilot's failure to establish/maintain a safe rate of descent during approach to landing. Contributing factors were the pilot's i
The loss of engine power for an undetermined reason.
The certified flight instructor's (pilot-in-command) inadequate supervision of his dual student, who prematurely retracted the lan
The excessive wear of the reduction gearbox's 1st stage sungear, which resulted in its subsequent fatigue fracture and failure.
The pilot's failure to maintain directional control during the landing roll, which resulted in an inadvertent ground loop.
The fire in the engine compartment for unknown reason.
The pilot's failure to maintain directional control of the airplane during the landing roll. A factor was the muddy terrain condition
The separation of the #3 connecting rod, piston, and cylinder. A factor was the lack of suitable terrain for the forced landing.
Aircraft control not being maintained by the pilot. Factors to the accident were the turbulent weather condition, the inadvertent s
The pilot exceeding the performance capability of the airplane during takeoff. A factor was the trees.
The pilot's exceedance of the helicopter's hovering capabilities in a downwind hover. Factors included tailwind conditions, the p
Aircraft control was not maintained. Inadequate remedial action and diverted attention were factors.
The pilot inadvertently lowering the landing gear of the amphibian airplane for a water landing.
The pilot's inadequate compensation for wind. The crosswind was a contributing factor.
The fuel flow became restricted by remnants of fuel tank sealant that had accumulated in the fuel selector screen. Contributing
the pilot's improper fuel management which resulted in fuel starvation and a loss of power to both engines. A factor was the pil
The pilot's improper fuel tank selection, which resulted in fuel starvation. A factor was the lack of suitable terrain for the forced
The pilot's improper compensation for the existing crosswind condition. A factor was the crosswind.
the loss of engine power during a go-around resulting from the failure of the worn carburetor heat control cable. A contributing
The loss of power for undetermined reasons and the pilot's unsuccessful remedial action (dive to avoid the power line). Contrib
restricted directional control. Factors relating to this accident were the rough, uneven runway, and the trees.
the failure of the engine and the unsuitable terrain for landing encountered by the pilot-in-command. Factors to the accident we
The certified flight instructor's failure to maintain airspeed during climbout.
The pilot's inability to maintain the correct approach airspeed (Vref) on final due to incorrect airspeed indications resulting from
Fuel starvation of the engine, caused by the failure of the fuel transfer pump.
The owner/builder's inadequate design, resulting in total failure of the reduction gear assembly accessory drive shaft.
A loss of engine power for undetermined reasons.
the failure of the pilot to maintain directional control in that he failed to properly position the ailerons during his landing roll. Gus
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The improper in-flight decision of the pilot not to land at the nearest airport at the first loss of engine power. Factors to the accid
A total loss of engine power due to carburetor icing conditions. A factor was the mountainous, unsuitable terrain on which to m
The pilot's improper positioning of the fuel tank selector, and fuel starvation. A factor in the accident was the improper service
the pilot's encounter with a wind shear while maneuvering at low altitude in mountainous terrain, which resulted in a high desce
The pilot's failure to maintain clearance with the trees. Factors were a high-density altitude and wind gusts.
the pilot's failure to maintain aircraft control when the airplane encountered high winds. Factors which related to this accident w
altitude/clearance from the trees not being obtained/maintained by the pilot during the initial climb after takeoff. Factors to the a
The pilot's failure to maintain airspeed during final approach to landing, resulting in an inadvertent stall.
A total loss of engine power due to foreign object damage to the turbine wheel assembly.
The pilot's inadequate compensation for wind conditions. Factors associated with the accident were a crosswind, and an inadv
The pilot's failure to maintain directional control during the take-off run. Factors associated with the accident were rough/uneve
Failure of the instructor pilot-in-command and the pilot receiving instruction to maintain directional control. Factors were the pilo
The pilot's failure to maintain control of the airplane while taxiing. Factors related to the accident were the gusting wind conditio
Was the failure of the pilot to attain his proper touchdown point. Factors were the downdraft and rising terrain leading to the run
the pilot's failure to maintain control of the airplane. A factor in the accident was the pilot's failure to properly brief/communicate
Failure of the instructor pilot-in-command and the pilot receiving instruction to maintain directional control. Factors were the pilo
The pilot's failure to maintain control of the aircraft. A factor was gusty wind conditions.
The pilot inadvertently applied full flaps during the aborted landing and was not able to gain enough altitude to clear a fence pos
the improper in-flight decision of the pilot to fly past the Vandalia airport onto Saint Louis Regional and the fuel exhaustion. A fa
The pilot's failure to maintain airspeed, which resulted in an inadvertent stall.
the unlocked main landing gear and the manual gear extension not performed by the pilot. The electrical system failure was a
The pilot's inaccurate fuel consumption calculations, his misjudged in-flight planning, and his failure to flare during the landing a
The fracture and failure of the main landing gear strut to shock absorber attachment fitting.
The pilot's failure to maintain clearance with the power lines.
the pilot's failure to maintain translational lift while maneuvering, and the loss of tail rotor effectiveness. Factors relating to this a
The pilot's inadequate compensation for wind conditions. A factor associated in the accident was a variable wind.
The pilot's failure to maintain directional control during the takeoff run. A factor associated with the accident was the pilot's dive
The pilot's entering an inadvertent stall condition, and the lack of adequate altitude in which to successfully recover before grou
The pilot's improper bounced landing recovery technique and failure to maintain directional control in a quartering tailwind cond
Settling with power precipitated by a wind direction change during the approach to land sequence and the check pilot's delayed
The pilot's failure to compensate for wind conditions and control the aircraft while landing in gusting wind conditions.
The failure of the pilot under instruction to maintain directional control during the landing roll and the inadequate supervision of
The pilot's failure to maintain control of the airplane for undetermined reasons while intentionally performing an aerobatic mane
The failure of the pilot to maintain directional control during takeoff roll. A factor was lack of recent experience.
The pilot's loss of directional control due to his inadequate remedial action in correcting for engine torque during the aborted lan
The pilot's improper operation of the fuel selector.
Failure of the pilot to maintain an adequate airspeed margin while maneuvering in steep turns at low altitude in gusty and strong
The pilot's failure to comply with published emergency procedures. A factor in the accident was the pilot's inadequate preflight
The pilot's improper installation, i.e., reversed connection, of the rudder control cables resulting in reverse rudder operation and
The pilot's failure to maintain directional control after landing. A factor in this accident was the high grass along the runway ed
The pilot's failure to maintain aircraft control. Factors were the soft runway, and that the pilot exceeded the aircraft's weight and
the tow plane pilot's inadequate airplane performance calculations.
the tow plane pilot's inadequate airplane performance calculations.
the loss of engine power as a result of fuel exhaustion due to the pilot's inadequate preflight planning. A contributing factor was
the pilot performed inadequate remedial action to recover when the airplane ballooned during the landing flare. Factors associa
The pilot's failure to determine the aircraft's airworthiness before flight, resulting in operation of the aircraft in an unairworthy co
The instructor's delayed remedial action. Factors included the instructor's failure to take positive control of the airplane, and the
the pilot's failure to maintain clearance with the T-hangar while taxiing. A Factor associated with the accident was the pilot's att
A loss of engine power due to fuel starvation as a result of an obstructed fuel nozzle.
The pilot's improper in-flight decison to maneuver back to the departure airport following the loss of engine power on initial clim
The pilot's failure to maintain directional control. A factor in the accident was the pilot's lack of experience in the accident airpla
The pilot's inadequate compensation for crosswind conditions. A factor in the accident was the cross wind.
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The flight instructor's delayed corrective action.
The pilot's inadequate preflight planning that resulted in fuel exhaustion and subsequent collision with grapevines during an off
in-flight loss of control and inadvertent stall.
Loss of engine power for reasons undetermined. A factor was the lack of suitable terrain for the forced landing.
the pilot's failure to maintain clearance with the external load that was setting on the ground while hovering. A contributing facto
The pilot's improper flare and his inadequate recovery from a bounced landing.
The pilot's decision to takeoff in unfavorable weather conditions without first calculating takeoff performance data. Factors inclu
The pilot's failure to maintain aircraft control. Inadequate altitude for recovery was a factor.
The pilots failure to ensure the helicopter was on level terrain after landing. The left skid came off the ground after the passen
The pilot inadvertently stalling the airplane. A factor was his failure to maintain sufficient airspeed.
The fatigue failure of the left main landing gear leg at the main landing gear axle attachment bolt holes.
The loss of engine power during the initial takeoff climb, at too low an altitude to afford remedial action, because of an ingested
The pilot's inadequate short field landing procedure and his delayed decision to proceed to an alternate destination, which resu
The inadequate maintenance inspection by other maintenance personnel of the exhaust system that resulted in an eroded muf
The pilot's inadvertent stall of the aircraft.
The loss of engine power for undetermined reasons. A factor was the weather conditions were favorable for the formation of ca
The pilot's continued flight into known adverse weather. A factor associated with the accident were low clouds.
The inadequate visual lookout by the pilot of the other airplane, and the inadequate radio traffic advisories by the pilots of both a
The pilot's failure to maintain airspeed and his failure to maintain clearance from the trees. Related factors were trees and mou
The pilot's failure to maintain adequate airspeed through an area of turbulence, resulting in entry into a stall/mush condition. Fa
A failure of the propeller reduction gear assembly for undetermined reasons, which resulted in a loss of thrust.
The pilot's attempt to takeoff from an unsuitable area and his collision with a dirt berm.
Loss of directional control due to separation of the tail-wheel spring assembly. A factor was the ditch which run adjacent to the
The pilot's inadequate compensation for wind conditions during takeoff. Factors associated with the accident were the sudden
The pilot's disregard of the existing wind conditions, and an inadvertent stall. Factors associated with the accident are a tailwind
The failure of the pilot's of both airplanes to maintain a visual lookout (while climbing and maneuvering) resulting in an in-flight c
The pilot's inadequate preflight of the helicopter, and his subsequent failure to monitor his fuel supply, which resulted in a powe
The failure of the pilot's of both airplanes to maintain a visual lookout (while climbing and maneuvering) resulting in an in-flight c
The pilot's failure to maintain aircraft speed and control while maneuvering to land.
the partial failure of the tail rotor pitch change control rod that resulted in an attempted run-on landing in dark night conditions.
the flight instructor's improper pre-flight plan and decision to land and depart an airport with insufficient runway. A factor in the a
The pilot's misjudgment of distance/speed resulting in an overrun and subsequent collision with a blast fence. Contributing facto
A sudden and unexpected encounter with a downdraft while on final approach. A factor was the transmission wire.
the student pilot failed to properly flare the airplane while landing. A factor associated with the accident was the student pilot's l
the pilot not maintaining aircraft control and the stall/spin she encountered during the approach on base to final. A factor was th
The pilot's failure to maintain directional control during landing. A factor associated with the accident is the pilot's excessive us
the pilot's excessive use of wheel brakes during the landing roll resulting in the airplane's nosing over.
The flight instructor's inadequate supervision of the landing resulting in the loss of directional control by the student pilot.
an improper modification to the engine which allowed a bearing to be misaligned, thus restricted the flow of oil through the engi
A landing gear collapse resulting from the pilot's unsuccessful attempt to complete the manual gear extension due to physical s
Loss of engine power for undetermined reasons. A factor was the pilot failed to use carburetor heat during the descent.
The pilot's inadequate compensation for wind conditions. Factors in the accident were the presence of a tailwind, the pilot's ina
The failure of the pilot to maintain directional control of the airplane during takeoff.
The pilot-in-command's failure to maintain directional control during landing roll.
The pilot's inadequate compensation for wind conditions, which resulted in a loss of aircraft control. A factor was a crosswind.
Failure by the pilot to maintain control of the aircraft during initial climb following takeoff.
The pilot's improper inflight decision to prematurely attempt a climb towards rising terrain before sufficient altitude had been atta
failure of the pilot to maintain clearance with the terrain after flight into adverse weather. Contributing factors were the thunders
A bear running onto the landing area during the landing flare. A factor associated with the accident was the high vegetation on
the pilot's failure to maintain control of the airplane which resulted in a stall/mush condition. Factors associated with the accide
the CFI delayed initiating a go-around during the landing. Factors associated with the accident were the student pilot's inadequa
The pilot's inadequate compensation for wind conditions. Factors were the trees, and gusting winds.
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Fracture of the engine's #1 connecting rod, resulting in a total loss of engine power. Factors were an engine overheat condition
the partial loss of engine power on takeoff, which resulted from incorrect adjustment of the fuel injector system by maintenance
The fuel exhaustion due to the pilot's failure to refuel the airplane. A factor was the lack of suitable terrain for the forced landing
the pilot's failure to maintain aircraft control while maneuvering. Contributing factors were the pilot's inadvertent flight into the cl
Fuel exhaustion and inaccurate fuel management. A false indication on the fuel quantity gage, and an erratic low level fuel war
the flight instructor's inadequate supervision that resulted in the dual student performing an improper landing flare/touchdown w
The ground crew's diverted attention toward the landing airship while trying to catch a mooring rope, which resulted in their failu
The flight instructor's failure to refuel the airplane, which resulted in fuel exhaustion. Contributing factors were the flight instruct
Improper preflight preflight planning/preparation by the pilot-in-command. Factors included a worn tailwheel tire and the VASI l
the flight instructor's failure to follow procedures/directives and his misjudgment of distance/altitude following a loss of engine p
The loss of engine power for undetermined reasons.
