contribution of the automobile industry to technology and value creation
TRANSCRIPT
CONTRIBUTION OF THE AUTOMOBILE INDUSTRYTO TECHNOLOGY AND VALUE CREATION
AUTHORS
GÖTZ KLINK
is Partner at AT Kearney.
MANISH MATHUR
is Partner at AT Kearney.
RAM KIDAMBI
iis Principal at AT Kearney.
KAUSTAV SEN
is Consultant at AT Kearney.
INTRODUCTION
How can the auto industry in India
build momentum for growth?
The automobile industry is a pillar of
the global economy, a main driver of mac-
roeconomic growth and stability and tech-
nological advancement in both developed
and developing countries, spanning many
adjacent industries. For developing coun-
tries such as India, understanding the
auto industry's evolution in other coun-
tries offers a roadmap forward.
India's auto industry is the world's
sixth-largest producer of automobiles in
terms of volume and value. It has grown
14.4 % over the past decade, according to
the Society of Indian Automobile Manu-
facturers (SIAM). With more than 35
automakers, the industry contributes 7 %
to India's GDP and is responsible for 7 to
8 % of India's total employed population.
To maintain auto's primary role in
growth, India must make the right moves
at all critical junctures. This paper exam-
ines how the industry, government, and
key stakeholders in other countries have
propped up their auto industries, and
how India and other emerging markets
can use the same strategies to build
growth momentum.
CONTRIBUTION TO
GLOBAL ECONOMY
The core automotive industry (vehicle
and parts makers) supports a wide range
of business segments, both upstream and
downstream, along with adjacent indus-
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STUDY VALUE CREATION
19autotechreview July 2014 Volume 3 | Issue 7
tries, ➊. This leads to a multiplier effect
for growth and economic development.
Furthermore, R&D and innovation within
automotive can benefit other industries,
such as the insurance industry's use of
innovative ideas (for example, automo-
tive telematics).
Automotive contributes to several
important dimensions of nation building:
generating government revenue, creating
economic development, encouraging
people development, and fostering R&D
and innovation.
A. GENERATING REVENUE
The automotive sector contributes signifi-
cant tax revenues from vehicle sales,
usage-related levies, personal income
taxes, and business taxes. Production and
sales of new and used vehicles, parts, and
services deliver excise, sales, value-added,
and local taxes and import duties. For
instance, in Japan, auto-related taxes
totalled $ 7.72 bn in 2012, roughly 9 to 10
% of all tax revenues, according to the
Japan Automobile Manufacturers Associa-
tion [1]. In the United States, auto contrib-
utes $ 135 bn per year, including 13 % of
state tax revenues and 2 % of federal tax
revenues. In India, duties collected from
sales of motor vehicles, accessories, and
fuel contributed 7 to 8 % of central tax
collections in 2012.
Additionally, as automakers reap the
benefits of globalisation through exports,
they also generate foreign exchange earn-
ings. This is crucial to a country's current-
account performance and trade balance
with other economies. Not surprisingly,
the share of automotive exports is higher
in developed countries than in emerging
economies — 18 % in Germany and 17 %
in Japan, compared with 6 % in Brazil
and 5 % in India. However, for some
developing economies, 4 to 6 % of export
earnings are offset by vehicle imports and
auto components.
B. ECONOMIC DEVELOPMENT
The automotive industry is important to
global economic development. Globally,
automotive contributes roughly 3 % of all
GDP output; the share is even higher in
emerging markets, with rates in China
and India at 7 % and rising. There is also
a close correlation between foreign direct
investment (FDI) inflows and automotive
output, particularly in developing econo-
mies. For example in China, the correla-
tion between growth in auto output and
FDI is almost 1 to 1, as the automotive
industry's rise has closely tracked that of
China's economy.
