| Period | Type | Revenue | Profit* | Margin |
|---|---|---|---|---|
| 1950/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1951/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1952/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1953/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1954/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1955/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1956/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1957/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1958/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1959/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1960/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1961/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1962/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1963/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1964/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1965/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1966/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1967/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1968/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1969/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1970/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1971/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1972/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1973/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1974/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1975/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1976/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1977/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1978/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1979/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1980/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1981/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1982/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1983/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1984/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1985/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1986/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1987/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1988/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1989/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1990/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1991/3 | Non-consol. Revenue / Net Income | - | - | - |
| 1992/3 | Consolidated Revenue / Net Income | ¥1.2T | ¥20B | 1.5% |
| 1993/3 | Consolidated Revenue / Net Income | ¥1.3T | ¥19B | 1.5% |
| 1994/3 | Consolidated Revenue / Net Income | ¥1.2T | ¥15B | 1.2% |
| 1995/3 | Consolidated Revenue / Net Income | ¥1.3T | ¥20B | 1.5% |
| 1996/3 | Consolidated Revenue / Net Income | ¥1.4T | ¥27B | 1.9% |
| 1997/3 | Consolidated Revenue / Net Income | ¥1.5T | ¥34B | 2.2% |
| 1998/3 | Consolidated Revenue / Net Income | ¥1.5T | ¥30B | 2.0% |
| 1999/3 | Consolidated Revenue / Net Income | ¥1.5T | ¥24B | 1.6% |
| 2000/3 | Consolidated Revenue / Net Income | ¥1.5T | ¥27B | 1.7% |
| 2001/3 | Consolidated Revenue / Net Income | ¥1.6T | ¥20B | 1.2% |
| 2002/3 | Consolidated Revenue / Net Income | ¥1.7T | ¥22B | 1.3% |
| 2003/3 | Consolidated Revenue / Net Income | ¥2.0T | ¥31B | 1.5% |
| 2004/3 | Consolidated Revenue / Net Income | ¥2.2T | ¥44B | 1.9% |
| 2005/3 | Consolidated Revenue / Net Income | ¥2.4T | ¥61B | 2.5% |
| 2006/3 | Consolidated Revenue / Net Income | ¥2.7T | ¥66B | 2.3% |
| 2007/3 | Consolidated Revenue / Net Income | ¥3.2T | ¥75B | 2.3% |
| 2008/3 | Consolidated Revenue / Net Income | ¥3.5T | ¥80B | 2.2% |
| 2009/3 | Consolidated Revenue / Net Income | ¥3.0T | ¥27B | 0.9% |
| 2010/3 | Consolidated Revenue / Net Income | ¥2.5T | ¥29B | 1.1% |
| 2011/3 | Consolidated Revenue / Net Income | ¥2.6T | ¥45B | 1.7% |
| 2012/3 | Consolidated Revenue / Net Income | ¥2.5T | ¥54B | 2.1% |
| 2013/3 | Consolidated Revenue / Net Income | ¥2.6T | ¥80B | 3.1% |
| 2014/3 | Consolidated Revenue / Net Income | ¥2.9T | ¥107B | 3.6% |
| 2015/3 | Consolidated Revenue / Net Income | ¥3.0T | ¥97B | 3.2% |
| 2016/3 | Consolidated Revenue / Net Income | ¥3.2T | ¥117B | 3.6% |
| 2017/3 | Consolidated Revenue / Net Income | ¥3.2T | ¥160B | 5.0% |
| 2018/3 | Consolidated Revenue / Net Income | ¥3.8T | ¥216B | 5.7% |
| 2019/3 | Consolidated Revenue / Net Income | ¥3.9T | ¥179B | 4.6% |
| 2020/3 | Consolidated Revenue / Net Income | ¥3.5T | ¥134B | 3.8% |
| 2021/3 | Consolidated Revenue / Net Income | ¥3.2T | ¥146B | 4.6% |
| 2022/3 | Consolidated Revenue / Net Income | ¥3.6T | ¥160B | 4.4% |
| 2023/3 | Consolidated Revenue / Net Income | ¥4.6T | ¥221B | 4.7% |
| 2024/3 | Consolidated Revenue / Net Income | ¥5.4T | ¥268B | 4.9% |
Suzuki Loom Manufacturing Co., founded in Hamamatsu in 1909, shared the same loom industry starting point as Enshu Seisakusho and Toyoda Automatic Loom Works. What divided each company's fate was the single point of 'whether or not to pivot to automobiles,' not differences in technological capability or management resources. Toyoda and Suzuki pivoted to automobiles and reached market capitalizations in the trillions of yen, while peers that remained in looms stayed at tens of hundreds of million yen. The 1,000-fold gap demonstrated by companies from the same origins shows that the choice of business domain determines long-term enterprise value.