The inadequate lubrication of the tail rotor drive shaft coupling by unknown maintenance personnel that resulted in the in-flight
the total loss of engine power resulting from the mechanic's failure to properly torque the connecting rod bolt nuts during engine
The pilot's misjudged flare and improper recovery from a bounced landing. A factor was the crosswind condition.
The partial loss of engine power, which resulted from the worn carburetor.
The pilot's inadequate preflight planning, which resulted in the pilot exceeding the aircraft's takeoff performance. Factors were t
the failure of the pilot to maintain clearance from the building during taxi.
the pilot intentionally operated the airplane with known damage on the left wing which resulted in the pilot's inability to maintain
the failure of the pilot to obtain fuel and the inadequate preflight planning and preparation by the pilot. Factors to the accident w
A failure in the engine's number 1 piston, resulting in a total loss of engine power. Factors included the aircraft windshield bein
The dual student's failure to purge the fuel lines of air after a fuel tank was run dry on the previous flight and the failure of the el
the student pilot's failure to maintain aircraft control upon encountering variable winds during the landing flare/touchdown and h
the student pilot's loss of helicopter control after suffering a stroke in flight.
The pilot prematurely flaring the airplane for landing, resulting in a hard landing, followed by an inadvertent pilot-induced porpoi
the failure of the engine reduction gear assembly. Factors were the low altitude when the failure occurred and the crops.
the wing spar fatigue and wing separation while maneuvering. A factor was that the fatigue was not detected by the mechanic
The pilot's attempted takeoff with known deficiencies in equipment (an inoperable rear engine) and an inadvertent stall. Factor
The pilot-in-command's failure to initiate a timely go-around.
The student pilot's failure to maintain directional control during the landing roll.
the owner/builder's improper installation that resulted in the fuel line being snagged, resulting in fuel starvation and an inflight lo
The pilot's failure to refuel prior to departure resulting in loss of engine power due to fuel exhaustion.
failure of the pilot to maintain an adequate airspeed margin resulting in a stall and hard landing.
the pilot's failure to recover from a bounced landing.
the pilot's loss of control on landing after encountering a dust devil/whirlwind.
the student pilot's inadequate compensation for winds that resulted in his failure to maintain runway alignment and a hard landin
The pilot's failure to maintain adequate rotor RPM and failure to follow published recovery procedures after the low rotor RPM w
The in-flight separation of the propeller spinner. A factor was the lack of suitable terrain for the precautionary landing.
The pilot's inadequate preflight planning and his delay in aborting the takeoff.
the obstructed brake pedals and the unavailable brakes to the pilot. Factors were the parked airplane and the fence.
the misjudged flare and the inadequate recovery from the bounced landing performed by the student pilot.
the downdraft experienced during final approach and altitude/clearance from the fence post not being maintained by the pilot. A
the inadvertent stall by the pilot. The low attitude at the time of the stall was a contributing factor.
Improper landing flare resulting in a hard landing. Factors include dark night environmental conditions and lack of recent exper
Improper maintenance (excessive/improper sealant application) by an unknown person, and subsequent fracture of the spur ad
The locknut was not secured and backed off the bolt. An improper maintenance installation was a factor.
A seized left brake as reported by the pilot.
The pilot's failure to maintain control of the airplane after an aborted takeoff.
improper maintenance inspection of the tail rotor by maintenance personnel and improper preflight inspection of the tail rotor by
The pilot's inadequate visual lookout while maneuvering to avoid a flock of birds shortly after takeoff, resulting in the aircraft col
The improper installation of the engine front crankshaft seal by maintenance personnel resulting in the seal separating, total los
the pilot's inadequate decision to turn back (low altitude) towards the runway for a forced landing. A contributing factor was the
In flight collision with the terrain for undetermined reason.
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The pilot's inadequate compensation for a crosswind. A factor associated with the accident was a crosswind.
The pilot's failure to maintain sufficient altitude to avoid contact with the ground. Contributing factors were the downdraft condit
The pilot's improper use of the mixture control.
The pilot's improper flare, which resulted in a loss of control.
The pilot's failure to maintain airspeed, resulting in an inadvertent stall. Factors were the entanglement of the tow rope with the
The failure of the pilot to maintain airspeed while reversing course during an aerial application flight resulting in the aircraft stall
The pilot's failure to compensate with rudder control for engine torque and 'p' factor during a go-around resulting in the aircraft d
The loss of engine power for undetermined reasons.
The pilot's improper recovery from a bounced landing, and his delay in remedial action.
The loss of engine power due to the blocked engine intake, which resulted from ingesting birds. Factors were the lack of suitab
The pilot's failure to maintain directional control of the aircraft during landing roll. Factors were strong and gusty winds.
Suicide.
The pilot's failure to correctly judge his rate of descent and his failure to initiate his level off soon enough to keep the helicopter
the flight instructor's failure to maintain an airspeed above the aircraft's stall speed, which resulted in a stall/mush, and an infligh
the pilot encountered a mountain wave at an altitude too low to maintain clearance from trees.
The pilot's improper flare, which resulted in a hard landing.
the failure of the pilot to select the correct runway for takeoff. Factors to the accident were the inadequate preflight planning/pre
the control stick movement being restricted by the pilot's seat-type parachute and the excessive descent rate and airspeed duri
The piston and rings in cylinder No. 1 failed resulting in a total loss of engine power. The pilot made a forced landing on a road
The pilot's failure to maintain clearance with the power line. A factor was the lack of suitable terrain for the forced landing.
the failure of the student pilot to maintain control of the aircraft, the inadequate supervision by the flight instructor, and the delay
The pilot's failure to attain the proper touchdown point for landing, and his failure to go around from the improperly executed ap
The overload failure of the left main gear strut housing.
an improper flare by the pilot which induced an overload failure on the left side landing gear bolts. Factors were the corrosion o
The pilot's failure to maintain directional control of the airplane during landing flare into a crosswind, resulting in a runway excur
failure of the instructor to adequately supervise the student, resulting in a loss of directional control.
The student pilot's failure to maintain directional control of the airplane during landing.
Failure of the pilot receiving instruction to maintain directional control. Factors were a gusty crosswind, inadequate supervision
The pilots failure to maintain control of the aircraft and his continued flight into adverse weather. Factors were the fog, and the
The pilot's selection of an unsuitable landing area. Factors associated with the accident were a fuel drum, and a tailwind.
The pilot's failure to maintain altitude/clearance and delayed power application while attempting to release a banner from the ai
the loss of engine power during takeoff/initial climb due to undetermined reasons.
The failure of the inter-cooler duct connecting the inter-cooler to the engine due to inadequate attachment of the inter-cooler to
failure of the pilot to maintain directional control during the landing roll resulting in a collision with terrain.
in-flight collision with a jacket, which blew out of the helicopter because the left passenger door was not properly secured prior t
The fatigue failure of the rod end bearing and the separation of the aileron. A factor was the inadequate design change by the
the undetermined uncontrolled descent.
The non-instrument rated pilot's attempted VFR flight in instrument meteorological conditions. Contributing factors were mount
Failure to maintain clearance from mountainous/hilly terrain.
The pilot's improper decision to abort the takeoff. A factor in this accident was the dark night conditions.
the delayed corrective action by the flight instructor. Factors were the failure of the private pilot to maintain directional control, h
The student pilot's failure to recover from a bounced landing and her failure to perform a go-around.
failure of the pilot-in-command to adequately compensate for a crosswind condition and maintain directional control during the
failure of the pilot to compensate for a sudden wind shift resulting in a loss of directional control and collision with high vegetatio
pilot's inadequate compensation for the crosswind. A factor was the crosswind.
the loss of engine power during take-off for undetermined reasons.
The pilot's failure to attain the proper touchdown point, and his failure to perform a go-around.
the pilot's inaccurate fuel consumption calculations and exhaustion of his fuel supply.
the pilot's misjudged flare, which resulted in a hard landing. A contributing factor was the pilot's lack of total experience in the m
the failure of the power output reduction gear to the propeller. A contributing factor was the lack of suitable terrain for the force
The failure of the pilot to maintain clearance with the deer stand. Factors were the chemical covering the windshield and the gl
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The inadvertent stall. A factor was the improperly positioned fuel selector.
Aircraft control was not possible by the flight instructor due to the inadequate maintenance adjustment of the tail wheel steering
An inadvertent stall/mush. Factors were high density altitude, weight and balance exceeded, and pilot fatigue.
the pilot's poor in-flight decision to fly up a valley with rapidly rising terrain, which resulted in the airplane colliding with the terrai
The pilot attempting an aerobatic maneuver at a low altitude and the pilot not maintaining clearance from the terrain. A factor to
loss of control in flight for undetermined reason(s).
The pilot's failure to refuel the airplane prior to fuel exhaustion. A factor associated with the accident was rough/uneven terrain
The pilot-in-command's improper decision to takeoff uphill, on a short runway with 50-foot high utility wires at the end, at a high
A severed oil pressure line, which resulted in an off airport landing.
the pilot's failure to maintain control during initial climb that resulted in the aircraft colliding with the ground and incurring damag
the total loss of engine power due to the pilot's inaccurate fuel consumption calculations, which resulted in fuel exhaustion.
directional control not being maintained by the pilot during landing rollout.
the restricted fuel line, and the pilot not attaining proper runway alignment during the forced landing. Factors were the low altitu
An improper installation of a rudder control cable Nicopress sleeve by the owner/builder. The rudder control cable disconnectio
A loss of engine power due to failure of the No. 4 cylinder connecting rod during the first flight following engine overhaul for und
the flight crew's failure to activate the normal brake system, and failure to follow published aircraft procedures/directives for a h
The pilot's failure to ensure that an adequate fuel supply was on board at last departure, which resulted in a loss of engine pow
The pilot in command's failure to maintain aircraft directional control.
the pilot's failure to maintain clearance with the power lines. A factor associated with the accident was the power line.
the failure of the number-two connecting rod bearing and the unsuitable terrain for landing encountered by the pilot during the f
Improper airstrip operations by ground personnel, and the pilot's failure to visually detect a vehicle on the airstrip in time to avoi
The termination of power to the main rotor system as a result of the malfunction of the free-wheeling sprag clutch assembly, fol
The pilot's failure to follow the published go-around procedure. Factors were the pilot's improper evaluation of the wind conditio
The pilot's failure to maintain control of the airplane while taking off.
The pilot-in-command's improper in-flight decision to maneuver at a low airspeed with a left-quartering tailwind which resulted in
A partial loss of engine power due to the failure of an exhaust valve during an aerial application flight.
the pilot's inadvertent stall during initial takeoff climb.
The pilot's failure to maintain clearance from a tree while making a low pass over an outdoor gathering of individuals. Factors in
the pilot's improper decision to depart with obstacles ahead which exceeded the climb capability of the airplane. Factors were th
The unsuitable terrain encountered by the pilot while descending for a forced landing. Contributing to the accident was the part
Failure of the pilot to extend the landing gear, and his failure to follow the published before landing checklist concerning extensi
A cracked plastic fuel selector handle that precluded proper engagement of the internal mechanism to fully select a port, and le
the failure of both magnetos of the dual-magneto single-drive unit. A factor contributing to the accident was the lack of suitable
the loss of engine power for undetermined reasons. Contributing factors were the pilot flying the airplane with known deficienci
A loss of engine power due to the separation of a connecting rod from the crankshaft.
The loss of engine power for an undetermined reason. A factor was the lack of suitable terrain for the forced landing.
the loss of engine power for an undetermined reason during maneuvering. Contributing factors were the dark night light condit
The lack of suitable terrain for a forced landing. A factor was a complete loss of power due to mechanical failure.
the incapacitation of the pilot. Factors to the accident were the failure of the pilot to maintain flying speed and the subsequent s
directional control not being maintained by the pilot during landing.
the pilot selected to land in a field that was unsuitable for landing. A factor was the soft field.
the unfavorable wind condition for landing and control of the balloon during landing not possible by the pilot.
fuel exhaustion and the pilot abruptly applying normal brakes during the landing roll. Factors relating to this accident were the p
the failure of the pilot to maintain directional control of the aircraft. A factor to the accident was the pocket gopher mound in the
The failure of the pilot to maintain control while maneuvering the aircraft due to impairment as a result of use of illegal drugs, an
The pilot's failure to refuel the airplane and his improper fuel consumption calculations.
The improper use of the cyclic control by the pilot under instruction, and the flight instructor's lack of remedial action.
The collision with a bird while in cruise flight.
The pilot's improper use of the fuel tank selector, resulting in fuel starvation.
A loss of engine power due to the pilot's failure to use carburetor heat, and an inadvertent stall. A factor associated with the ac
The pilot of the other airplane's (Cessna) inadequate visual lookout and misjudged distance to the standing Beech.
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The right main landing gear failed for undetermined reasons.
The Cessna pilot's inadequate visual lookout and misjudged distance to a standing Beech while taxiing for takeoff.
The pilot's inadequate compensation for gusty winds conditions that resulted in the collision with a power line during final appro
The pilot's in-flight decision to continue the takeoff and his subsequent delayed decision to abort the takeoff after he noted that
The inadvertent stall while maneuvering to avoid obstructions during a forced landing. A factor was the pilot's failure to extend
The loss of control for an undetermined reason.
Seizure of the starter clutch assembly needle bearing, which caused the engine to develop less than full rated power and the ai
the failure of the pilot to maintain clearance with the terrain.
the failure of the pilot to maintain clearance from the power line. Factors were the sunglare and the wire.
the pilot's improper bounced landing recovery. A factor was the pilot's lack of total flight experience.
The pilot's failure to maintain a proper decent rate. A factor was the up-sloping runway.