Automotive FDI also brings investment
in related industries and can lead eventu-
ally to the development of a wider auto-
motive ecosystem. In South Korea, for
example, 40 % of total FDI in 2000 was
for the automotive industry, providing the
country a crucial step out of its recession
following the 1997 Asian financial crisis.
Today, South Korea is the world's fifth-
largest vehicle producer, and has bene-
fited from a multiplier effect as adjacent
industries (such as steel and finance) also
profit from the growth, ➋. Steel sales, for
example, went from 55 thousand tons in
2002 to 210 thousand tons in 2012. Every
job in the core auto industry leads to
more than four additional jobs in
upstream or downstream industries.
Economic development is primarily in
two areas:
:: Industrial development: Across the
world, auto is a spark for regional
development. Industrial clusters form
as OEM plants are surrounded by com-
ponent manufacturing facilities, includ-
ing steel plants, glass manufacturers,
used car dealerships, aftermarket
shops, and transportation service pro-
viders. These clusters lead to new
municipalities with solid road infra-
structures, railway and freight connec-
tivity, and new housing developments.
Most major auto economies have these
clusters, including Detroit in the United
States and Ulsan in South Korea. In
developing countries, these clusters
include the ABC region near São Paulo
in Brazil; Pune, Gurgaon, and Chennai
in India; and Guangzhou province in
China, where more than 55 automak-
ers, 100 component suppliers, and
200,000 workers now reside. In 2007,
Guangzhou contributed to 13 % of
China's total GDP and had a GDP per
capita roughly 75 % higher than the
national average.
:: Mobility: Automobiles have revolu-
tionised the concept of mobility, with
goods and people now easier than
ever to move across geographic
regions. For decades, developed coun-
tries have witnessed how increased
vehicle ownership and improved
transport infrastructures have led to
counter-urbanisation — the migration
of people, businesses, and industry
from cities to newly developed subur-
ban areas. This trend is spreading to
emerging economies. In New Delhi,
for example, significant development
has arisen in the suburbs of Noida
and Gurgaon, bringing crucial reve-
nue sources for their respective states.
C. PEOPLE DEVELOPMENT
Worldwide there is one motor vehicle for
every five people; in the United States
there is one car for every 1.25 citizens.
Automobiles can increase quality of life
through increased mobility, comfort, and
safety. The industry also contributes to
Adjacent industries (finance, legal)
Downstream
• Finance and insurance• After-market
(services, auto parts)• Used car market• Car hires and rentals• Fuel supply• Advertising• Transportation• Warehousing
Upstream
• Mining• Steel• Metals (primary
and fabricated)• Fuel• Plastic, rubber, glass• Electronics
Core automotive
• Original equipmentmanufacturers (OEMs)
— Passenger vehicles — Commercial vehicles — Two-wheelers — Three-wheelers • Component
manufacturers
➊ The core automotive industry supports upstream and downstream industries
20 www.autotechreview.com
STUDY VALUE CREATION
job creation and skill development. Its
numerous forward and backward links
bring both direct and indirect employ-
ment. To put this in context, 313,000 peo-
ple were employed by OEMs in the United
States in 2010, and another 1.1 mn
worked for adjacent industries. All told, 5
% of the US workforce had direct or indi-
rect links to automotive. In South Korea,
OEMs accounted for 270,000 jobs in 2011,
and related industries added 1.4 mn jobs
overall — a multiplier of more than five
— adding up to 7 % of the country's
workers. In Japan, the industry employs
5.4 mn people, representing 8 to 9 % of
the total workforce.
Given the complex nature of the indus-
try, employees develop valuable skills
covering R&D, design, sourcing, manufac-
turing, supply chain, sales, and market-
ing. In this regard, automotive is a train-
ing ground for developing technical and
managerial expertise valuable in many
industries — and for the entire economy.