Throughout the Meiji era, the textile industry grew as a core industry in Japan, with demand for power looms and treadle looms expanding nationwide. In 1890, Toyoda Sakichi invented a proprietary power loom, and in 1904, Hamamatsu's Enshu Seisakusho began manufacturing treadle looms—in Hamamatsu and other locations, pioneer loom manufacturers were building their technological and commercial foundations. When Suzuki Michio personally founded Suzuki Loom Manufacturing Co. in Hamamatsu in October 1909, it was a late entry into the loom industry, and technological differentiation from established companies was a challenge from the outset.
Hamamatsu was chosen as the founding location because it was Suzuki Michio's hometown, and for this reason, Suzuki has maintained its headquarters in Hamamatsu to this day. The initial product was the treadle loom. In Hamamatsu at the time, multiple machinery manufacturers including Enshu Seisakusho were in operation, and loom manufacturing had the character of a local industry. For the late-entering Suzuki Loom Manufacturing Co., developing improved products that surpassed those of established companies and establishing technological superiority through patent acquisition were prerequisites for business expansion.
As a late entrant, Suzuki Michio made his strategy not to simply copy established companies' products but to differentiate through structural improvements to existing looms. In 1912, he invented the 'two-shuttle treadle loom' that enabled weaving striped fabrics and obtained a patent, establishing technological originality. Using this invention as a springboard, he also embarked on the development of wood-and-iron hybrid power looms, building a unique position in Hamamatsu's loom industry despite being a latecomer. He continued developing new models, including the salon loom.
In March 1920, the company was incorporated as Suzuki Loom Works Co., Ltd., transitioning from sole proprietorship to an organized production system. Incorporation enabled fundraising for capital investment toward mass production, serving as an opportunity to strengthen the management foundation in both new model development and production. In approximately 10 years from founding, the company evolved from a sole proprietorship producing treadle looms to a corporation, steadily expanding its business scale through the introduction of high-function models represented by the four-shuttle loom, capitalizing on the growth of the domestic textile industry from the Taisho era through the early Showa period.
Among domestic loom manufacturers, including those in Hamamatsu, Toyoda Automatic Loom Works was the earliest to establish an automotive division in 1933, founding Toyota Motor. Suzuki also decided to enter four-wheeled vehicles after the war in 1954, changing its name to Suzuki Motor Co. to pivot toward becoming an automaker, but this was approximately 20 years behind Toyota. Meanwhile, Enshu Seisakusho (now Enshu) and Tsudakoma did not choose to diversify into automobiles, continuing their businesses as textile machinery manufacturers.
This diversification decision created a decisive difference in each company's scale. As of December 2024, Suzuki's market capitalization reached 3.5 trillion yen and Toyoda Automatic Loom Works reached 4.2 trillion yen, while Enshu, which remained in looms, stood at 3.2 hundred million yen and Tsudakoma at 2.5 hundred million yen. Companies that started from the same loom manufacturing in Hamamatsu and elsewhere in Japan produced a 1,000-fold difference in market capitalization based on a single decision to enter the automotive industry. The choice between staying in the founding business or pivoting to a new industry determined the scale of the enterprise 100 years later.