The pilot's failure to attain the proper touchdown point and his delayed remedial action. Also causal was the pilot's lack of rece
The pilot's failure to maintain airspeed which resulted in an inadvertent stall. Factors in this accident were an open canopy and
The inadvertent stall by the pilot-in-command while returning for a precautionary landing. Contributing to the accident was the l
The inadequate supervision of the pilot rated student by the CFI for her failure to note that the fuel selector was positioned to an
The pilot's selection of an unsuitable takeoff area. Contributing factors were the high density altitude and proximity to vegetatio
the pilot's failure to maintain obstacle clearance while hovering the helicopter. A contributing factor was the dark night light con
The pilot's inadequate weather evaluation, which resulted in a downwind landing, and his failure to maintain aircraft control. A f
the blocked lubricating system and unsuitable terrain.
the settling with power encountered by the pilot. A factor was the sudden windshift.
the pilot's preflight planning was inadequate which resulted in taking off in the wrong direction on the runway. Factors associate
the carburetor icing conditions and the fact that the aircraft was not equipped with carburetor heat protection. A factor to the ac
Failure of the number two cylinder main bearing for undetermined reasons.
the pilot allowed the helicopter to get too low while hovering, which resulted in the tail rotor striking the ground, the separation o
The pilot's failure to maintain airspeed, which resulted in a stall.
Failure of the coolant recovery system, resulting in overheating of the engine. A factor was the soft ground on which the forced
the left main landing gear brake was locked during landing. A factor associated with the accident was the uneven terrain on wh
The pilot's inadequate compensation for the wind conditions. A factor associated with the accident was a crosswind.
The excessive rate at which the student pilot allowed the aircraft to descend into the runway surface while attempting to land. F
The failure of the student pilot to maintain directional control during takeoff resulting in an excursion off the runway and collision
The pilot's inadequate visual lookout while taxiing to the runway, which resulted in his failure to see and avoid the fuel truck.
the pilot's misjudgment of his altitude/clearance above the runway during the aborted takeoff which resulted in an improper flare
Loss of total engine power due to a fractured crankshaft.
The loss of control while maneuvering for an undetermined reason.
The pilot in command exercising poor judgment and exceeding the aircraft's turning capability. Contributing factors were the pil
aircraft control not attained by the pilot.
inadequate airspeed on takeoff that resulted in a stall/mush condition. Factors associated with the accident were the wet, grass
a partial power loss for undetermined reason(s).
The pilot's inadequate in-flight planning/decision to attempt a hover in atmospheric conditions and over terrain that would requir
The pilot inadvertently stalling the airplane. Factors were the pilot's failure to use the entire available runway, the high density a
The pilot's failure to maintain aircraft control.
The pilots failure to calculate his takeoff distance for the conditions, resulting in an in-flight collision with a fence, trees, and the
The pilot's improper aircraft handling as a result of his alcohol impairment.
The failure of the pilot-in-command (CFI) to adequately supervise the instructional flight. Factors in the accident were an inadv
The pilot-in-command's inadvertent stalling of the airplane.
The pilot's improper flare on touchdown resulting in a hard landing. A factor was the pilot's entrance into an inadvertent porpoi
The complete loss of engine power for undetermined reasons. Factors include an irrigation system in the field where the forced
The pilot's failure to approach the strip with adequate airspeed for the conditions (resulting in a stall/mush situation), and his fai
The pilot's delay in aborting the takeoff.
A loss of power due to overheating resulting from the failure of the engine build-up facility to install a vernatherm.
Inadequate preflight planning and the pilot's delay in aborting the takeoff. A factor was the road embankment.
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Failure to adequately compensate for wind conditions.
The pilot's improper in-flight decision to continue the flight with an unfavorable wind. A factor related to the accident was the los
Fuel exhaustion of the engine due to improper fuel consumption calculations performed by the pilot.
The pilot's failure to use proper remedial action to counteract a loss of tail rotor effectiveness resulting in collision with terrain du
The pilot's improper fuel tank selector position resulting in fuel starvation and the ditch impacted during the landing roll. A contr
the open carburetor heat air box resulting in a loss of engine power, the diminished climb rate and the altitude/clearance not po
the improper recovery from the bounced landing and the porpoise encountered by the pilot. Factors were the misjudged flare b
the loss of main rotor rpm due to the failure of the top engine mount and the subsequent loss of the main rotor drive belt tensio
The pilot not maintaining airplane control in his turn back in the direction of the airport and the pilot not performing an emergenc
the loss of engine power over unsuitable terrain due to an inoperative magneto.
Pilot's improper decision to depart a confined area with two people onboard, which resulted in a loss of rotor RPM and collision
The pilot's inaccurate recovery from a bounced landing. Factors were lack of total pilot experience and lack of pilot experience
the brakes not available to the pilot. Factors were the improperly serviced brake system, the improper adjustment of the brake
Failure by the pilot to follow procedures and lower the landing gear.
The power loss for undetermined reasons and unsuitable terrain.
The pilot experienced spatial disorientation, which resulted in a loss of control of the helicopter. Contributing factors was the da
The pilot's entering an inadvertent stall condition during a high angle of bank turn (maneuvering), and the lack of adequate altitu
The inadequate installation of the right propeller by the mechanic for his failure to properly torque the eight nuts resulting in fatig
the total failure of the clutch cable during landing, which resulted from fatigue cracking of the cable's individual wires.
The pilot's inadvertent stall/mush during a go-around attempt. A contributing factor was the high density altitude weather condi
the pilot failed to maintain control of the airplane during flare/touchdown.
the excessive brakes applied by the second pilot. A factor to the accident was the unavailability of brakes on the flight instructo
The pilot's excessive application of the airplane's brakes.
The pilot's failure to attain adequate airspeed before liftoff, which resulted in a stall/mush. A factor was the pilot's lack of experi
The pilot's inadequate preflight planning which resulted in exhaustion of the fuel supply.
The failure of the pilot to maintain control of the airplane due to spatial disorientation. Factors were the dark night, low ceiling a
A loss of engine power for undetermined reasons.
Aircraft control not being maintained by the pilot during the forced landing. Factors to the accident were the engine failure due
aircraft control not maintained by the pilot.
The unsuitable terrain the pilot selected during his emergency landing. Factors were the hay rolls and the loss of engine power
The pilot's inadequate compensation for crosswind conditions.
The pilot's failure to maintain directional control while landing.
The pilot's improper landing flare.
The helicopter had a tail rotor failure. The reason for the failure is undetermined.
The pilot's failure to maintain aircraft control. A factor was the downdraft weather condition.
The pilot's inadequate compensation for wind conditions. A factor was the gusty crosswind.
the airplane's in-flight collision with hilly terrain for undetermined reasons.
the pilot selected the wrong runway direction in which to land and he did not perform a go-around when he realized the landing
The pilot's failure to maintain directional control.
The pilot's delayed use of the brakes, which resulted in a runway overrun. Factors in the accident were the pilot's improper dec
The pilot's improper recovery from a bounced landing and subsequent failure to maintain directional control of the aircraft. Win
The pilot's intentional flight into adverse weather which resulted in loss of visual reference and flight into power transmission wir
The pilot's failure to compensate for the wind conditions. Factors were the pilot's selection of the wrong runway, and the tailwind
the non-pilot rated passenger's improper flare and not relinquishing the controls, and the pilot's inadequate remedial action and
the pilot's inadequate preflight and improper vertical takeoff and not obtaining clearance from helicopter pad light. Factors inclu
The pilots failure to maintain directional control. A factor was the landing gear being out of alignment.
VFR flight into IMC encountered by the pilot and exceeding the design limits of the aircraf. A factor was flight to a destination a
The pilot's delayed go-around, which resulted in the aircraft not clearing the fence posts. A contributing factor was the fence po
The pilot's loss of control of the airplane while turning from base onto final, which resulted in an inadvertent stall/spin. A factor
The pilot's failure to maintain directional control during landing roll, which resulted in the on ground collision with trees.
the student pilot's failure to maintain control of the airplane during the aborted landing.
The flight instructor's failure to maintain directional control. A factor was the wind gusts.
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the pilot's failure to maintain control of the glider while maneuvering. Contributory factors were the in-flight separation of the tow
the pilot's inability to maintain airplane control during the landing roll due to the airplane hydroplaning on the wet runway.
The pilot's failure to extend the landing gear, which resulted in a wheels up landing.
undetermined.
The pilot's misjudgment of airspeed and altitude resulting in an undershoot.
Entanglement of air-dropped cargo parachute with the aircraft's horizontal stabilizer, resulting in damage to the horizontal stabil
A loss of engine power for undetermined reasons. A factor was rough/uneven terrain in the forced landing area.
The pilot inadvertently became lost/disoriented during initial climb and collided with terrain. A related factor was the dark night.
Pilot's improper fuel calculations, which resulted in fuel exhaustion. Also causal, was his abrupt maneuver during the forced lan
The pilot's inadvertent flight into adverse weather conditions which resulted in a forced landing. A factor was the lack of suitabl
the pilot exceeded the VNE speed restriction of 144 MPH. Factors included the ruddervator flutter and the out of balance rudde
The pilot's failure to maintain flying speed during an emergency landing which lead to an inadvertent stall/spin. A factor was the
The pilot's failure to maintain clearance from power lines.
the pilot's continued VFR flight into IMC conditions, by failing to maintain altitude, and descending from VFR conditions into IMC
the pilot failed to maintain directional control during landing.
A loss of engine power for undetermined reason(s). A factor was the rough/uneven terrain.
The partial loss of power caused by detonation of the #3 piston.
The pilot's failure to maintain adequate clearance from obstacles while maneuvering during an aerial application flight.
A loss of engine power due to fuel exhaustion, which resulted from the pilot's inadequate preflight inspection and failure to verif
The loss of control by the pilot due to incapacitation for unknown reasons.
loss of engine power for undetermined reasons and the pilot's failure to maintain clearance from the fence during the forced la
The pilot failed to maintain directional control of the airplane while landing. A factor associated with the accident was the cross
A loss of aircraft control for undetermined reasons.
The pilot's improper decision to attempt a second takeoff from the short grass runway at maximum gross weight, which resulted
the inadvertent stall. Factors relating to the accident were the pilot's low altitude, his abrupt pull up, the power lines, and his lac
The pilot's failure to follow published instrument approach procedures, and collided with a tree while executing a missed approa
the pilot's failure to maintain control of the airplane during the landing roll. Factors in this accident were; a crosswind, and the p
The loss of control in hovering flight and impact with terrain for undetermined reasons.
Fuel exhaustion and the pilot's failure the refuel the airplane. Factors were the road signs.
the pilot not maintaining directional control of the airplane. Factors were the crosswind weather condition, the airport sign, and
The student pilot not maintaining directional control during the takeoff roll resulting in the inadvertent ground loop.
The pilot's inadequate planning by which he miscalculated fuel consumption which resulted in fuel exhaustion.
the dual student's improper response to a simulated engine failure and the flight instructor's delayed remedial action and inadeq
the simulated autorotation performed by the pilot at too low an altitude and airspeed.
the water contamination found in the fuel and the pilot misjudging his altitude during the emergency procedure. A factor was th
the misjudged flare and porpoise encountered during landing by the pilot. A factor to the accident was the collapse of the nose
the maneuver, performed by the pilot, to avoid obstructions on highway US.31. Factors were the carburetor icing weather cond
The pilot failed to maintain control of the airplane during an intentional inverted flat spin and the initial control inputs he used in
Improper preflight planning/preparation by the pilot, which resulted in taking off with the airplane exceeding the weight and ba
The pilot's inadequate flare during the landing. Factors were the entanglement of the tow rope with the rudder horn, and restric
was the pilot's improper fuel management which resulted in power loss due to fuel starvation.
a loss of engine power for undetermined reasons resulting in a forced landing and subsequent impact with the ground. A facto
The pilot/owner's inadequate installation of an ignition lead that resulted in a partial loss of engine power and forced landing to u
The pilot's failure to maintain control of the airplane during the landing flare/touchdown. A factor was the gusty wind condition.
The unsuitable terrain for landing encountered by the pilot during the forced landing. Factors were the failure of the number fou
the pilot's inadequate preflight planning, his failure to abort the takeoff, and the inadequate airspeed. Factors included the tall r
The pilots selection of unsuitable terrain for landing. A factor was high brush along side the landing area.
An inadequately performed short field landing procedure and excessive ground speed. A delayed corrective response from the
The pilot's failure to maintain directional control during the landing flare and touchdown, which resulted in a blown tire, and a co
The pilot's decision to takeoff with only partial engine power available.
a loss of engine power for undetermined reason, resulting in a forced landing, and subsequent impact with a ditch.
The passenger's failure to comply with the briefing administered by the pilot. Factors were the passenger's physical impairmen
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The pilot's failure to maintain clearance from a bush during the balloon landing.
The pilot's use of excessive braking on soft terrain. Factors included fuel starvation, the fuel selector valve not engaging prope
Inadequate preflight planning/preparation by the pilot, which resulted in fuel exhaustion. A factor associated with the accident w
The pilot's inadequate compensation for wind conditions. Factors include variable winds during landing.
The CFI's delayed remedial action.
a loss of control which resulted in an inadvertent stall at too low an altitude to allow recovery. Factors in this accident were, the
the fractured number three exhaust push rod assembly and the unsuitable terrain encountered by the pilot.
The pilot's improper use of flight controls that resulted in low rotor induced oscillation during a practice autorotation.