D. FOSTERING R&D AND
INNOVATION
R&D investment by automakers is driven
by consumer demands for more product
variety, better performance, improved
safety, higher emission standards, and
lower costs. Auto companies spend the
third most on R&D of any industry — $
108 bn compared to $ 111 bn spent by
technology companies and $ 120 bn spent
by pharmaceuticals [2]. Automotive makes
up a significant percentage of total manu-
facturing R&D spending in the auto hubs
of Germany (33 %), Japan (20 %), and
South Korea (18 %).
The automotive industry remains at
the forefront of cutting-edge manufactur-
ing technology, which has spread to other
industries. Production processes that ger-
minated in automotive — for example,
Ford's assembly line manufacturing and
the lean principles of the Toyota Produc-
tion System — are now common in many
industries. Automotive pioneered the use
of robots as an automation solution;
robotics today is a $ 25 bn industry, with
food and beverage, pharmaceuticals, and
communications among the industries
using this technology extensively. The
auto industry's supply chain integration
and modular sourcing have been influen-
tial as well. Automakers were among the
first companies to transfer direct task
responsibilities, such as design, engineer-
ing, R&D, and purchasing, to suppliers.
By focusing on core processes, automak-
ers have improved profitability and served
niche markets more efficiently.
THE STAKEHOLDER ROLE IN
INDUSTRY GROWTH
The government and other important
stakeholders play an important role in
shaping the automotive industry. Across
the three stages of growth — incuba-
tion, penetration, and sustainability —
governments introduce policies that
influence the evolution and momentum
of the auto industry.
A. INCUBATION STAGE
How the auto industry got its start varies
by country. In the US, the industry grew
as private affluence rose, along with the
demand for vehicles. In Germany and
Japan, the auto industry was propped up
by a desire for improved military prowess.
In general, there is a common pattern:
After identifying automotive as a pillar for
growth, the government supports invest-
ment in mass manufacturing capabilities
and protects the infant domestic industry.
:: Investment: Timely and appropriate
capital investment is undoubtedly
important, especially for developing
economies such as Brazil and China.
The most pragmatic approach is to gar-
ner support from foreign OEMs.
:: Protection: Governments typically
demonstrate a protectionist attitude
early in industry development —
restricting imports with special rules,
tariffs, and mandates on local content.
However, too much protectionism can
be risky. In Russia and Malaysia, for
example, protectionist policies stifled
competition and affected quality,
whereas Thailand, whose industry
arose at the same time as Malaysia's, is
stronger today because of open trade
and investment policies.
B. PENETRATION STAGE
This stage is characterised by industry ini-
tiatives that increase automotive's reach
across income levels and borders.
:: Open the economy to outside inves-
tors: To expand industry output, it is
important to tap into outside markets.
For example, Brazil's BEFIEX pro-
gramme, introduced in the 1970s,
brought in major automakers to set up
export-oriented plants, reducing import
duties on parts and accelerating depre-
ciation on machinery.
:: Push affordability and value: Domes-
tic growth will only come when vehi-
cles are more affordable and accessible
to more people. Countries such as
➋ South Korea’s auto industry has seen impressive growth—and led to 1.4 million jobs
Source: Korea Automobile Manufacturing Association, media research, Korea statistics database research; A.T. Kearney analysis
*POSCO is a multinational steel producer headquartered in Pohang, South Korea.
DownstreamUpstream
2002
55
Posco’s automotive steel sales*(thousand tons)
Annual car production(thousand units)
Sales of auto components(US$ billion)
Sales by installmentfinancing companies
Core automotive
2012
210
+3.8x
2002
23
2012
59
+2.6x
2002
3,242
2012
4,562
2002 2012
30%
14%
70%86%
General
Carfinancing
+1.4x
21autotechreview July 2014 Volume 3 | Issue 7
Japan, Brazil, and South Korea
rewarded OEMs for conceiving low-
cost compact cars for the masses, and
the resultant models not only increased
automakers' popularity in these coun-
tries but also boosted export revenues.