| Company | Year founded | Location | Founder | Market cap (Dec 2024) |
| Suzuki | 1909 | Hamamatsu | Suzuki Michio | 3.5 trillion yen |
| Enshu | 1904 | Hamamatsu | Suzuki Masajiro | 3.2 hundred million yen |
| Tsudakoma | 1909 | Ishikawa Pref. | Tsuda Komajiro | 2.5 hundred million yen |
| Toyoda Automatic Loom Works | 1926 | Kariya | Toyoda Sakichi | 4.2 trillion yen |
Suzuki Loom Manufacturing Co., founded in Hamamatsu in 1909, shared the same loom industry starting point as Enshu Seisakusho and Toyoda Automatic Loom Works. What divided each company's fate was the single point of 'whether or not to pivot to automobiles,' not differences in technological capability or management resources. Toyoda and Suzuki pivoted to automobiles and reached market capitalizations in the trillions of yen, while peers that remained in looms stayed at tens of hundreds of million yen. The 1,000-fold gap demonstrated by companies from the same origins shows that the choice of business domain determines long-term enterprise value.
The Alto's 470,000-yen price point was the product of 'subtraction'—removing unnecessary items rather than adding features. This clear-cut approach of 'minimum means of transportation is sufficient' ultimately aligned essentially with the values that the Indian market sought. The trajectory whereby an affordable kei car developed for domestic second-car demand became the breakthrough for the GM alliance and India entry demonstrates that a product concept can define a company's strategic direction.
In 1970s Japan, triggered by the Corolla launched in 1966, car ownership of one vehicle per household was becoming widespread, but it was economically difficult for households to own a second car. However, as income levels rose, housewives and agricultural workers began seeking automobiles as daily transportation separate from the husband who commuted by car, and latent demand for affordable kei cars was forming. This 'second car market' sought kei cars as minimal means of transportation rather than full-fledged passenger cars, representing a new growth opportunity for kei car manufacturers.
Meanwhile, the tightening of emissions regulations in the mid-1970s dealt a blow to domestic kei car sales, and Suzuki's performance was also slumping. When Suzuki Osamu became president in June 1978, turning around the kei car business was the top management priority. Suzuki Osamu resolved to develop the new market of 'second car demand' by drastically lowering kei car prices, and instructed the development team to review unnecessary equipment including ashtrays and to redesign the cost structure.
In May 1979, Suzuki launched the kei car 'Alto' at 470,000 yen. By thoroughly stripping away equipment unnecessary for transportation, such as ashtrays and rear wipers, a price more than 100,000 yen below the prevailing market rate for kei cars was achieved. The primary target customers were housewives and farmers, and the clear-cut concept of 'minimum means of daily transportation' gained wide support. This design philosophy, which stood apart from other companies' kei cars that pursued higher functionality, positioned the Alto not as merely a low-priced car but as a product embodying 'second car demand.'
The Alto maintained strong sales from immediately after launch, and by 1985, cumulative domestic sales surpassed one million units. This commercial success strengthened Suzuki's management foundation and provided the capital and credibility for global expansion, including the 1981 alliance with GM and the 1982 entry into India. The capability to mass-produce affordable compact cars was a technological accumulation that directly led to India's 'people's car' the Maruti 800, and the Alto became the starting point for transforming Suzuki's business structure from a domestic kei car manufacturer to a global compact car manufacturer.
The Alto's 470,000-yen price point was the product of 'subtraction'—removing unnecessary items rather than adding features. This clear-cut approach of 'minimum means of transportation is sufficient' ultimately aligned essentially with the values that the Indian market sought. The trajectory whereby an affordable kei car developed for domestic second-car demand became the breakthrough for the GM alliance and India entry demonstrates that a product concept can define a company's strategic direction.
Suzuki was able to enter the Indian market that Toyota and Renault had passed on because a market 'too small' for major companies was of sufficient scale for a latecomer like Suzuki. Annual sales volume of tens of thousands of units did not meet major companies' investment criteria, but it matched the business scale of Suzuki, whose main products were kei cars. The fact that the Alto's design philosophy was directly applicable as India's people's car highlights the structure in which a company's scale and product characteristics define entry opportunities.
In 1977, Sanjay Gandhi, the son of Indian Prime Minister Indira Gandhi, established Maruti with the vision of mass-producing affordable passenger cars for the public, securing factory land near Gurgaon outside Delhi and beginning construction. However, Sanjay died in a plane crash before the factory fully commenced operations, and his father, Prime Minister Indira Gandhi, took over Maruti as a state-owned enterprise. The Indian government, lacking mass-production technology for passenger cars, shifted to a policy of importing technology and capital from foreign automakers.