The pilot's failure of preflight planning preparation, which resulted in the fuel exhaustion, and the subsequent loss of engine pow
The pilot's inadequate preflight planning/preparation. Factors in the accident were an uphill takeoff, high vegetation, and a shor
the failure of the pilots of the two airplanes to see and avoid each other and maintain proper airspace separation during visual f
An inadequately planned approach. The encounter of wake turbulence and not being able to maintain aircraft control were fact
The pilot's failure to remove the control lock during his preflight inspection. Factors contributing to the accident were the pilot's
The mechanic's inadequate annual inspection, which resulted in a departure with fuel contamination. A factor was the pilot-in-c
The student pilot's inadequate preflight planning which included improper fuel consumption calculations that led to fuel exhaust
Inadequate maintenance and the pilot's failure to maintain airspeed which resulted in failure of the carburetor and an inadverten
The pilot's inadequate recovery from a bounced landing. Factors in the accident were the pilot's inadequate preflight planning/p
Loss of engine power due to a fracture and separation of the engine's crankshaft. A factor was a vehicle on the roadway.
The pilot's failure to maintain a climb during climbout. A factor in the accident was the pilot's failure to reconfigure the flaps for
the pilot's failure to perform a weight and balance check that resulted in overloading of the airplane with spraying material, for th
The pilot's inadequate compensation for wind and his failure to maintain obstacle clearance. The crosswind was a contributing
The pilot's inadequate compensation for the downdraft condition and subsequent failure to maintain proper glide path. A factor
Pilot's improper pre-flight planning, which resulted in a loss of engine power due to fuel exhaustion.
The pilot's failure to maintain obstacle clearance during takeoff. A factor was the irrigation equipment.
the landing gear not deployed, the checklist not followed, the lack of familiarity with the airplane, the landing gear warning syste
the failure of both pilots to maintain visual lookout. A contributing factor was the pilot not following recommended traffic pattern
the pilot of the other airplane not maintaining clearance while taxiing. A factor was the dark night.
Compressor turbine blade failure due to high-cycle fatigue initiating in the surface of the fir-tree root. Factors include unsuitable
The pilot's improper decision to continue the flight into deteriorating weather, which resulted in his failure to maintain control of
Adjustment by other maintenance personnel of the idle speed stop screw. The idle speed stop screw was backed off from the
The pilot's failure to use pibals or other on site wind determination devices, and his subsequent failure to detect adverse wind c
the failure of both pilots to maintain visual lookout. A contributing factor was the pilot of the other aircraft not following recomme
The pilot's inadequate evaluation of the winds, and his intentional attempt to takeoff into the known adverse weather. Factors a
The pilot-in-command's inadequate weather evaluation, which resulted in a takeoff with a tailwind, and a subsequent inadverten
A catastrophic internal engine failure for undetermined reasons.
A hidden depression in the ground that resulted in the collapse of the landing gear during the forced landing roll.
The pilot's inadequate compensation for a gusting crosswind that resulted in a loss of directional control and subsequent collisio
the pilot's failure to maintain a proper glide path and proper visual lookout that resulted in collision with wires.
Lack of crew coordination when the ground crew failed to hold the balloon in position following landing as the pilot expected the
The pilot's improper inflight decision to enter a valley at low altitude and attempt a climb towards rising terrain. A factor was exc
fuel starvation due to the blocked carburetor. Factors relating to the accident were the foreign object (tab), the improper mainte
The pilot's improper use of takeoff checklist procedures, and his failure to maintain flying speed, which resulted in a stall and su
The pilot's failure to touchdown at the proper point on the landing area. Factors associated with this accident were the rough la
An improper flare which lead to a hard landing and subsequent main gear collapse as a result of the overload.
The pilot's failure to maintain an airspeed above stalling speed (Vs), which resulted in a stall/mush into the terrain. Factors inclu
The pilot's failure to maintain aircraft control. A factor was the pilot's diverted attention.
The pilot's failure to attain proper alignment with the runway during approach for landing. Contributing factors were the pilot's in
the pilot's inadvertent activation of the left rudder control, which resulted in a loss of control while in cruise flight.
the pilot's failure to maintain obstacle clearance during landing.
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The pilot's failure to follow procedures and lower the landing gear prior to landing. Factors were diverted attention and aural pe
The pilot's improper recovery from a bounced landing.
The pilot's failure to maintain airspeed, resulting from his improper go-around procedures following a rear engine failure. A fact
The crankshaft's fatigue failure at the site of an electrical arc mark stress riser, during cruise flight. Contributing factors were th
Pilot's failure to maintain directional control during the landing roll-out.
the pilot's failure to maintain obstacle clearance. A contributing factor was the sun glare.
the electrical wire bundle fire during approach, which tripped the hydraulic motor circuit breaker resulting in collapse of the land
The inadequate structural materials (American manufactured verses original Russian materials) used during a major repair.
the pilot's improper in-flight decision, the pilot's continued flight into known adverse weather, the pilot's failure to turn on the con
The inadvertent stall/spin encountered by the pilot. A factor was the low altitude.
The pilot's inadequate compensation for wind conditions, resulting in an inadvertent stall. A factor in the accident was the gusty
the failure of both pilots to maintain a visual outlook during landing approach. A contributing factor was both pilot's failure to fol
The disconnection of the left tailwheel control cable spring resulting in the positioning of the tailwheel in a right turn condition.
The flight instructor's failure to identify a partial loss of engine power during takeoff roll, and his failure to maintain airspeed whil
The failure and separation of one wooden propeller blade for undetermined reasons.
The pilot's failure to maintain terrain clearance. Factors included night conditions, cockpit lighting, which compromised the pilot
the failure of both pilots to maintain a visual outlook during landing approach. A contributing factor was both pilot's failure to fol
Failure by the pilot in command to maintain control of the aircraft during initial climb following takeoff.
the misjudged glidepath by the pilot. Factors to the accident were the loose throttle cable due to improper installation by mainte
Aircraft control not being maintained during initial climb resulting in a stall/mush. Factors to the accident were the pilot's inadeq
The pilot's failure to clear trees, for undetermined reasons.
The student pilot's failure to maintain airspeed on final approach resulting in an inadvertent stall/spin and subsequent in-flight c
The pilot's inadequate preflight planning and fuel consumption calculations, which resulted in fuel exhaustion and a loss of engi
The fatigue failure and separation of the right main landing gear.
The pilot's failure to maintain aircraft control. A factor was the crosswind.
The pilot's failure to maintain directional control of the aircraft during landing roll. Factors were a tail wind, inadequate weather
The pilot's failure to maintain an adequate lookout. Factors involved in this accident were sunglare, and a tall bush next to the a
The pilot's selection of an unsuitable takeoff area on the airstrip. Factors associated with this accident were the rough takeoff a
The loss of engine power due to water contamination of the fuel system, the airplane's lack of the required center fuel tank quic
The pilot's failure to maintain directional control during the balked landing.
The pilot receiving instruction failure to achieve the proper touch down point during a water landing, and the CFI's improper sup
the fuel exhaustion and inadequate preflight planning/preparation by the pilot.
the pilot's failure to refuel the aircraft prior to the flight and exhaustion of the fuel supply. A factor to the accident was the emba
the pilot's long touchdown, and inadequate braking to stop on the runway. Factors relating to this accident were the pilot's impr
The pilot's failure to apply carburetor heat after experiencing a partial power loss while flying under conditions conducive to the
The pilot's failure to maintain aircraft control while performing aerobatic flight resulting in an in-flight loss of control, inadvertent
The pilot's improper go-around procedure and his failure to maintain directional control on landing.
The divergence of the main rotor from its normal plane of rotation for an undetermined reason, which resulted in mast bumping
Fracture of the #4 connecting rod for undetermined reasons, which resulted in a loss of engine power. A factor was the forced
the go-around not performed and the inadequate flare by the pilot.
The spatial disorientation by the pilot during continued flight into instrument conditions and the inadequate surveillance by the o
The pilot's inability to control the aircraft after landing due to a loss of engine power and landing gear failure for undetermined re
The pilot's failure to preflight plan adequate fuel for the flight that resulted in fuel exhaustion and the subsequent loss of engine
The partial loss of power due to an inadequate annual inspection, which resulted in the throttle linkage becoming disconnected
The pilot's improper judgment to conduct a precautionary landing when he first experienced a partial loss of engine power, and
the pilot's inadequate preflight inspection, and his failure to verify adequate fuel for the planned flight, which resulted in a loss o
The pilot's failure to maintain directional control during landing.
the pilot's failure to maintain control of the aircraft while maneuvering after takeoff, which resulted in an inadvertent stall/spin an
the pilot's failure to maintain aircraft control while maneuvering, which resulted in an inadvertent stall. A contributing factor was
the pilot not maintaining aircraft control in response to the uncommanded roll, and the excessive descent to the runway resultin
The in-flight fracture of the main rotor mast and the separation of the main rotor. Factors to the accident were the corroded ma
The pilot's improper decision to continue the takeoff after the aircraft failed to climb or accelerate immediately after the initial lift
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The pilot's excessive use of brakes. Contributing factors were the pilot's misjudgment of distance/speed (landing long and fast
The pilot's delayed recovery from a bounced landing.
An engine seizure due to improper reconditioning of piston/cylinder after a previous seizure. A factor was the unsuitable terrain
The pilot's failure to maintain a proper glide path to the runway which resulted in the airplane contacting a 15-foot levee just sho
The pilot's improper judgment not to sit in the pilot's seat (rear seat) and improper use of brakes on landing roll resulting in a los
the pilot's failure to provide enough fuel for the intended flight. Contributing to the accident was an improper fuel vapor return s
The loss of engine power due to fuel starvation, which resulted from the pilot's improper fuel selector positioning.
The pilot's failure to maintain control of the aircraft during landing roll. Factors were high winds and crosswinds.
the failure of wing lift strut attachment rod for an unknown reason, which resulted in a loss of aircraft control during initial takeof
A loss of control for undetermined reasons.
The pilot's inability to locate the airport, which resulted in fuel exhaustion. A factor related to the accident was the night light co
Failure of the pilot to maintain directional control on the landing rollout. Also causal to the accident was his failure to retract flap
The pilot's failure to maintain control during landing. A factor was the reported wind gust.
the failure of the supercharger during takeoff. A contributing factor was the lack of suitable terrain for the forced landing.
The student pilot's delayed landing flare and failure to recover from the ensuing bounced landing.
the brake fire while taxiing for undetermined reasons.
Failure of the right brake expander tube which limited the pilots control of the aircraft.
The pilot's inadequate compensation for wind conditions. Factors associated with the accident were gusty winds, and a downd
The pilot's inadequate compensation for wind conditions. A factor associated with the accident was a crosswind.
the pilot's failure to maintain adequate terrain clearance during a cruise descent, which resulted in controlled flight into mountai
Debonding between the elastomeric material and the center plate of the transmission isolation mount.
the failure of the pilot to maintain directional control during landing and a subsequent rejected landing. Factors were the crossw
the pilot's failure to maintain adequate airspeed resulting in an inadvertent stall and collision with terrain.
the pilot's inadequate preflight planning/preparation which resulted in fuel contamination going undetected, which resulted in a f
the lack of suitable terrain for the forced landing. Contributing factors were the power failure due to a failed rod bearing, and do
the aircraft control not maintained by the pilot. A contributing factor was pilot fatigue.
ercial certificated pilot, an owner of a fishing lodge, departed a remote area of beach with three passengers to return to the lodge. The accid
A hard landing by a pilot of a previous flight. Additional causes of the accident were an undershoot that resulted in a hard landi
the loss of left engine power as a result of the owner's failure to overhaul the engine before further flight after the lubrication sys
The pilot's failure to adequately compensate for wind conditions during landing.
The pilot's failure to maintain the proper glide path to the runway. Factors related to the accident were the fog conditions and th
The flight instructor's improper placement of both fuel-selector switches, which resulted in a total loss of engine power on both
An engine compartment explosion due to a fuel/fuel vapor leak of undetermined origin. A secondary explosion resulted from a
The pilots failure to drop the advertising banner prior to a precautionary landing resulting in the aircraft stalling and landing hard
the pilot's failure to maintain adequate airspeed during the takeoff/initial climb, which resulted in an inadvertent stall/mush and c
the cracked number 7 cylinder exhaust valve. A factor relating to this accident was the tree.
The pilot failed to maintain clearance with the power lines. Factors associated with the accident were the pilot's attention was d
Aircraft control was not maintained during approach for landing.
The pilot's failure to maintain aircraft control during the takeoff. A factor in this accident was the crosswind condition.
the pilot's improper landing flare which resulted the right wing dropping and impacting the runway.
a loss of engine power due to undetermined reasons, that resulted in the aircraft being ditched.
failure of the pilot to maintain directional control of the aircraft during the landing rollout, which resulted in a ground swerve, and
The loss of engine power for undetermined reasons.
The engine lost power for undetermined reasons and nosed over in a soft field during the resulting forced landing.
The pilot exceeded the airspeed limit for operation of the flaps resulting in flap and wing overload and separation.
The fracture and separation of a control rod in the cyclic flight control system.
A broken carburetor jet needle, which blocked fuel from entering the carburetor's mixing tube and resulted in a partial loss of en
the pilot not maintaining clearance from the fence post and not attaining the proper touchdown point. A factor was the fence po
The pilot of the Pitts misjudged the clearance while maneuvering under the Cessna.
The pilot's improper pre-flight planning, and in-flight planning decision to continue visual fight into deteriorating adverse weathe
the pilot's improper preflight planning/decision and failure to ensure an adequate supply of fuel to safely complete the flight to h
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the pilot's failure to maintain control in flight, which resulted in an uncontrolled descent, and collision with the ground.