As penetration increases and the
industry evolve further, customers
begin to evaluate products based on
total cost of ownership. OEMs thus
begin to focus more on improving
quality and service, and the value of
their products.
:: Improve the infrastructure: Adequate
infrastructure is needed to support
auto industry growth. In the US, the
landmark Federal-Aid Highway Act in
1956 invested $ 25 bn in the country's
transportation infrastructure, including
a massive interstate highway system.
C. SUSTAINABILITY STAGE
As the industry plateaus, the policy focus
shifts to improving productivity, safety,
and the customer experience.
:: Support the industry during down-
turns: Mature auto industries occa-
sionally struggle and require significant
government aid to get back on track.
When General Motors and Chrysler
filed for bankruptcy in 2009, the US
government stepped in with billions of
dollars to bail out these companies.
Both firms successfully bounced back
— preserving a host of other down-
stream and upstream industries and
millions of jobs.
:: Encourage innovation-driven
growth: As the industry matures,
demand for more product variety and
additional features rises. In the future,
this may include alternative fuels and
electric vehicles; the industry can help
by stepping up R&D efforts and
rewarding innovation. Germany's
automotive industry spent $ 20.6 bn
on R&D in 2011.
:: Improve efficiency, emissions, and
safety: As the number of cars on the
road increases, fuel efficiency, emis-
sion-reduction efforts, and safety
become important government initia-
tives. Germany cut carbon emissions
by 30 mn metric tons from 1990 to
2010. South Korea and China have
announced plans to invest in alternate
fuels and hybrid vehicles to drive
green mobility. Such initiatives require
appropriate infrastructure support. The
United States' landmark 1966 National
Traffic and Motor Vehicle Safety Act
and Highway Safety Act mandated
head rests, energy-absorbing steering
wheels, shatter-resistant windshields,
and seat belts. Roads were made safer
with better signage, guardrails, and
barriers. Similar interventions in Japan
reduced accidents by approximately 30
% from 2005 to 2010.
LEARNING FROM THE GLOBAL
AUTO INDUSTRY
Since its birth in the 1950s, India's auto-
motive industry has become an important
cog in the country's growth engine. Auto
accounts for 7 % of total GDP, comprises
4 % of exports, and 3.9 % of FDI inflows,
with $ 5.5 bn in cumulative FDI between
2009 and 2013. The industry employs 2.2
mn people, with indirect employment of
another 17 mn, and invests significant
amounts of money on R&D, behind only
pharmaceuticals.
Still, the auto industries in South Korea
and China achieved greater growth and
did so more quickly, reaching India's cur-
rent production levels in roughly two-
thirds of the time (about 40 years). Today,
both are ahead of India in production;
China is now the world's largest automo-
tive producer, ➌.
India's auto industry has similar
growth potential. China reached India's
current level of production (approximately
4 mn vehicles) in the middle of 2004, and
since then its GDP has increased 10.7 %
per year and its auto industry has grown
19.5 % annually. Based on India's
expected GDP growth and using a similar
correlation between GDP growth and
automotive output, the industry could
grow at more than 12 % annually through
2020, ➍. This level of growth has hap-
pened before, albeit on a lower scale.
Reaching the same growth levels
today will require favourable government
policies, a strong focus on developing
infrastructure, investments in manufac-
turing and technology, forward-thinking
initiatives by automakers and suppliers,
and overall improvement of the local
supplier base. Otherwise, more moderate
growth is likely.
