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auto_industry_presentation
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PRESENTATION ON





“FUTURE OF AUTO COMPONENT INDUSTRY”







BY

MR. M. RADHAKRISHNAN

JT.MANAGING DIRECTOR







AUTOLINE INDUSTRIES LTD.

PRIMARY GROWTH DEMAND



Dependant on OEMs



OEM market drivers (for India)

• Growth in Economic Activity

• Increase in the Personal disposable incomes

• Growth in Rural Economy

• Multiple & easy finance options

• Decline in tax rates

• Economic vehicles (Nano effect )

After market Drivers





• Old vehicle population

• Life span of components (frequency of replacement).

• Average value of parts replaced.

• Share of genuine-branded components in the total aftermarket.

DOMESTIC MARKET



Growth opportunities in terms of volume

The domestic market for four wheelers is projected to grow at a

compounded annual growth rate of 9% during the next few years.

This will provide reasonably good growth opportunities in terms of volume

to component manufacturers such as our company with facilities having

latest technologies and mass manufacturing facilities.

PRODUCTION OF FOUR WHEELERS



PAST AND FUTURE (IN 000S)



Production of Four wheelers

Past and Future (In 000s)

(In thousands)

7000

6000

5000

4000

3000

2000

1000

0

2003 2004 2005 2009 2014

Year

INDUSTRY OVERVIEW

INDIAN AUTO COMPONENT INDUSTRY

The Indian automobile ancillary sector is transforming itself from a low-

volume, highly fragmented one into a competitive industry, and backed by

competitive strengths, technology and transition up the value chain.

Broadly the Indian automotive component industry can be divided into the

organized and the unorganized segments. While the forte of the organized

sector is the high valued added precision engineering products, the

presence of a large unorganized sector is characteristic especially of the

lower value-added segments of the industry.

In the organized segment, the component manufacturers supply

components to at least one of the Original Equipment (Vehicle)

Manufacturers (OEMs). Such component manufacturers usually have

access to the required technology due to their tie-ups with some of the

foreign collaborators or through their links with the automobile

manufacturer. There are presently 29 Vehicles Manufacturers (OEMs) in

India located at Gurgaon, Pune and Chennai who together manufactured

more than 5.2 million vehicles during 2005-06.

Original Equipment Manufacturers of 4-Wheelers In India &

Production During 2005-06





Japanese/Joint Venture OEMs Production in 000s American OEMs Production in 000s





Maruti Udyog Ltd 572.10 General Motors 31.00

India Pvt. Ltd



Toyota Kirloskar Motor Pvt .Ltd 45.00 Ford India Pvt. Ltd 27.00



41.00 Total 58.00

Honda Siel Cars India Ltd



12.00 KOREAN OEMS

Swaraj Mazda Ltd



Total 670.10 Hyundai Motor India 260.00

Ltd

Original Equipment Manufacturers of 4-Wheelers In India &

Production During 2005-06

EUROPEAN OEMS Production in INDIAN OEMS Production in 000s

000s

Skoda Auto India Pvt.Ltd 9.80 Tata Motors Ltd 450.00



Daimler Chrysler India Pvt. 1.80 Mahindra & Mahindra Ltd 128.00

Ltd

Volvo India Pvt. Ltd 1.00 Ashok Leyland Ltd 65.00





Tatra Trucks India Ltd 0.10 Force Motors Ltd 36.00





Fiat India Pvt.Ltd 0.70 Eicher Motors Ltd 24.00



Total 13.40 Hindustan Motors Ltd 15.00





Total 718.00

Original Equipment Manufacturers of 2-Wheelers in India and

production during 2005-06







JAPANESE OEMS Production in 000s



Hero Honda Motors Ltd 3006



Honda Motorcycles & Scooters 603

Yamaha Motor India Pvt. Ltd 249



Suzuki Motorcycles India Pvt. Ltd 2



Total 3860

Original Equipment Manufacturers of 2-Wheelers in India and

production during 2005-06

Indian OEMs Production in 000s



Bajaj Auto Ltd 2042



TVS Motors Co .Ltd 1367

LML Ltd 107

Kinetic Engineering Ltd 82

Majestic Auto Ltd 57



Kinetic Motor Co.Ltd 54



Royal Enfield 31



TOTAL 3740

The table below shows segment-wise distribution

of the auto component Industry www.acmainfo.com.