The pilot of the Pitts misjudged the clearance while maneuvering under the Cessna.
failure of the pilot to verify the seat latch was secure, resulting in the pilot's inability to reach the flight controls necessary to mai
The pilot's intentional flight into known adverse weather.
The pilot failed to maintain directional control of the airplane on landing. A factor associated with the accident was the crosswin
The trees and the unsuitable terrain for landing encountered during the forced landing. Factors were the side slip to avoid the tr
the pilot's improper preflight planning, improper in-flight planning and decision not to land before exhausting the airplane's fuel.
The lack of elevator control during final approach, for undetermined reasons, that resulted in a hard landing.
the pilot's failure to maintain obstacle clearance while maneuvering.
the pilot's inadvertent wheel down landing in water.
the pilot's improper preflight planning to make a takeoff toward obstacles, and his delayed decision to abort the takeoff, which r
The pilot's improper recovery from a bounced landing.
The probable loss of the main rotor tip weight on the red blade for undetermined reasons resulting in main rotor vibration and o
The pilot's continued visual flight into instrument meteorological conditions into rising terrain and the air traffic controller's failure
failure of the pilot to maintain an adequate airspeed while maneuvering, resulting in a stall at an altitude too low to allow recove
The pilot's delay in aborting the landing, which resulted in a collision with transmission wires. Factors in the accident were the p
the pilot's failure to maintain directional control during landing roll. A contributing factor was the crosswind.
The pilot's failure to maintain directional control during landing. Factors to the accident were the pipe that was struck, the cross
The pilot's inadequate weather evaluation and in-flight planning/decisions. Factors in the accident were turbulence, and a down
The pilot's attempted VFR flight into instrument meteorological conditions that resulted in spatial disorientation. A factor in this
The pilot's inadequate visual surveillance of the worksite to see and avoid power transmission wires.
Unsuitable terrain for a forced landing. Factors were a complete loss of power due to a stuck needle valve in the carburetor.
The pilot not maintaining aircraft control and altitude/clearance from the river. Factors to the accident included the pilot not obta
The pilot's failure to take adequate remedial action upon encountering aircraft control difficulties during landing. Factors include
The pilot's failure to ensure the aircraft contained adequate fuel to complete the flight resulting in loss of engine power due to fu
Loss of control for undetermined reasons.
A hydraulic fluid leak which resulted in a landing gear brake fire.
A fatigue failure of the tail rotor drive gear shaft.
The pilot's inadvertent stall/mush. A factor in the accident was the pilot's lack of certification.
The pilot's failure to maintain the manufacture's recommended safe single-engine airspeed, which resulted in a velocity-minimu
the pilot in command's improper recovery from a bounced landing which resulted in hard landing on the nose landing gear and
The pilot's inadequate visual lookout which resulted in the helicopter colliding with power lines, catching fire, and being consum
The pilot's in-flight loss of control in the takeoff initial climb for undetermined reasons.
The pilot's failure to maintain control during landing. A factor was the wind gusts.
the pilot failed to maintain directional control during landing. A factor was the dust devil.
the improper servicing of the emergency extension assembly and the gear extension not verified by company maintenance per
altidude/clearance not obtained/maintained by the pilot. Factors to the accident were the hay bale, the inadequate preflight plan
The pilot failed to add full power during a go around which resulted in descreased airspeed and a subsequent stall. A factor as
the pilot not maintaining altitude/clearance from the tower. A factor was the tower.
the pilot not maintaining altitude/clearance from the trees during an approach on a dark, low overcast night, the pilot's improper
The pilot's failure to maintain clearance from the trees off the approach end of the runway, and his delay of the remedial action
The pilot's failure to execute an adequate flare, which resulted in a hard landing.
The pilot's premature liftoff and failure to attain a proper climb rate. Factors related to the accident were the over-gross weight
Loss of engine power due to fuel exhaustion when the pilot became lost and disoriented.
the pilot's failure to brief his passenger about the operation of the controls.
The failure of the pilot-in-command to maintain proper airspeed during the aborted landing go-around which resulted in a stall/m
The pilot's inadequate preflight planning, and his continued flight into, and attempted landing during a thunderstorm. A factor w
Failure by the pilot to maintain control of the airplane during aerobatic maneuvers as a result of his alcohol impairment. Factors
the pilot's improper decision to continue the flight when the fuel sight gauge indicated empty and the exhausted fuel supply. A f
The pilot's inadequate removal of frost from the airplane, and the inadvertent stall during takeoff. A factor was wind gusts.
Damage to aircraft under unknown circumstances.
The pilot's loss of control, and his subsequent overstress of the airplane after a vacuum system failure during flight in instrumen
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The pilots failure to maintain airspeed during final approach result in the aircraft stalling and descending uncontrolled until groun
The failure of maintenance personnel to detect and correct loose attachment fasteners and fretting at the landing gear attachm
The pilot's failure to maintain directional control. A factor was his improper inflight decision in selecting a less-than-favorable ru
the pilot's inadvertent entry into a spin while performing aerobatics.
The pilot's improper weather evaluation and decision to initiate a flight with an approaching rain shower. A factor in this acciden
the pilot's failure to maintain Vmc, which resulted in a loss of control, and collision with the ground. Contributing to the accident
The partial loss of engine power due to undetermined reasons. A factor was the lack of suitable terrain for the forced landing.
The pilot's inadvertent ground loop/swerve during the landing roll.
The separation of the airplane's vertical stabilizer and rudder assemblies, during the landing approach, because of dry rot.
The failure of the wing skin and the rear spar while performing aerobatics, which resulted in the restricted movement of the aile
The pilot's inadequate compensation for wind conditions. Factors were the gusty crosswind and the pilot's failure to perform a g
The pilot's selection of an unsuitable landing area. Factors associated with the accident were the oil sprayed windshield, the su
The pilot's failure to maintain clearance with the irrigation system. A factor was the whirlwind weather condition.
the fire, which ignited in the engine compartment for undetermined reasons while taxiing.
The loss of engine power for undetermined reasons. Factors were the smoke in the cockpit, and the lack of suitable terrain for
the pilot's inadvertent flight into unforecasted turbulent weather conditions. A contributing factor was the turbulence.
The pilot's failure to attain the proper touchdown point.
The instructor's failure to take remedial action.
The pilot's improper preflight planning which resulted in an attempted takeoff from a taxiway. A factor in the accident was the fo
An in-flight encounter with ground level fog due to the pilot's decision to continue VMC flight into instrument conditions, resulting
the failure of the pilot to follow the pilot operating handbook procedures and to refuel the airplane.
The pilot's inadequate visual lookout during cruise, which subsequently led to a wire strike.
Pilot's failure to maintain aircraft control during take-off, which resulted in a stall.
The failure of the landing gear to extend due to the empty hydraulic reservoir.
the loss of engine power for undetermined reasons while maneuvering. A contributing factor was the lack of suitable terrain for
The loss of engine power for undetermined reasons. A factor was the lack of suitable terrain for a forced landing.
Collision with animals during the takeoff roll.
The pilot's inadequate compensation for the wind conditions. A crosswind condition was a factor.
Fuel starvation as a result of the pilot's inadequate pre-flight inspection. A factor in this accident was the inadequate marking o
The operator's inadequate 100-hour inspection of the airplane, and the pilot's continued operation with known deficiencies in eq
The pilot's failure to maintain aircraft control. A factor in the accident was the large wave.
the pilot's failure to maintain directional control during landing roll. A contributing factor was the crosswind weather condition.
The pilot's failure to maintain control of the aircraft during the aborted landing. Contributing to the accident was the rich mixture
the student pilot not maintaining aircraft control and the instructor pilot's delayed remedial action. A factor relating to the accide
The pilot not maintaining clearance from the tree. Factors relating to this accident were the pilot's inadequate preflight planning
The pilot's failure to attain clearance from trees during takeoff from a touch-and-go landing. A factor associated with the accide
The pilot's improper decision to fully retract flaps during a go-around.
The poor in-flight planning/decision by the pilot for flying a close-in downwind leg, improper aircraft handling by the pilot for his e
The pilot's inadequate preflight planning and his improper use of carburetor heat that resulted in a loss of engine power due to
The pilot's failure to maintain clearance from ground obstacles that resulted in an in-flight collision with a tree, while intentionally
The loss of engine power for undetermined reasons. A factor was the lack of suitable terrain for the forced landing.
The unsuitable terrain for a forced landing. Contributing factors were the total loss of engine power due to the failure of the eng
The pilots failure to abort the takeoff and the airplane not attaining a proper climb rate for undetermined reasons.
The pilot's improper flare during landing which collapsed the landing gear.
A total loss of engine power due to a cracked cylinder head. A factor was the emergency landing into unsuitable terrain, and the
The pilot's failure to adequately preflight the helicopter, which resulted in his failure to remove the tie down.
The pilot's failure to maintain directional control during the takeoff roll due to over-rotation, inadequate airspeed, and improper r
Pilot's improper decision to delay the aborted landing, which resulted in an insufficient airspeed during climb and subsequent co
the pilot not maintaining directional control of the airplane. Factors were the gusts, the crosswind weather conditions, and the d
The pilot did not properly flare the airplane during the aborted takeoff and he failed to maintain directional control of the airplane
The loss of engine power due to fuel system contamination.
The failure of the number six-piston connecting rod that resulted in the total loss of engine power.
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The pilot's inadvertent stall/mush during the final approach to land. Factors associated with the accident are the pilot's misjudg
Failure of local controller to provide adequate spacing between two airplanes that resulted in a midair collision. Contributing Fac
Separation of the forward spark plug due to wear damage to the cylinder head threads. A factor in the accident was traffic on th
Failure of the student pilot to maintain directional control of the airplane during the landing rollout resulting in a collision with a b
the pilot's failure to maintain aircraft control, which resulted in a collision with terrain. A contributing factor was the high-density
Failure of local controller to provide adequate spacing between two airplanes that resulted in a midair collision. Contributing Fac
The pilot's selection of unsuitable terrain for landing. A factor in the accident was a tree stump not observed by the pilot.
The failure of the TRACON air traffic controller to issue a wake turbulence advisory to the pilot, and a wake turbulence encount
The loss of aircraft control precipitated by the pilot's inadvertent stall. Factors associated with the accident are the disengagem
The Cessna 172 pilot's failure to maintain clearance with the Cessna 182. Factors included aircraft parked/standing on the tax
The Cessna 172 pilot's failure to maintain clearance with the Cessna 182. Factors included aircraft parked/standing on the tax
the failure of the #3 and #4 connecting rods. A contributing factor was the lack of suitable terrain condition for the forced landin
the owner/builder's inadequate modification to the engine air intake system and the inadvertent engine shutdown. Factors inclu
The ground crew's failure to maintain control of the balloon until all passengers were disembarked. A factor related to the accid
The failure of the right main landing gear drag leg (scissors) attach point, which resulted in the landing gear becoming jammed
The pilot-in-command/flight instructor's failure to adequately refuel the aircraft, resulting in fuel exhaustion, and his subsequent
The pilot's inadequate compensation for the wind condition. Wind gust was a factor.
The pilot's improper decision to fly with an insufficient fuel quantity. A factor in the accident was the failure of the fuel boost pum
A failure of the pilot to maintain directional control of the airplane. Factors in the accident were the passenger's inadvertent inte
A malfunctioning main landing gear brake, which precipitated a ground-loop.
The pilot's inadequate compensation for winds and his failure to maintain directional control. Factors include a gusting crosswin
A partial power loss for undetermined reasons.
The pilot's failure to maintain clearance with the antenna guy wire. A factor was the pilot's physical impairment from his use of
The pilot's inadequate compensation for wind conditions. Factors associated with the accident were variable winds, and a cros
The pilot's inadequate compensation for the wind, and his failure to maintain directional control of the airplane during landing. A
the pilot's failure to maintain directional control of the airplane during the takeoff roll.
Loss of engine power for undetermined reasons. A factor was the lack of suitable terrain available for a straight ahead landing
The pilot prematurely flaring the airplane, resulting in a hard landing, and causing a loss of directional control. Factors were exc
The pilot's improper inflight decision to enter a canyon at an altitude insufficient to clear rising terrain. A factor was the aircraft's
the pilot exceeding the proper touchdown point on the runway.
The pilot's application of excessive braking. A factor in the accident was the installation of boosted (oversize) type master brak
The other pilot's improper use (inadvertent release) of the brakes. Contributing factors were, a standing aircraft and the other p
The pilot's improper use (inadvertent release) of the brakes. Contributing factors were, a standing aircraft and the pilot's diverti
the intentional stall/mush by the pilot-in-command due to obstructions ahead resulting in a hard landing. Contributing to the acc
Failure of the right clip that attaches a spring to the tail wheel/rudder control assembly, which resulted in a loss of directional co
The pilot's failure to maintain directional control of the airplane while landing. A factor was the crosswind.
The pilot's failure to maintain directional control during the landing flare and roll. Factors were the tree and fences.
the delayed aborted takeoff. Factors relating to this accident were the pilot's inadequate planning/preparation for the flight, the
The improper servicing of the left main landing gear tire which resulted in it having low air pressure and the pilot's inability to ma
The pilot's failure to maintain control of the airplane after landing which resulted in the inadvertent ground loop.