The Indian government approached major automakers from various countries, including Renault and Toyota, for joint ventures. However, Toyota was concentrating management resources on local production in North America, and negotiations with European companies including Renault also fell through over terms. In the early 1980s, India had strict foreign capital regulations, and with limited annual passenger car sales, it was a small market where major manufacturers found it difficult to project investment returns that justified a joint venture. As major companies successively declined, finding a joint venture partner proved elusive.
As major manufacturers successively declined participation, it was Suzuki President Suzuki Osamu who stepped forward when an Indian government delegation visited Japan seeking a partner. While Suzuki held the top position in kei cars domestically, its standing in the overall passenger car market dominated by Toyota and Nissan was low. Suzuki Osamu judged that developing country markets that major companies showed no interest in presented business opportunities for latecomer companies, and entered joint venture negotiations with Maruti armed with the mass-production technology for affordable compact cars cultivated through the Alto.
In October 1982, Suzuki acquired 26% of shares in the Indian state-owned enterprise Maruti and concluded a joint venture agreement. The 26% stake was structured so that the Indian government retained the majority, with formal management leadership on the Indian side. However, since the Indian government lacked passenger car mass-production technology, a system was established in which Suzuki provided de facto guidance in both production technology and quality control. The joint venture format was not an equal investment but a structure of gaining market entry rights in exchange for technology transfer.
Suzuki dispatched approximately 300 engineers from Japan to the Gurgaon factory, embarking on production line setup and technical training of local employees. When the first factory manager was posted in 1983, what he saw upon stepping into the factory was desert sand piled 50 centimeters high on the floor with wild monkeys running about in groups. Against a plan to commence production in three months, work was required to transplant Japanese manufacturing methods to the Indian environment from scratch, from installing production equipment to establishing quality control standards.
In December 1983, the Gurgaon factory commenced shipment of its first mass-produced vehicle, the 'Maruti 800.' The Maruti 800 was a compact passenger car based on the kei car 'Alto' that Suzuki sold in the Japanese domestic market, with specifications adjusted to suit India's road conditions and consumer purchasing power. The design philosophy of 'minimizing equipment to keep prices low,' cultivated through the 470,000-yen Alto, matched the requirements for a people's car in India, where income levels were low.
In fiscal year 1987, Maruti turned profitable just five years after the joint venture was established, and the Gurgaon factory established an annual production capacity of 100,000 units. At the time, India's total annual passenger car production was approximately 160,000 units, meaning Maruti alone captured approximately 60% of the entire market. For the Indian government, which had advocated foreign capital regulation and domestic industry protection, Maruti's rapid growth served as a validation of its policy shift, and reportedly about 70% of members of parliament visited the factory.
Before Maruti's entry, India's passenger car market had been stagnant for an extended period. Over the 13 years from 1970 to 1983, annual production barely increased from 35,000 to 45,000 units, and existing manufacturers had not even performed model changes for decades. The introduction of the Maruti 800 brought competitive dynamics to the market, with domestic manufacturers Hindustan Motors and Premier Automobiles undertaking model changes for the first time in decades. Maruti brought the principle of competition to the Indian market.
Through the 1990s, a second factory (1994) and third factory (1999) were added at the Gurgaon site, and by 1996, an annual production capacity of 300,000 units was established. In response to Indian government requests and its own expansion investments, Suzuki gradually raised its equity stake in Maruti from the initial 26% to 40% and then to 50%. By bearing the capital investment costs required for expansion itself, Suzuki increased its stake, shifting its position from joint venture partner to majority shareholder with management control.
Suzuki was able to enter the Indian market that Toyota and Renault had passed on because a market 'too small' for major companies was of sufficient scale for a latecomer like Suzuki. Annual sales volume of tens of thousands of units did not meet major companies' investment criteria, but it matched the business scale of Suzuki, whose main products were kei cars. The fact that the Alto's design philosophy was directly applicable as India's people's car highlights the structure in which a company's scale and product characteristics define entry opportunities.