Organized Unorganized

Component Component



Manufacturers Manufacturers

1999 2006 1999 2006

Year

Share in OE 80% 80% 20% 20%

supply market



Share in 40% 35% 60% 65%

Aftermarket

The table below shows segment-wise distribution of the

auto component Industry www.acmainfo.com.

Organized Component Unorganized

Manufacturers Component

Manufacturers

Strengths 1.Higher production capacities 1. Low capital investment

2. Captive OE market 2. Minimal overheads

3. Access to technology through tie 3. Taxes and levies

ups exemption (violation)

4. Quality standards 4. Poor regulation on sale

5. Potential to export of spurious parts

6. Improving quality consciousness 5. Price sensitivity of

of end users market

1. High Investment in plant and 1.Sub normal quality

Weaknesses machinery 2.Obsolete technology

2. Higher overheads 3. Low capital availability

3. Higher rates of taxes and 4. Restricted growth

differential regional tax patterns potential

4. Limited domestic OE volumes

EXPORT MARKET

Despite a relatively small share of Asia in the global pie, India is now

amongst one of the most preferred destinations and has come to

occupy the image of an exporting hub for most of the major global

OEM players. Almost all the big auto manufacturers of the world are

either already or are in the process of outsourcing from the country.

• Hyundai Motors India – Export base for small cars

• Ford Motors India– exporting CKDs of Ikon to South Africa and other

countries

• Skoda India – Hub for exports of cars to neighboring countries

• General Motors – Global Purchasing Team

• Volvo – Global buying team

• Delphi – International purchase office

• Renault – scouting for truck part suppliers

Exports of auto components from India have witnessed a CAGR of 20.3% over the last six years.

The value of exports which was US$ 300 million in 1997 had grown to over US$ 2000 million in 2006.

GEOGRAPHICAL DISTRIBUTION DETAILS OF AUTO COMPONENT EXPORTS FROM INDIA







Continent/Country Percentage share of Total Exports

Europe 36.00



USA 26.00

Middle East 10.00

Africa 10.00

Asia 16.00

Oceania 1.60

Others 0.40

Total 100.00

There has also been a qualitative shift in the composition of exports from being

predominantly for the aftermarket during the 1990s to the OEM market

presently as depicted below:







Market segment Percentage share in

Total Exports

1990 2006

OEM 35 75

Aftermarket 65 25

Total 100 100

Global Trends that will impact the auto component

industry in India



• Global Industry - Major car makers in the world introducing car models

simultaneously in different countries of the world - Ripple effect



• Under pressure to identify consumers preferences, national biases,

Government regulations, new market segments - to gain market share,

leading to impetus for Research, Design, innovations and changes in

the manufacturing processes.

Result – Frugal Engineering (Renault – Nissan Chairman)

India emerging as a base of the entire world’s small car

production

• Pattern of demand for new cars.

- In developed countries, Mature market with stagnant demand (1%

growth over last 10 years)

- Sales growth from China, India, South America, Eastern Europe (26%

growth to go upto 40% by 2010)



• Response to increasingly diverse set of customers

- Large proliferation of segments & models ( challenges of cross over

production from same line).

- Plus myriad of features like power steering, power windows, cruise

control etc.

- No. of vehicle models offered for sale in the US market alone doubled

since 1980 to more than 1050 in 2004.

Strategies of Global Auto Majors impacting Component Manufacturers:







Adopt a global perspective in the operations

- Since 1990s, presence of all in virtually every corner of the world.