An improper engine installation by other maintenance personnel that resulted in a fuel leak at the main fuel line fitting to the car
The loss of engine power during the takeoff initial climb, for an undetermined reason. A factor was the lack of suitable terrain fo
The pilot's failure to maintain lateral clearance with terrain. Factors were the confined area used for takeoff, and the high veget
The pilot/passenger's failure to maintain aircraft control, and the pilot in command's inadequate supervision of the flight. A facto
The student pilot's failure to refuel, which resulted in fuel exhaustion. Factors were the dark night light conditions and lack of su
The pilot failed to maintain clearance from the trees. A factor was the trees.
the pilot's inadequate preflight performance planning.
The pilot's failure to maintain control of the aircraft during an aborted landing. A factor was the crosswind.
The pilot's inadequate compensation for the wind conditions. Factors were the crosswind, and a snow-covered ridge.
the flight instructor not maintaining supervision. Contributing factors were the student's hard landing due to excessive flare and
the pilot's inadequate normal braking and the pilot's inability to stop the airplane on the runway. Factors relating to this acciden
the inadvertent stall by the pilot in command. Contributing factors were the approach airspeed not obtained/maintained by the p
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The pilot's failure to maintain clearance from an object. Trees and inadequate ground communications were a factor.
The pilot's inadequate preflight inspection and his failure to maintain directional control during takeoff. Factors were the pilot's
the corrosion and fatigue cracking of the right wing attachment fitting, which resulted in the right wing separating in flight. A fac
The inadvertent stall during a go-around. Factors relating to this accident were the student pilot's improper in-flight decisions a
the pilot's failure to maintain aircraft control during the landing. Factors relating to this accident were the pilot's improper recove
A partial loss of engine power during initial climb following takeoff, due to the restricted movement of the number two cylinder's
The pilot's inadequate compensation for high, gusty wind conditions during water taxi. Factors associated with the accident are
The pilot's inadequate compensation for the gusty and variable crosswind conditions. Factors were the variable and gusty cros
Loss of engine power due to failure and separation of the number one connecting rod.
the pilot's inadvertent descent into terrain on the downwind leg for landing. Contributing to the accident was the dark night and
The company dispatching, and the pilot initiating, flight into known adverse weather with an aircraft which did not have the requ
The pilot failed to maintain control of the helicopter while attempting a landing on unsuitable terrain. A factor associated with th
The pilot's failure to maintain a proper glide path on final approach. Factors include a vehicle on the roadway and a downdraft.
The pilot's failure to maintain adequate airspeed during low-altitude maneuvering flight, resulting in an accelerated stall and spin
The pilot's failure to maintain an airspeed above power-off stall speed (Vso) while attempting a forced landing after a total loss
The pilot's improper in-flight decision to continue his descent without visual contact with the runway, and his inattention to his al
A loss of engine power for undetermined reasons.
The student pilot's abrupt lowering of the collective. Factors were the student pilot's lack of experience in helicopters and the CF
The pilot's inadvertent activation of the collective flight stop/emergency fuel augmentation switch, which resulted in engine and
Mintenance personnel not following the mandatory service bulletin procedure of not exceeding 0.0005 inch paint thickness on t
The pilot's inadequate airspeed which resulted in the inadvertent stall. A factor related to the accident was the gusting wind con
The pilot failed to maintain an adequate airspeed margin, resulting in a stall/mush and hard landing, and failed to maintain direc
The instructor pilot's delayed remedial action. Factors include the student's failure to properly initiate a flare, and the soft terrain
The failure of the right brake during the landing roll resulting in loss of directional control and subsequent nose over of the airpla
the pilot's failure to maintain control of the airplane due to spatial disorientation. Contributory factors were the clouds, dark nigh
the failure of the nose wheel landing gear shimmy damper, which resulted in failure and collapse of the nose wheel landing gea
The pilot's failure to adequately secure the aircraft prior to a manual engine start. A contributing factor was the excessive thrott
A loss of engine power for undetermined reasons.
a loss of power on both engines, during a simulated engine out approach, resulting in a forced landing and the subsequent on g
the right main brake locked after touchdown causing the airplane to yaw and depart the runway, resulting in the landing gear co
The pilot's failure to maintain adequate clearance from a vehicle parked beside the ramp while he was taxiing the aircraft from l
The student pilot's inadequate compensation for the crosswind that resulted in the failure to maintain directional control of the a
The pilot's selection of a closed runway for landing. Contributing factors were his inadequate inflight planning/decision and the
The pilot's failure to maintain directional control during the takeoff roll. A factor associated with the accident was the presence o
Failure to maintain aircraft control during hover operations. Inadequate remedial action by the pilot was a factor.
Clearance from a transmission power line was not maintained. The power line was a factor.
The pilot's failure to maintain directional control of the airplane during an aborted landing.
A loss of engine power due to water contamination of the fuel. Also causal in the accident was the pilot/owner's failure to repair
The separation of a portion of one propeller blade as a result of a fatigue crack that initiated at the site of foreign object damage
Inadequate supervision by the certified flight instructor. Factors were loss of control by the student pilot, the flight instructor's fai
The pilot's inadvertent touch down. A factor associated with the accident was deep snow on the airstrip.
the flight instructor's misjudged flare during a simulated autorotation, which led to a hard landing.
The pilot's failure to maintain clearance from guy wires and tower.
the pilots failure to abort the takeoff and obtain/maintain clearance from the corn crop. Factors were the tall, wet, grass runway
The pilot's failure to maintain aircraft control upon experiencing a loss of normal braking effectiveness. Factors included a parti
The pilot's failure to maintain clearance from terrain while turning to reverse course following inadvertent nighttime flight into ins
The failure of the pilot to refuel the airplane, which resulted in fuel exhaustion. A factor was the pilot's inadequate preflight plann
the pilot's improper fuel consumption calculations, which resulted in fuel exhaustion. A contributory factor was the fuel cap leak
loss of control during initial climb following takeoff by an unqualified person.
the pilot's failure to maintain aircraft control while maneuvering, and the subsequent inadvertent stall/spin to the ground. A cont
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fuel contamination (water) and the pilot exceeding his landing field distance. Factors relating to this accident were the pilot ina
The pilot's failure to maintain flying airspeed during initial climb, resulting in an inadvertent stall/spin.
The pilot's inadvertent flight into instrument meteorological conditions and subsequently exhausting his fuel supply. Factors wer
The pilot's improper recovery from a bounced landing.
the pilot's in-flight decision to continue flight into instrument weather conditions at an altitude that did not maintain an adequate
The loss of engine power for undetermined reasons.
The pilot's failure to refuel resulting in loss of engine power due to fuel exhaustion. A factor was the lack of suitable terrain for t
The pilot's failure to maintain a proper descent rate during landing flare/touchdown. A factor was the tail wheel failure due to ov
The pilot's misjudgment of speed and distance which resulted in an overrun of the runway. A contributing factor was the tailwin
The pilot's selection of an unsuitable takeoff area. Factors associated with the accident were wet and soft terrain.
The pilot's failure to properly manage the fuel onboard the airplane, which resulted in fuel starvation, and a total loss of engine p
The pilot's inadvertent VFR flight into instrument meteorological conditions, which resulted in his failure to maintain control of th
Suicide
The uncertified pilot's improper recovery from a bounced landing which resulted in the collapse of the nose gear asasembly and
Improper torquing procedure of the aft tail rotor drive shaft coupling by maintenance personnel after tracking the tail rotor.
The dual student's improper use of the collective and the flight instructor's inadequate supervision during the practice hovering
A total loss of engine power for undetermined reasons. A factor was the trees.
The loss of engine power for undetermined reasons, and the pilot's unapproved airframe modification that resulted in the loss o
The pilot's improper management of the fuel supply, which resulted in fuel starvation of the engine. A factor in the accident was
A loss of engine power due to fuel exhaustion. Also causal was the pilot's inability to locate the airport. A factor in this acciden
the pilot's loss of airplane control due to spatial disorientation. A related factor was the low ceiling.
the failure of the propeller blade due to fatigue, which originated from a corrosion crack. A contributory factor was the pilot/own
The main rotor contacting with the vertical stabilizer, the loss of the vertical stabilizer, and the aircraft control not possible by the
The pilot's failure to maintain clearance during taxi. A factor associated with the accident was trees.
Oil Pump drive gear shaft separated in shear. A collision with a tree stump during the landing roll was a factor.
The pilot-in-command's failure to maintain directional control while taxiing.
The pilot's failure to follow instrument flight procedures resulting in a collision with a tree. A factor related to the accident was th
the pilot's inaccurate fuel consumption calculations, improper fuel management, inadequate in-flight planning/decision, flight to
The pilot's inadequate preflight inspection, which failed to remove all water from the fuel system. A factor associated with the a
The pilot's improper recovery from a bounced landing.
The failure of the pilot to maintain control of the tail wheel equipped aircraft while taxiing due to excessive taxi speed resulting in
An inadvertent pilot-induced porpoise resulting from the pilot's improper landing flare and inadequate power management.
The pilot's improper storage of personal items and his inadequate preflight inspection, which resulted in the unlatching of the le
The pilot's delay in aborting the takeoff run. A factor associated with the accident was glassy water conditions.
Clearance from an obstruction was not maintained during the go-around. The pilot's failure to maintain directional control durin
The pilot's hard landing during a high wind condition.
Carburetor icing and the pilot's inadequate in-flight planning by his delayed use of carburetor heat. A factor associated with the
The pilot's failure to maintain directional control during an aborted landing.
The failure of the pilot to operate the airplane according to the flight manual, resulting in fuel starvation and loss of engine powe
The pilot's failure to maintain adequate rotor rpm. Unsuitable terrain was selected for the maintenance test flight operation.
The pilot's inadequate flare which resulted in a hard landing. A factor related to the accident was the uneven landing area cond
An undetermined event, which resulted in an off airport landing. A factor in this accident was the night light condition.
The pilot's failure to maintain a visual lookout during a forced landing resulting in an on-ground collision with a berm on landing
The hard landing due to the pilot's excessive rate of descent. A factor was the loss of engine power due to fuel starvation as a
The pilot's failure to refuel the airplane which resulted in fuel exhaustion and subsequent loss of engine power. Also contributin
impact with terrain following a total loss of engine power due to fatigue failure of the turbine-to-compressor coupling. A contribu
A hole in the #4 piston for undetermined reasons which resulted in engine oil starvation and engine stoppage.
the pilot's inaccurate preflight planning. Factors were the fuel exhaustion, the trees, and the bright night condition.
The rudder tube failure, and aircraft control not possible during the flare by the pilot. A factor was the service bulletin not being
the designated examiner not maintaining clearance from the bank/dike. Factors were the designated examiner's delayed reme
The pilot had excessive airspeed, misjudged the landing distance, and did not perform a go-around, which resulted in a nose o
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The pilot's inadequate weather evaluation. A factor in the accident was a high wind.
The mechanical failure of a fuel sump tank check valve, during takeoff initial climb, that resulted in fuel starvation.
The pilot's improper and excessive application of brakes resulting from his failure to maintain directional control during landing
the loss of engine power during climb to cruise due to the failure of the crankshaft counterweight. A contributing factor was the
The pilot's loss of control due to spatial disorientation. Contributing factors were the low ceilings, the dark night illumination, the
the failure of the number five intake valve spring during initial climbout and that there was no suitable terrain during the forced la
The pilot's inadvertent retraction of the landing gear during the landing roll.
Inadequate maintenance by the helicopter manufacturer during manufacture, which installed skins of inadequate thickness on t
the pilot's failure to maintain an adequate airspeed while maneuvering to return to the runway following a loss of engine power i
Pilot's inadequate compensation for wind conditions during landing. A factor was the crosswind.
The CFI's inadequate preflight planning which resulted in fuel exhaustion and the subsequent loss of engine power.
The pilot's failure to maintain proper runway alignment during the landing roll. A factor in this accident was a slight bend in the
The student pilot's improper recovery from a bounced landing.
The pilot's failure to maintain directional control while landing with a crosswind. Factors in the accident were the pilot's lack of f
the pilot's misjudgment of the distance/speed and failure to attain the proper touchdown point or affect a timely go-around which
The pilot's failure to maintain rotor rpm and the proper rate of descent during a forced landing/autorotation resulting in an in-flig
The pilot's inadequate compensation for wind conditions while on short final landing approach. A factor was the unfavorable wi
the pilot's inadequate airspeed on final approach which resulted in a hard landing. A contributing factor was wind shear.
an undershoot due to misjudging distance/altitude during an emergency landing. Factors were: inadequate preflight, failure to r
the inadequate soft field takeoff procedure by the pilot and his failure to abort the takeoff. Factors were the high grass on the ru
The pilot was unable to rotate the aircraft during takeoff for undetermined reasons. A factor associated with the accident was th
The loss of engine power for undetermined reasons. Factors were conditions favorable for the formation of carburetor ice.
A total loss of engine power during initial climb for undetermined reasons.
A failed connecting rod assembly, with the initiating event undetermined.
The pilot's inadequate in-flight planning/decision by which he conducted visual flight into instrument meteorological conditions a
The pilot's improper flare, which resulted in a hard landing and separation of the nose landing gear.
The pilots inadequate preflight planning and preparation, that resulted in exceeding the designed weight and balance of the airp
A total loss of engine power due to a piston failure. Factors in the accident were an out-of-rig flight control system, an inadverte
The mechanics failure to comply with manufacturers instructions for correction of a illuminated main rotor gearbox oil pressure
The pilot's failure to control the airplane while maneuvering because of spatial disorientation. Contributing to the accident were
The failure of the pilot of the other airplane to correctly set a new transponder code and an anomaly in ATC software that preclu
The pilot's failure to maintain directional control. Factors include soft terrain adjacent to the runway.
the pilot's failure to clear the area, and his attempted takeoff while the helicopter's right skid was entangled with vines, which re
A total failure of the wheel braking system due to the pilot's improper use of braking in downwind, downhill conditions, resulting
the pilot's failure to maintain clearance with a guy wire while maneuvering during an aerial application flight.