A company like ours that makes small cars cannot expect to win in every country. We inevitably have to focus on specific countries. While targeting such markets, we need to leverage our strengths. That said, if we enter a developing country and start at the same time as other manufacturers, we can compete even against General Motors (GM). For example, in Hungary, both our factory and GM's factory are competing, and our market share is higher. Since it's a small market, major companies don't put serious effort into it, so depending on how we approach it, we can win too.
At the Gurgaon factory of Maruti Udyog Ltd., about a 30-minute drive southwest of New Delhi. Mr. Shinohara's eyes widened the moment he set foot in the factory. Desert sand was piled 50 centimeters high on the floor, and wild monkeys were running about in groups. Faced with this unbelievable sight, 'I was at a loss when I heard the plan was to start production in three months no matter what...' This was the experience of Mr. Shinohara, now a director and head of the Overseas Technology Department at Suzuki Motor headquarters, when he was posted to the site as the first factory manager in September 1983.
In the more than five years since then, that unbelievable desert factory has now grown into an excellent company leading India's automotive industry.
The remarkable results have surprised even the Indian stakeholders themselves. Visitors stream endlessly to the Gurgaon factory, and reportedly about 70% of members of parliament have already visited. The reason is not simply that operations were quickly put on track. Maruti's birth as India's first foreign-capital joint venture automaker has been reassessed for playing a major role in industrial revitalization. The government's protectionist policies advocating foreign capital regulation and domestic industry priority had, conversely, hindered the development of India's automotive industry. In the 13 years from 1970 to 1983, annual domestic passenger car production barely increased from 35,000 to 45,000 units. Model changes were not performed, and a state virtually divorced from technological innovation is said to have continued.
Since Maruti entered in partnership with foreign capital, the situation changed dramatically. Production surged to approximately 160,000 units (1988), of which the company accounted for nearly 60%.
The alarmed domestic automakers—Hindustan Motors with the 'Ambassador' and Premier Automobiles with the 'Premier'—undertook partial model changes for the first time in decades. Meanwhile, in the commercial vehicle sector, Japanese manufacturers entered one after another as if to say 'follow Maruti.' Maruti brought the principle of competition to the Indian market.
Suzuki Osamu's willingness to allow GM to take even a majority stake was a reflection of the limits felt in Suzuki's independent global expansion. However, the 27-year alliance was terminated by an event beyond Suzuki's control—the partner's bankruptcy. The structure where the deeper the capital relationship, the more one's own strategy is swayed by the partner's management risks demonstrates the inherent vulnerability of alliances. This lesson would be applied, through the dispute with VW, to the design of the alliance with Toyota.
Starting with the 1981 three-way business alliance with GM and Isuzu, the cooperative relationship between Suzuki and GM deepened incrementally through the 1990s. In 1989, a joint production company was established in Canada, building a system to supply compact cars leveraging GM's North American sales network. For GM, Suzuki, with its cost competitiveness in kei cars and compact cars, was an entity that complemented its own lineup. For Suzuki, access to GM's global sales channels and advanced technologies such as fuel cells served as solutions to management challenges.
As of 2000, Suzuki President Suzuki Osamu positioned the acceleration of global expansion as a critical management priority. While maintaining the top position in kei car sales domestically, Suzuki's scale in the global passenger car market significantly lagged behind Toyota and Honda, and there were apparent limits to expanding overseas operations independently in both technological development capability and sales channels. The compression of R&D costs through sharing GM's fuel cell technology was also a factor encouraging the deepening of the capital alliance.
In September 2000, Suzuki accepted the proposal from GM CEO J.F. Smith for additional investment, and GM acquired an additional 10% of Suzuki shares, raising its total holding to 20%. Suzuki Osamu reportedly indicated during negotiations with GM that he 'wouldn't mind even 51%,' clearly demonstrating the intent to prioritize strengthening the relationship with GM for global expansion. GM's decision to stay at 20% was the result of choosing to maintain a complementary cooperative relationship rather than acquiring control.
The effects of the additional investment were evident in the progress of joint development. In October 2001, the 'Chevrolet Cruze,' jointly developed with GM, was launched in the Japanese domestic market, and a contract production system was established in which Suzuki's Kosai Factory produced GM-branded vehicles. In 2004, an agreement was also reached on joint development of a global strategic engine. The areas of collaboration between the two companies continued to expand, from vehicle planning and design to powertrain development. The relationship between Suzuki and GM, deepened in both capital and technology, reached its closest stage in the mid-2000s.