- Especially in Emerging Markets, where all OEMs are fiercely

competing for market shares as the market grows.

- Leading to simultaneous launch of models in different locations with

similar standards.

- Replicate Supply Chain structures.

Reorganization of their vehicle portfolio around product platforms and

car modules and systems.

- Declining sales per vehicle model, short product life

cycle – preventing economies of scale in design &

manufacturing with adverse impact on cost.

- Focusing on common platforms and interchangeable

modules – leading to faster & lower cost deployment of

new solutions across the whole product range, while

tailoring vehicles to a multitude of tastes and

preferences of consumers in the world.

- Design with a common underbody platform adapting

body, trim and ride to particular market conditions.

Wave of Consolidation

- Perspective of future platform sharing clearly acknowledged in deals such as

Daimler acquiring Chrysler, GM – Mitsubishi, Nissan – Renault, Nissan –

Renault – Mahindra, Nissan – Renault- Bajaj Auto (for Joint

Manufacturing).

- Estimated that within next 5 years, less than 10 independent automakers

may survive.

Increased Vendor Responsibilities –reaching impressive levels -

treated as partners

- Passing the responsibility of developing, manufacturing and

assembling important sections of the Car on to their Vendors.

- Attempting innovative approaches in terms of assembly – suppliers

assemble a number of modules in the final assembly plant and

attach them directly to the vehicle themselves. (V/W & GM projects

in Brazil) - ( Drivers Cabin for CV’s)

Role of technology in reshaping the industry



• Extent to which a Design is economical, functional and easy to

manufacture –impact new car’s revenues & costs.

Cars are technically complex in that

a) fairly deep level of engineering expertise

b) a large number of parts must fit together in a precise way i.e.

product architecture is integral , rather than modular.

• Today most functions in the styling , design &engineering

departments are done utilizing computers and math based

engineering (as against paper based (draftsmen) ,clay models

based processes).

• Various software tools and processes, such as FEA, CAE and

product data management (PDM/PLM) practices are utilized

to validate the components to validate the components for

-Form, Fit & Function.

Auto Component Industry in a state of Transition

and Transformation

• Indian auto component industry to take advantage

of the transition that is taking place internationally

and dominate the global supply chain in auto

components due to

- reasonably priced skilled work force

- large population of technology workers

- established strengths in I.T. and electronics.

• Transformation of global auto component industry structural change from

1,2,3 & 4th tiers to 0.5 tier structure.



• New direct suppliers are either specialised in complex systems OR

integrators of several simpler systems.



- Systems Integrators – Suppliers capable of designing and integrating

components, subassemblies and systems into modules.

- Global standardizers – Systems Manufacturers capable of setting the

standard on a global basis for a component or system – through design,

development and manufacturing of complex systems.

- Component specialists - Suppliers capable of designing & manufacturing a

specific component or subsystem, for a given car or platform – process

specialists or product specialists.

• INDIAN ADVANTAGE IN DESIGN & DEVELOPMENT

• In the new paradigm, the design and development capability

is a critical success factor.

• India has emerged as an offshore hub for software services

outsourcing.

- Design & development and supply of auto components

provides a far greater opportunity as Automobile Industry is

one of the largest industries in the world.

- Leading OEMs have started outsourcing designing work to

start- ups such as Virtual E 3D and Ecad in India.

- Have set up their own captive development centres in

India

• Worldwide market for design services pegged at USD 11

billion (Rs. 44,000 Crores) and presently India’s share is a

mere 1 percent

- Almost all major Auto and auto component companies in

India are using 3D software engineering design tools to

create designs .

- India offers more than 20% cost reduction to any client

and hence Global OEMs tempted to outsource to India.

- A typical CAD project in the USA will cost about USD 60

per man hour, as against about USD 25 in India.

- India is known world over for its expertise in I.T., and has a

long history in manufacturing , with strong domestic

market.

• Outsourcing of engineering design services is a Big

Opportunity for India.


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