The engine failure for undetermined reasons, the pilot not attaining proper runway alignment, and the misjudged flare by the pil
The pilot's improper in-flight decision to operate close behind a large airplane at the same altitude, which resulted in a wake tur
the pilot's delayed decision to abort the takeoff and his failure to utilize the propeller's reverse pitch function.
The failure of the pilot to maintain clearance with the power lines, while maneuvering during an aerial application flight.
The inadequate remedial action the flightcrew had during the stall recovery maneuver and the flight instructor's inadequate sup
The pilot's failure to check both fuel tanks visually during the preflight inspection. A factor in the accident was the dark night.
The collapsing of the inner liner of the induction air hose, resulting in a restriction of airflow to the engine and subsequent loss o
the pilot misjudging the landing flare, and his failure to recover from the bounced landing.
the evasive maneuver not possible by the pilot and the deer on the runway. A factor was the dark night.
The failure of the pilot of N331DM to maintain a proper visual lookout and ensure adequate clearance, which resulted in a collis
The failure of the pilot of N56JP, during landing rollout, to see and avoid N49713, who was turning off the runway after landing f
The pilot's failure to abort the takeoff when it became questionable as to whether the aircraft would be able to clear an object ju
The pilot's improper in-flight decision to abort the glide toward the airport. A factor was the pilot's failure to comply with the pub
an inadvertent inflight collision with a bird during cruise flight that resulted in substantial damage to the airplane.
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The pilot's failure to maintain airspeed on final approach resulting in the aircraft settling fast, touching down hard, and colliding
The failure of the pilot of N331DM to maintain a proper visual lookout and ensure adequate clearance, which resulted in a collis
The failure of the pilot of N56JP, during landing rollout, to see and avoid N49713, who was turning off the runway after landing f
The airplane's encounter with a strong updraft at the end of the runway that induced an increase in the wing's angle of attack to
Fuel starvation of the engine, caused by the fracturing of the fuel pump switches during a turbulence encounter.
The loss of engine power over unsuitable terrain due to fuel starvation from a fuel strainer blocked with sealant particles.
the pilot not obtaining/maintaining clearance from the fence. A factors was fence.
the evasive maneuver initiated by the pilot. Factors were the presence of the skydiver on the runway, and the pilot's selection o
the loose carburetor heat control clamp bolt and carburetor heat not available to the pilot. Factors were the low altitude, the car
The pilot's failure to maintain Vs during takeoff/initial climb, which resulted in an inadvertent stall/mush, an uncontrolled descen
The failure of the pilot to secure a fabric panel during preflight inspection resulting in the panel separating from the aircraft durin
A total loss of engine power due to the failure of the engine manufacturer's repair station personnel to install a circlip during eng
A local windshear condition that exceeded the airplane's climb performance capability during landing approach and resulted in
the inadequate preflight by the pilot which resulted in the fuel drain remaining partially open. Factors to the accident were the lo
A main rotor blade strike (impact) with both a pusher propeller blade and the rudder during an unknown phase of operation resu
The pilot's failure to abort the takeoff upon experiencing directional control difficulties. Factors included the pilot's failure or inab
An improperly planned approach which resulted in an inadvertent stall.
The pilot's inadequate weather evaluation and attempted VFR flight into IMC, which resulted in the in-flight collision with mounta
the carburetor ice and after takeoff, the unsuitable terrain the pilot encountered during the forced landing. Factors were the car
The pilot's inadequate in-flight planning that resulted in fuel starvation and a loss of engine power, and his failure to engage the
The pilot's failure to maintain adequate airspeed resulting in an inadvertent stall and collision with terrain.
The pilot not maintaining proper glideslope and localizer alignment during the precision instrument approach, the pilot continuin
The dual student's habit interference, from his previous training in a different type of airplane, that precipitated his improper use
the pilot's loss of control of the aircraft during initial/takeoff climb. Contributing factors were the night conditions, low ceilings, a
The pilot's failure to maintain proper runway alignment on departure and his failure to maintain clearance from the trees. The p
the dual student's improper use of the brakes and the flight instructor's inadequate supervision which resulted in a loss of direct
The engine lost power for undetermined reasons.
Total blockage of the instrument static system due to ice.
the loss of engine power for undetermined reasons, and the pilot's subsequent failure to maintain control of the airplane during
The pilot's inadequate preflight planning/preparation, and inadequate evaluation of weather conditions. Factors in the accident
The pilot's decision not to deviate to an alternate airport for fuel after encountering strong headwinds, resulting in fuel exhaustio
Total loss of engine power for undetermined reasons.
The failure of the pilot to maintain directional control during landing with a quartering tail wind, resulting in the aircraft nosing ov
undetermined.
The pilot's inadequate compensation for a bounced landing, and failure to maintain directional control of the airplane. A factor i
the loss of engine power due to an internal engine oil leak that started an internal engine fire and the pilot's inadequate autorota
the pilot's failure to follow procedures/directives and lower the landing gear for landing. Contributing factors were the damaged
Failure by the pilot to follow instrument approach procedures and execute a missed approach when the runway environment wa
the misjudged touchdown point by the pilot. Factors were the runway lights not on, the dark night, and the plowed field.
The pilot's failure to refuel the airplane, and his inadequate preflight planning/preparation. A factor associated with the acciden
The pilot's failure to follow procedures and directives contained in the information manual. Contributing to the accident was the
Carburetor ice formation due to the pilot's improper use of the carburetor heat control. Factors were the fence and fence post.
Improper inspection of the tailwheel assembly by the pilot which resulted in shimmy of the tailwheel assembly during landing du
the pilot's failure to maintain airspeed while maneuvering, which resulted in an inadvertent stall. A contributing factor was the p
the instructor pilot's failure to maintain the airplane's minimum controllable airspeed during a single-engine go-around, which re
The manufacturer's use of improper materials, and inadequate quality control of the tail rotor blades during the manufacturing p
A hard landing, which exceeded the design stress limits of the aircraft. Factors were the pilot's lack of experience in aircraft ma
the proper glide path not being maintained by the pilot which resulted in the proper touchdown point not being obtained during t
The pilot's failure to attain a proper glide path during the final approach resulting in an undershoot of the runway. Factors were
The pilot' failure to properly manage the available fuel onboard, which result in fuel starvation, and a loss of engine power.
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A runway overrun as a result of the pilot's failure to maintain proper approach speed and landing touch down point.
the loss of engine power due to the crankshaft idler gear's loose lower retaining screw, which resulted in the fatigue failure of th
The pilot's inadequate preflight of the airplane and his failure to verify the fuel supply on board, which resulted in fuel exhaustion
The pilot's inadequately executed remedial action and his failure to ensure that the aircraft touched down at the proper location
The pilot's improper distance/speed during the approach, which lead to an overrun during the landing roll and subsequent collis
The pilot's failure to verify the airplane's fuel tank selector position, which resulted in a loss of engine power.
The failure of the dual magneto ignition system points to open.
The pilot's failure to maintain directional control during landing.
The CFI's inadequate supervision of the dual student and the dual student's loss of directional control during landing.
The pilot not maintaining aircraft control during the final turn, and the pilot's improper decision to fly the tight pattern to the close
A loss of power for undetermined reasons.
The pilot's failure to maintain directional control during landing, resulting in a sideward skid, a collapsed main landing gear strut
a loss of directional control on landing due to the pilot's failure to execute a proper flare and recovery from the resultant bounce
The pilot's lack of familiarity with the airplane's fuel system. This lead to the pilot inadvertently switching the fuel selector handl
The pilot's failure to maintain clearance from the terrain. Factors include a dark night, densely forested, hilly terrain near the pla
Fuel starvation precipitated by the pilot's continued use of the fuel selector valve that was not seating in the detents properly.
In-flight loss of control resulting in airframe structural failure. Contributing to the accident was the pilot's inadvertant visual fligh
the flight instructor's failure to adequately preflight the airplane, which resulted in the loss of engine power due to fuel exhaustio
A total loss of engine power for undetermined reasons.
The pilot's selection of unsuitable terrain for landing. A factor in the accident was the presence of weak ice.
The pilot's improper recovery from a bounced landing.
The pilot's misjudgment of altitude and distance to the runway while performing a forced landing after an engine failure. Factor
The pilot's misjudged landing flare and improper recovery from the bounced landing resulting in the overload failure of the nose
Pilot's continued flight into known adverse weather conditions during cruise flight. Factors in the accident were the low ceiling,
The pilot-in-command's failure to maintain adequate airspeed with an asymmetric thrust condition, resulting in a loss of aircraft
The loss of engine power for undetermined reasons. Factors were the bright night light condition, and the lack of suitable terra
The pilot's misjudged altitude approaching the airstrip and his failure to maintain airspeed resulted in the glider's collision with tr
The unsuitable terrain encountered by the pilot during the emergency landing. Factors to the accident were the loss of engine p
The pilot's improper decision to land on unsuitable terrain. Factors include snow covered terrain.
The partial loss of engine power during cruise flight due to an improper maintenance adjustment to the float valve retractor clip
the pilot's failure to maintain control of the airplane while maneuvering at low altitude, and his physical impairment due to alcoho
The pilot's failure to obtain a pre-departure or en route weather briefing, which led to fuel exhaustion, after his destination and a
The student pilot's inadequate use of the collective, and the instructor pilot's inadequate remedial action.
The pilot's failure to verify the presence of wires near the remote landing site during the high reconnaissance, and his misjudge
the total failure of the left main gear strut during the landing roll. A contributing factor was the 6-foot high snow bank that the ai
The pilot's failure to maintain aircraft control during the takeoff phase of the flight.
The pilot's excessive application of the brakes during landing roll. Factors associated with the accident were water on the runw
The dual student's misjudged landing flare and level off, which resulted in a heel first touchdown and subsequent hard landing d
the pilot's failure to maintain an adequate terrain clearance altitude while performing aerobatic maneuvers, which resulted in the
The pilot's decision to land on a highway with vehicle traffic and obstacles and his failure to maintain proper clearance from the
The student pilot's failure to maintain aircraft control on the ground. Factors relating to this accident were the student pilot's imp
The pilot's failure to maintain control of the aircraft during landing.
the failure of the F-16 flight lead pilot and F-16 accident pilot to maintain an adequate visual lookout while maneuvering. Factor
Inadequate remedial action by the first pilot. The student pilot's improper flare while landing was a factor.
The failure of the instructor pilot and dual student to begin the water takeoff with adequate clearance from the lake shore for the
the failure of the F-16 flight lead pilot and F-16 accident pilot to maintain an adequate visual lookout while maneuvering. Factor
Failure of the internal cam gear in the remanufactured engine. A factor was the congested obstacles in the forced landing area
the pilot's failure to maintain obstacle clearance while maneuvering, which resulted in an in-flight collision with objects. Contribu
Fatigue of the right propeller blade resulting in an in-flight separation of the blade tip. A contributing factor was the improper ma
Overstress loading to the left wing lift strut resulting in the left wing folding upward during the initial climb.
The pilot's failure to maintain runway alignment during touchdown and rollout. Factors in the accident were the pilot's inadequa
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The pilot's failure to remove the gust lock from the control column before takeoff, and his failure to abort the takeoff.
The pilot's failure to maintain directional control on landing rollout.
The cause of the loss of engine power is undetermined. Factors in the accident included the fence and the localizer antennas.
the deer that traveled onto the runway and contacted the airplane. Factors associated with the accident were the night light con
The pilot's improper flare while landing.
The pilot's inadequate preflight. Also causal in the accident was the under-inflated tire that flattened and locked during landing,
The pilot's improper touchdown which resulted in a hard landing. Factors were lack of familiarity with the aircraft and lack of tot
the student pilot's inability to maintain aircraft control on the ground. Factors relating to the accident were the high winds, the s
The pilot did not adequately compensate for the wind conditions and the subsequent failure to maintain control of the airplane.
Maintenance personnel misrouted the crankcase breather hose so that it was pinched when the cowling was installed. This pre
a forced landing to unsuitable terrain due to a loss of engine power as a result of carburetor icing. Factors were insufficient wea
a loss of engine power due to fuel contamination resulting in fuel starvation, a forced landing and the subsequent in-flight collisi
the total loss of engine power due to carburetor ice. Contributing factors were the weather conditions conducive to carburetor i
The pilot's failure to obtain the proper touchdown point.
a loss of engine power due to the number 5 cylinder connecting rod separating at the rod cap, resulting in a forced landing and
the pilot's performance of aerobatic maneuvers at a low altitude and his failure to maintain aircraft control. A contributing factor
Failure of an airframe stringer due to improper construction by the builder/pilot which rendered the aircraft uncontrollable. A fac
The pilot's failure to comply with the flight manual regarding the use of an induction system deflector kit (snow baffles) while op
the pilot's failure to maintain altitude/clearance from terrain while performing an instrument approach. Contributing factors were
Deer on the runway, which forced the pilot to make an evasive maneuver forcing him to the side of the runway and striking the
pilot's mismanagement of the available fuel supply, which resulted in a loss of engine power due to fuel starvation.
Improper rigging of both propeller assemblies by maintenance personnel, which resulted in the inadvertent feathering of both pr
the student pilots failure to maintain directional control. Factors were the service road and the nose gear collapse.