In 2008, GM went bankrupt and filed for Chapter 11 protection, bringing an end to the alliance between Suzuki and GM that had lasted approximately 27 years since 1981. As part of the bankruptcy proceedings, GM sold all of its Suzuki shares on the market and dissolved the capital relationship with Suzuki. The partner to whom Suzuki Osamu had once said he 'wouldn't mind even 51%' ultimately severed the relationship through its own bankruptcy.
The dissolution of the GM alliance forced Suzuki to reconstruct its global strategy. The fruits of the alliance—sharing of fuel cell technology and use of the North American sales network—were lost, and Suzuki was compelled to find a new partner on its own. This experience made Suzuki's management recognize that alliances based on capital relationships carry the vulnerability of depending on the partner's financial health, and it influenced the negotiating stance in the subsequent alliance negotiations with Volkswagen and the later capital alliance with Toyota.
Suzuki Osamu's willingness to allow GM to take even a majority stake was a reflection of the limits felt in Suzuki's independent global expansion. However, the 27-year alliance was terminated by an event beyond Suzuki's control—the partner's bankruptcy. The structure where the deeper the capital relationship, the more one's own strategy is swayed by the partner's management risks demonstrates the inherent vulnerability of alliances. This lesson would be applied, through the dispute with VW, to the design of the alliance with Toyota.
Suzuki, which participated with a 26% equity stake in 1982, secured management control through the subsidiary status in 2002, and over the following 20 years raised annual production capacity from 100,000 to two million units. This process was accompanied by a change in position from technology provider as a joint venture partner to a management leader who directs capital investment decisions. Given that the India business now supports the majority of Suzuki's consolidated performance, it is considered that without the subsidiary decision, the swift execution of expansion investment would have been difficult.
Since the 1982 joint venture establishment, Suzuki had gradually raised its equity stake in Maruti from 26%, reaching 50% by the late 1990s. However, under the co-management structure where the Indian government held the remaining shares, consultation with the Indian side was essential for expansion plans and new model introductions, making it difficult to swiftly reflect Suzuki's management decisions. As the Indian passenger car market continued to grow at over 10% annually, speed of investment decisions was becoming a condition for maintaining competitiveness.
In May 2002, through negotiations with the Indian government, Suzuki raised its equity stake in Maruti to 54.2%, making it a consolidated subsidiary. The decision for a foreign company to acquire management control of a formerly state-owned automaker required formal approval from the Indian government and represented a symbolic turning point in the country's industrial policy. Through the subsidiary status, Suzuki established a system to swiftly execute important management decisions—including the construction of new factories, introduction of new models, and the scale and timing of capital investment—through its own decision-making.
Using the subsidiary status as a starting point, Suzuki accelerated its expansion investment in four-wheeled vehicles in India. In 2006, a new factory was brought into operation at Manesar near Gurgaon, and by January 2010, annual production capacity in India had reached one million units. Additionally, a large-scale production base was newly established in the state of Gujarat in western India, and by December 2024, annual four-wheeled vehicle production capacity in India was raised to two million units. This was the result of long-term phased investment, expanding production scale 20-fold from the initial 100,000 units at the time of the joint venture establishment over approximately 40 years.
Four-wheeled vehicles produced in India are not limited to domestic sales but are also directed to exports to neighboring regions such as the Middle East and Southeast Asia. As a result, India has come to serve not only as a sales market but also as a production and export base within the global supply chain. The India business, which was at an annual production scale of several hundred thousand units at the time it became a subsidiary, grew into a revenue pillar accounting for the majority of Suzuki's consolidated revenue in the 2020s, becoming the business foundation that fundamentally supports the company's management.
Suzuki, which participated with a 26% equity stake in 1982, secured management control through the subsidiary status in 2002, and over the following 20 years raised annual production capacity from 100,000 to two million units. This process was accompanied by a change in position from technology provider as a joint venture partner to a management leader who directs capital investment decisions. Given that the India business now supports the majority of Suzuki's consolidated performance, it is considered that without the subsidiary decision, the swift execution of expansion investment would have been difficult.