GOVERNMENT IMPERATIVES
The government can play an important
role in creating a healthy, sustainable
automotive ecosystem with the following:
:: Develop infrastructure: Streamlining
the land acquisition process and reduc-
ing delays in statutory clearances can
reduce the duration of projects. Plan-
ning rural road networks through the
Public Private Partnership (PPP) route
can bring faster execution. In cities,
new roads and bypass routes (such as
special freight corridors) can address
the issue of road congestion. Commer-
cial vehicle growth requires upgraded
logistics-handling facilities to increase
➌ Comparing auto industry growth in India, China, and South Korea
Source: Saed Samadi, 2013
Source: Society of Indian Automobile Manufacturers, Korea Automobile Manufacturing Association, China Automotive Industry Yearbook; A.T. Kearney analysis
Automotive production(million units)
China
01950 1960 1970 1980 1990 2000 2010
5
10
15
20
1950 1960 1970 1980
South KoreaIndia
22 www.autotechreview.com
STUDY VALUE CREATION
Vehicle production(million units)
2010 2011 2012 2013 2014e 2015e 2016e 2017e 2018e 2019e 2020e
Ideal growthStunted growth(limited policy support)
10
20
30
40
50
0
5
15
25
35
45
capacity at ports, airport and railway
freight terminals, and truck terminals.
:: Encourage innovation: Leading
global auto suppliers spend 5 to 10 %
of their revenues on R&D, but in India
most spend less than 1 %. Govern-
ment incentives can encourage R&D
by assemblers and component suppli-
ers. Innovation will not only help
meet current demand in new seg-
ments (such as compact SUVs and
quadricycles) but also meet the needs
for future technologies focused on
green mobility.
:: Develop human capital: Attractive
career opportunities will draw high-
potential talent. Creating a wider tal-
ent base through effective technical
and soft-skills training programmes is
equally important, especially in rural
India and Tier II and III cities. Institu-
tions that offer automotive-focused
courses will further fuel this effort.
:: Target sustainability: As the auto
industry seeks immediate growth, the
government must simultaneously
push it into the future, largely through
sustainability. Policies on road and
vehicle safety systems and emissions
controls must be to global standards.
Incentives and infrastructure invest-
ments will help automakers gear up
for next-generation transportation
such as hybrid, electric and alterna-
tive fuel vehicles.
:: Institute a clear policy on GST: Insti-
tuting the long-pending Goods and
Services Tax (GST) will help simplify
the tax structure and allow automakers
to better plan their product portfolios.
IMPERATIVES FOR OEMS
AND SUPPLIERS
By contributing to product innovation and
improved quality, automakers and their
suppliers can align with global standards,
while maintaining low costs. Rigorous
quality and productivity improvement ini-
tiatives are necessary, including total
quality management (TQM), Six Sigma,
total productive maintenance (TPM), and
lean manufacturing. Establishing innova-
tion centres and forming technology joint
ventures with global players will further
the industry's credentials and knowledge.
IMPERATIVES FOR UPSTREAM AND
DOWNSTREAM INDUSTRIES
Upstream and downstream industries
change their focus to follow the auto
industry. For example, the steel, alumin-
ium, plastics and glass industries will
invest in R&D and innovation to come up
with high-strength, lightweight compos-
ites to improve quality and offer “green
solutions” for sustainable automobiles.
Downstream, the finance and insurance
industries will become more innovative to
make automobiles more affordable for
drivers in Tier II cities and rural areas.
AUTOMOTIVE AS AN ANCHOR
India's auto industry has made strides,
but it can do more to meet its full
potential: active and favourable policy
interventions, infrastructure building,
investments in technology and R&D,
and the development of a healthy and
sustainable automotive ecosystem. A
collaborative approach by OEMs, the
government, and other stakeholders will
achieve this growth.
REFERENCES:
[1] All monetary figures are in US dollars unless
otherwise noted.
[2] Figures are for 2011 and based on the largest
1,500 companies worldwide.
[The Contribution of the Automobile
Industry to Technology and Value Crea-
tion, copyright A.T. Kearney, 2013. All
rights reserved. Republished with
permission.
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THANKS
The authors wish to thank Akash Jain, Tamanna
Padhi, and Deepak Maloo for their contributions
to this paper.
➍ Growth projections for India’s auto industrySource: Society of Indian Automobile Manufacturers, International Energy Agency; A.T. Kearney analysis