The pilot's failure to obtain a proper touchdown point while landing. Factors were the pilot's improper weather evaluation, rain,
the loss of engine power resulting from carburetor icing conditions.
the failure of both pilot's to maintain visual lookout during cruise flight. A contributory factor was the sun glare, which obscured
The pilot's loss of control of the airplane while maneuvering. Factors included low ceilings and the pilot's lack of instrument flig
the loss of engine power due to fuel exhaustion after the pilot became lost during cruise flight. A contributing factor was the dar
the loss of engine power due to improper splicing of the TIT thermocouple leads by unknown persons, which led to over tempe
the failure of both pilots to maintain visual lookout during cruise flight. A contributory factor was sun glare, which obscured the
altitude/clearance from the trees not being obtained/maintained by the pilot. Factors to the accident were the trees and the con
The pilot's failure to maintain altitude/clearance during the instrument approach. Factors were the low ceilings, the pilot's failure
Maintenance personnel failure to properly install engine cowling fasteners, which allowed the engine cowling to separate in fligh
Fuel system contamination that resulted in fuel starvation.
The flight instructor's failure to maintain aircraft control during an aborted takeoff. A factor in the accident was a partial loss of e
The pilot's failure to follow the restart procedures published in the approved flight manual(AFM). Factors were his failure to follo
the pilot's performance of aerobatic maneuvers at a low altitude and his failure to maintain terrain clearance.
The pilot's selection of an unsuitable landing/taxi area. A factor associated with the accident was weak ice.
The pilot's improper assessment of in-flight weather conditions, his inadequate compensation for winds, and his failure to maint
The pilot's inadequate compensation for the existing crosswind condition, which resulted in a loss of directional control and sub
The pilot's inadequate flare, which resulted in a hard landing. A factor related to the accident was the downdraft wind condition
The student pilot's failure to maintain a visual look out while transitioning from the active runway to a taxiway resulting in an on-
The student pilot's improper flare and improper recovery from a bounced landing. A factor in the accident was the morning sun
the pilot's improper in-flight decision to attempt a landing on an unlit runway at night, and his failure to maintain the proper glide
the failure of the nose landing gear to fully extend due to a bent extension rod.
the pilot's failure to maintain terrain clearance while maneuvering in a narrow canyon. Contributing factors were the down slope
The pilot's improper flare during landing that resulted in a hard landing and the subsequent overload failure of the nose gear as
The pilot's failure to maintain aircraft control during a left turning step taxi to takeoff, resulting in a wing contacting the water dur
the loss of engine power during cruise flight due to the fatigue fracture of the compressor coupling adapter. A contributing facto
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The overstress separation of the control yoke from the control column.
Fuel exhaustion due to refueling was not performed by the pilot-in-command. Trees and a fence were factors.
The pilot's failure to maintain control of the airplane, and subsequent collision with trees.
Fuel exhaustion during a descent due to an inadequate fuel supply. Contributing factors were the pilot's improper preflight plan
The flight instructor's inadequate supervision of the flight, the flightcrew not maintaining control of the airplane, and the flight ins
A loss of engine power during takeoff due to carburetor ice. A factor was unsuitable terrain.
the pilot's improper weather evaluation, and his failure to maintain terrain clearance while operating over unlighted terrain at nig
The CFI's inadequate supervision and failure to maintain control of the helicopter during a practice autorotation. A contributing
The pilot's failure to maintain aircraft control during the landing roll. Factors include a higher than normal approach speed.
Water/ice in the fuel system and the pilot's inadequate preflight inspection.
The pilot's excessive application of main wheel brakes. Factors include the pilot's failure to maintain directional control and his
The pilot's failure to maintain a visual lookout during a swath run resulting in an in-flight collision with known wires along the sw
The pilot's delay in aborting a takeoff after hitting a soft spot (sand) in the runway resulting in the airplane going off the end of th
the pilot's VFR flight into IMC while in cruise, which resulted in his loss of control of the airplane due to spatial disorientation. C
the foreign object damage to a main rotor blade, while maneuvering.
The pilot misjudged his practice approach into a remote pinnacle landing site, dragging a skid across a rock resulting in a hard
the lack of suitable terrain for a forced landing. Contributing factors were the total loss of engine power due to the failure of the
the pilot's failure to maintain aircraft control while maneuvering. Contributing factors were the pilot's failure to obtain a preflight w
The pilot's inadequate preflight of the airplane which resulted in fuel exhaustion. Factors associated with the accident were the
The flight instructor's improper decision to allow his student to land in close proximity to a hovering helicopter.
The student pilot's inadequate recovery from a bounced landing.
The pilot's premature extension of the speed brakes on landing resulting in the glider colliding with trees short of the runway.
The pilot's improper IFR procedure, failure to maintain course alignment, and use of a nonapproved handheld GPS receiver for
the loss of control during takeoff initial climb due to the binding rudder, which restricted the pilot's control of the aircraft.
The pilot's failure to adequately compensate for wind conditions.
The certified flight instructors disregard of an FAA weather forecast stating VFR flight not recommended resulting in VFR flight
the pilot's failure to follow the instrument approach procedure and his continued descent below the prescribed minimum descen
The pilot's inadequate preflight planning and weather evaluation that resulted in the inadvertant entry into instrument meteorolo
the pilot's in-flight loss of control for undetermined reasons.
The loss of engine power due to fuel starvation resulting from the separation of the mixture control cable from the carburetor. F
The pilot's delay in lowering the collective during a run-on landing, which resulted in a runway overrun. A factor was the muddy
the flight instructor's inadequate supervision of the dual student, which resulted in a hard landing. Contributing factors were the
Total loss of engine power due to fuel contamination (water), and failure of the pilot to have the airplane completely refueled. A
The pilot's failure to maintain airplane control due to spatial disorientation while maneuvering in instrument meteorological cond
An inflight loss of control by both pilots while maneuvering, which resulted in an inverted flat spin, an uncontrolled descent, and
The pilot-in-command's inadequate supervision of the second pilot and delay taking control of the aircraft and implementing rem
The passenger committed suicide.
the student pilot's failure to maintain directional control during landing roll. A contributing factor was the snow bank next to the
the pilot's inadvertent VFR flight into IMC, which resulted in a collision with mountainous terrain. Contributing factors were the b
The failure of a mechanic to ensure the throttle linkage was secure. A factor in the accident was the pilot's failure to take reme
the pilot's VFR flight into instrument meteorological conditions, and his subsequent failure to maintain terrain clearance, which r
The pilot not attaining the proper glidepath on the instrument approach. The pilot's decision not to fly to an alternate airport and
the pilot's improper inflight planning/decision and failure to follow the prelanding checklist, resulting in the landing gear not being
the certified flight instructor's (CFI) failure to maintain directional control of the airplane during landing. A contributing factor wa
the lack of suitable terrain for a forced landing. A factor was a total power loss due to a connecting rod failure.
The loss of engine power during the landing approach due to the pilot's inadequate preflight of the airplane and contamination (
The delayed remedial action by the pilot/instructor of another airplane during landing. Factors in the accident were the failure o
The failure of the landing gear axle for undetermined reasons.
The flight instructor's inadequate supervision of his student and his failure to maintain control of the helicopter. Factors were the
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The pilot's inadequate preflight during the pre-buy inspection, the pilot's incapacitation due to carbon monoxide, and the fractur
The flight instructor's delayed remedial action during the landing roll, and subsequent on-ground collision with another airplane.
Insufficient lubrication within the tail rotor gearbox, which resulted in the seizure of the duplex ball bearing and a fixed pitch sett
The pilot's failure to attain the proper touchdown point. Factors included the loss of electrical power, the dark night, and the pilo
the flight instructor's failure to maintain directional control during the practice hydraulic off run-on landing. Contributing factors w
The proper touchdown point not obtained/maintained by the pilot. Factors were the snow covered runway, the ice contaminate
The pilot failed to maintain control of the airplane during takeoff and he discontinued an aborted takeoff once initiated. Factors
The reason for the loss of engine power is undetermined. A factor was the rough terrain.
The pilot's improper approach for landing while making a landing following a reported momentary partial loss of engine power fo
The pilot not maintaining directional control during the landing roll. A factor was the snowbank.
The flight crew's decision to continue VFR flight into instrument meteorological conditions. Factors associated with the acciden
A loss of engine power for undetermined reasons during an extended downwind leg in the landing pattern.
A hard landing which exceeded the design stress limits of the aircraft.
A malfunction of the aircraft's fuel selector valve and subsequent fuel starvation. Factors included a short emergency landing a
The pilot-in-command's failure to maintain sufficient altitude while maneuvering to land, which resulted in a collision with terrain
the pilot's failure to maintain adequate clearance during takeoff, which resulted in an inflight collision with a fence and substanti
The pilot's incapacitation that resulted from nausea during the final approach to landing. The pilot collapsed on the cyclic, whic
the failure of the right main landing gear actuator.
The student pilot's abrupt control input, which resulted in a tail rotor blade strike. Factors were the CFI's delay in taking remedia
The pilot's inadequate in-flight planning, fuel management, and inadequate remedial actions, which resulted in a total loss of en
The pilot's improper starting procedure, which resulted in an on-ground collision with a parked aircraft.
A loss of engine power for undetermined reasons.
Total failure of the right hand flap control rod due to construction procedures/directives not being followed by the builder.
the pilot's failure to maintain aircraft control and the inadvertent stall. Factors contributing to the accident were the pilot's impro
The pilot's misjudged flare of the airplane resulting from restricted forward visibility. Factors were the pilot's continued flight into
The pilot's inadequate planning and preparation, which resulted in fuel exhaustion. A factor relating to this accident was the plo
the flight crew's failure to follow procedures for a straight-in autorotation with power recovery that resulted in their improper use
the pilot's improper preflight and failure to refuel the airplane.
The failure of the pilot to maintain aircraft control about the aircraft's lateral axis during landing rollout, and the resultant nose ov
The pilot's inadvertent encounter with a pothole during taxi, after landing.
the pilot's failure to mantain directional control during landing roll.
The unsuitable terrain for landing selected by the student pilot, the inadequate initial training by the flight instructor, and the fligh
Undetermined. Missing airplane.
Three out of four snap rings holding the pistons for the landing gear actuators failed which resulted in the landing gear collapsin
While maneuvering, clearance from an object was not maintained. A tree was a factor.
the failure of the pilot to maintain directional control.
The loss of control for reasons undetermined.
The pilot's improper airplane handling technique and inadequate airspeed during performance of an intentional soft field takeoff
The loss of directional control by the student pilot and the inadequate remedial action and inadequate supervision by the certifie
An inadvertent stall. Factors were excessive airspeed, excessive flare, and improper recovery from a bounced landing.
The proper glide path not maintained by the pilot. A factor to the accident was the deep snow.
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age to the airplane.
nuation of visual flight into instrument weather conditions and the subsequent collision with trees.
ng lost and disoriented. Contributing factors were the pilot's delay requesting assistance from air traffic control and the failure of the airplane
y install and safety the throttle arm to the carburetor throttle shaft.
ght condition.
gine power. A factor was the lack of suitable terrain for the forced landing.
l disorientation that resulted in an inadvertent stall. A factor was the snow showers weather condition.
ok resulting in a loss of engine and rotor rpm, forced landing to none suitable terrain (residence), and subsequent roll over.
r head and its subsequent separation from its barrel.
quent loss of engine power.
oing off the side of the runway and colliding with a barricade.
the manufacturer's inadequate quality control process.
aintain proper alignment with the runway and his selection of an improper touchdown point. Factors were the low ceiling weather conditions a
d night flight resulting in the pilot becoming spatially disoriented, and subsequent in-flight collision with water. Contributing to the accident wa
otor effectiveness.
ment approach. Additional factors to the accident included the dark night, icing conditions, flight into known adverse weather, and conditions
ity prior to takeoff. Factors include a dark night, and a non-iluminated electrical transmission wire strung across the highway upon which the
d directives regarding the proper torquing of the screws securing the oil pressure screen housing, which resulted in the loss of lubricating oil
th no visual references to obstructions on the sides of the runway. Factors were the dark night conditions, and the lack of runway side lights.
mination in the fuel.
e control devices on the airport.
nning, flight into known adverse weather conditions containing snow, high gusting winds, low temperatures, and a total loss of power for non
le for the formation of carburetor ice.
r undetermined reasons, resulting in the loss of directional control and the airplane exiting the runway and colliding with a runway light.
ind resulting in an inadvertent stall/spin, and subsequent in-flight collision with trees and terrain.
ent approach in instrument conditions. This resulted in an inadvertent in-flight loss of control (stall/spin), and subsequent in-flight collision with
e power for undetermined reasons, the power lines on final approach and the dark night conditions.
sengage the magneto prior to hand-turning the propeller.
ure to establish a climb after passing the missed approach point.
rd forced landing after takeoff. Contributing factors were the fence, trees, and pilot's maneuver to avoid these objects.
gust of wind.
eight snap rings which subsequently separated, allowing the crankshaft counterweight to contact the crankshaft resulting in a total power loss
reverse direction after encountering instrument meteorological conditions. A factor in the accident was the pilot's failure to obtain a full weat
eoff airspeed and subsequent inadvertent stall/mush. A Factor was his failure to follow the preflight checklist.
route stop as planned.
he lack of suitable terrain for the forced landing.
bjects, resulting in the gyroplane's main rotor colliding with a fence and subsequent damage to the aircraft.
ent meteorological conditions (IMC) that resulted in an in-flight collision with terrain and subsequent damage to the aircraft.
ecision to continue the approach below the glidepath, and the pilot's failure to perform a missed approach. Factors relating to the accident w
a hover. Factors inc
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