What Suzuki first requested in the VW alliance was 'maintaining independence,' but immediately after the alliance began, VW hinted at additional share acquisition. To regain independence, Suzuki appealed to international arbitration and ultimately invested 460.2 hundred million yen to buy back shares. The structure where a capital relationship offered in exchange for technology threatens management freedom suggests the need to build 'an exit in case the partner fails to keep its promises' at the alliance design stage.
GM's bankruptcy in 2008 terminated the alliance between Suzuki and GM that had lasted approximately 27 years since 1981. The fruits of the alliance—overseas expansion leveraging GM's North American sales network and sharing of advanced technologies including fuel cells—were lost at once, and Suzuki was compelled to independently reconstruct its global strategy. With environmental regulations tightening worldwide, Suzuki's scale had limitations in independently developing diesel technology and hybrid technology, and securing a new technology partner became an urgent management priority.
As it happened, Volkswagen (VW) was pursuing an M&A strategy to bring automakers from various countries into its group as it aimed for the top position in global sales volume. Having completed the management integration of Porsche and the absorption of Audi and Lamborghini, VW turned its focus to emerging markets in Asia. The local production system and market share that Suzuki had built in India over nearly 40 years were strategic assets that VW could not secure in a short period on its own, and VW's approach to Suzuki began.
In December 2009, Suzuki and VW concluded a comprehensive alliance. VW acquired 19.9% of Suzuki shares for approximately 220 hundred million yen, and Suzuki also acquired some VW shares in a cross-shareholding arrangement. Suzuki expected the transfer of VW's diesel engine technology, and VW anticipated entry into the Indian market through Suzuki. Suzuki Osamu clearly requested VW to maintain Suzuki's 'independence' as a precondition of the alliance, stipulating an equal cooperative relationship rather than subsidiary status.
From immediately after the alliance, VW's actions began to diverge from Suzuki's expectations. VW hinted at additional acquisition of Suzuki shares, suggesting an intention to absorb Suzuki into its own group. The 'independence' that Suzuki Osamu had demanded as a precondition of the alliance was being threatened. Meanwhile, the transfer of diesel engine technology that Suzuki had expected did not progress, and VW continued to take a passive stance on technology transfer. The fundamental exchange condition of the alliance—'accepting capital in exchange for technology'—was being reneged upon by VW.
When Suzuki procured a diesel engine from Fiat, VW raised objections, claiming 'breach of contract.' VW's claim restricted Suzuki's freedom to procure technology from third parties, and VW's intervention in Suzuki's management decisions deepened further. In September 2011, under Suzuki Osamu's decision, Suzuki formally notified VW of alliance dissolution, but VW insisted on maintaining the capital relationship from an M&A strategy perspective and rejected the dissolution.
Judging that settlement through negotiation was impossible, Suzuki proceeded to file with the international arbitration tribunal. It was itself unprecedented in the industry for a dispute over a capital alliance between automakers to be brought to international arbitration, and the costs and time burden associated with legal proceedings weighed on Suzuki's management. However, when faced with the choice between coming under VW's control or defending independence through legal means, Suzuki Osamu chose the latter without hesitation and embarked on the protracted legal battle lasting approximately four years.
In 2015, the international arbitration tribunal issued a ruling recognizing 'the termination of the comprehensive alliance agreement,' largely upholding Suzuki's claims. The return of VW's 19.9% stake in Suzuki was legally recognized, finally settling the dispute that had lasted approximately six years since the alliance was concluded. Suzuki Osamu stated at a press conference after the ruling, 'The feeling of having a fish bone stuck in my throat has finally been relieved,' and regarding the relationship with VW, he reflected, 'There will be no remarriage' and 'There are all kinds of different companies in the world.'
Following the ruling, Suzuki bought back its own shares held by VW for 460.2 hundred million yen, recovering complete independence in terms of capital. Additionally, Suzuki's VW shares were sold on the market, recording a gain of 36.6 hundred million yen. The 460.2 hundred million yen amounted to several times Suzuki's annual operating profit—a massive financial burden—but Suzuki Osamu accepted this expenditure as the price for eliminating the risk of falling under VW's management control. A clear monetary price was paid for the intangible value of maintaining independence.
The search for a new partner that began with GM's bankruptcy concluded through the approximately six-year dispute with VW. This experience highlighted the reality that the ideal of 'equal partnership' can be easily overturned depending on the other party's strategy, and it decisively changed Suzuki Osamu's stance toward alliances. When Suzuki subsequently entered into a capital alliance with Toyota (2019), the cautious design of keeping mutual equity stakes low was directly influenced by the bitter experience with VW.
What Suzuki first requested in the VW alliance was 'maintaining independence,' but immediately after the alliance began, VW hinted at additional share acquisition. To regain independence, Suzuki appealed to international arbitration and ultimately invested 460.2 hundred million yen to buy back shares. The structure where a capital relationship offered in exchange for technology threatens management freedom suggests the need to build 'an exit in case the partner fails to keep its promises' at the alliance design stage.
As Suzuki had sought, the comprehensive agreement with VW has been terminated, and VW will return Suzuki shares. I am satisfied with this conclusion. The primary objective of filing for arbitration has been achieved. I have spoken of 'having a fish bone stuck in my throat,' and now I feel very relieved. I felt that there are all kinds of different companies in the world. I reflect on my lack of experience.
The Great East Japan Earthquake did not directly damage Suzuki's production bases, but it served as an impetus for recognizing the vulnerability of the Motorcycle Technology Center located 200 meters from the coast as a management issue. What is noteworthy is that disaster preparedness measures were not treated merely as risk avoidance but were linked with the management rationality of improving production efficiency through consolidation of dispersed facilities. To make a 61 hundred million yen investment decision for 'a disaster that will someday come,' it was necessary to simultaneously design economic benefits beyond disaster preparedness.
Following the Great East Japan Earthquake in March 2011, the disaster risk of coastal areas in Shizuoka Prefecture, located in the projected affected zone of the Tokai earthquake, drew renewed attention. Suzuki's motorcycle production bases were dispersed across multiple locations within Hamamatsu, and notably, the Motorcycle Technology Center was located just 200 meters from the coast. In the event of a tsunami accompanying a Nankai Trough earthquake, motorcycle development and design functions faced a high probability of severe damage, making disaster preparedness measures essential for the survival of the motorcycle business.
The dispersal of facilities posed challenges not only in terms of disaster preparedness but also in everyday production efficiency. With parts factories and assembly factories located at separate sites, time and cost were required for inter-factory logistics, and there were geographic constraints on collaboration among engineers. In July 2011, Suzuki announced a policy to consolidate all domestic motorcycle production at a new factory in northern Hamamatsu, and decided to commence construction of the Hamamatsu Factory, comprising a North Block (parts factory) and South Block (assembly factory and technology center). The total investment was estimated at a cumulative 61 hundred million yen.
Construction of the Hamamatsu Factory commenced in January 2014. The original plan was to sequentially bring the North Block and South Block facilities into operation from 2015 through 2017, but construction was delayed, with final completion in September 2018. Despite a delay of approximately one year, one of Japan's largest motorcycle production facilities was completed, consolidating all processes from motorcycle R&D to parts manufacturing and finished vehicle assembly at a single location, establishing an integrated system from parts supply to shipment.
The consolidation of functions at the Hamamatsu Factory was not limited to disaster preparedness benefits of limiting damage scope and accelerating recovery in the event of a disaster. By integrating facilities that had been dispersed along the coast into a single inland location, cost reductions in inter-facility logistics and the strengthening of daily collaboration among engineers were simultaneously achieved. For Suzuki, the motorcycle business has a history of nearly 70 years since its 1952 entry. The reorganization of domestic production bases with an investment of 61 hundred million yen was a management decision to secure the long-term competitive foundation of the motorcycle business—the company's second-oldest operation after its founding loom business.
The Great East Japan Earthquake did not directly damage Suzuki's production bases, but it served as an impetus for recognizing the vulnerability of the Motorcycle Technology Center located 200 meters from the coast as a management issue. What is noteworthy is that disaster preparedness measures were not treated merely as risk avoidance but were linked with the management rationality of improving production efficiency through consolidation of dispersed facilities. To make a 61 hundred million yen investment decision for 'a disaster that will someday come,' it was necessary to simultaneously design economic benefits beyond disaster preparedness.