Founded in 1920. Starting from cork manufacturing, Mazda gained worldwide fame for commercializing the rotary engine. Based in Hiroshima, the company pursues proprietary technology and 'the joy of driving,' leading the efficiency of internal combustion engines with SKYACTIV Technology.
1920
Toyo Cork Kogyo Co., Ltd. established
1920Toyo Cork Kogyo Co., Ltd. established
1927
Company name changed to Toyo Kogyo Co., Ltd.
1927Company name changed to Toyo Kogyo Co., Ltd.
1931
Three-wheeled truck production commenced
1931Three-wheeled truck production commenced
1949
Listed on the Tokyo Stock Exchange
1949Listed on the Tokyo Stock Exchange
1951
Matsuda Tsuneji appointed as president
1951Matsuda Tsuneji appointed as president
1953
Investment in increased three-wheeled truck production
1953Investment in increased three-wheeled truck production
1958
Entered the four-wheeled vehicle market
1958Entered the four-wheeled vehicle market
1966
Ujina Factory established
1966Ujina Factory established
1967
Strategic Decision
Rotary engine-equipped vehicle launched
The innovator's paradox: 'Winning with technology, losing to the times'
1967
Overseas sales subsidiaries established
1967Overseas sales subsidiaries established
1975
Fell into the red; management crisis
1975Fell into the red; management crisis
1979
Capital alliance with Ford of the U.S. concluded
1979Capital alliance with Ford of the U.S. concluded
1981
Hofu Factory established
1981Hofu Factory established
1984
Company name changed to Mazda Motor Corporation
1984Company name changed to Mazda Motor Corporation
1985
U.S. local production subsidiary established
1985U.S. local production subsidiary established
1989
Announced five-channel domestic sales system
1989Announced five-channel domestic sales system
1993
Strategic collaboration with Ford of the U.S. announced
1993Strategic collaboration with Ford of the U.S. announced
1995
Local production subsidiary established in Thailand
1995Local production subsidiary established in Thailand
1996
Ford of the U.S. increased equity stake
1996Ford of the U.S. increased equity stake
2005
Local production subsidiary established in China
2005Local production subsidiary established in China
2008
Ford of the U.S. moved toward dissolving the alliance
2008Ford of the U.S. moved toward dissolving the alliance
2012
Fell into net loss; structural reform plan formulated
2012Fell into net loss; structural reform plan formulated
2013
Withdrew from North American local production
2013Withdrew from North American local production
2015
Ford of the U.S. completely sold all shares
2015Ford of the U.S. completely sold all shares
2017
Business and capital alliance concluded with Toyota Motor
2017Business and capital alliance concluded with Toyota Motor
2022
Strategic Decision
TMT joint venture new factory commenced operations; CX-50 mass production began
From 'subordination' to 'equality'—the autonomy that alliances demand
View Performance
RevenueMazda:Revenue
Non-consol. | Consolidated (Unit: ¥100M)
¥4.8T
Revenue:2024/3
ProfitMazda:Net Profit Margin
Non-consol. | Consolidated (Unit: %)
4.3%
Margin:2024/3
View Performance
PeriodTypeRevenueProfit*Margin
1950/3Non-consol. Revenue / Net Income---
1951/3Non-consol. Revenue / Net Income---
1952/3Non-consol. Revenue / Net Income---
1953/3Non-consol. Revenue / Net Income---
1954/3Non-consol. Revenue / Net Income---
1955/3Non-consol. Revenue / Net Income---
1956/3Non-consol. Revenue / Net Income---
1957/3Non-consol. Revenue / Net Income---
1958/3Non-consol. Revenue / Net Income---
1959/3Non-consol. Revenue / Net Income---
1960/3Non-consol. Revenue / Net Income---
1961/3Non-consol. Revenue / Net Income---
1962/3Non-consol. Revenue / Net Income---
1963/3Non-consol. Revenue / Net Income---
1964/3Non-consol. Revenue / Net Income---
1965/3Non-consol. Revenue / Net Income---
1966/3Non-consol. Revenue / Net Income---
1967/3Non-consol. Revenue / Net Income---
1968/3Non-consol. Revenue / Net Income---
1969/3Non-consol. Revenue / Net Income---
1970/3Non-consol. Revenue / Net Income---
1971/3Non-consol. Revenue / Net Income---
1972/3Non-consol. Revenue / Net Income---
1973/3Non-consol. Revenue / Net Income---
1974/3Non-consol. Revenue / Net Income---
1975/3Non-consol. Revenue / Net Income---
1976/3Non-consol. Revenue / Net Income---
1977/3Non-consol. Revenue / Net Income---
1978/3Non-consol. Revenue / Net Income---
1979/3Non-consol. Revenue / Net Income---
1980/3Non-consol. Revenue / Net Income---
1981/3Non-consol. Revenue / Net Income---
1982/3Non-consol. Revenue / Net Income---
1983/3Non-consol. Revenue / Net Income---
1984/3Non-consol. Revenue / Net Income---
1985/3Non-consol. Revenue / Net Income---
1986/3Non-consol. Revenue / Net Income---
1987/3Non-consol. Revenue / Net Income---
1988/3Non-consol. Revenue / Net Income---
1989/3Non-consol. Revenue / Net Income---
1990/3Non-consol. Revenue / Net Income---
1991/3Non-consol. Revenue / Net Income---
1992/3Consolidated Revenue / Net Income¥2.7T¥9B0.3%
1993/3Consolidated Revenue / Net Income¥2.6T¥1B0.0%
1994/3Consolidated Revenue / Net Income¥2.2T-¥49B-2.3%
1995/3Consolidated Revenue / Net Income¥2.2T-¥41B-1.9%
1996/3Consolidated Revenue / Net Income¥1.8T-¥12B-0.7%
1997/3Consolidated Revenue / Net Income¥1.9T-¥18B-1.0%
1998/3Consolidated Revenue / Net Income¥2.0T-¥7B-0.4%
1999/3Consolidated Revenue / Net Income¥2.1T¥39B1.8%
2000/3Consolidated Revenue / Net Income¥2.2T¥26B1.2%
2001/3Consolidated Revenue / Net Income¥2.0T-¥155B-7.7%
2002/3Consolidated Revenue / Net Income¥2.1T¥9B0.4%
2003/3Consolidated Revenue / Net Income¥2.4T¥24B1.0%
2004/3Consolidated Revenue / Net Income¥2.9T¥34B1.1%
2005/3Consolidated Revenue / Net Income¥2.7T¥46B1.6%
2006/3Consolidated Revenue / Net Income¥2.9T¥67B2.2%
2007/3Consolidated Revenue / Net Income¥3.2T¥74B2.2%
2008/3Consolidated Revenue / Net Income¥3.5T¥92B2.6%
2009/3Consolidated Revenue / Net Income¥2.5T-¥71B-2.9%
2010/3Consolidated Revenue / Net Income¥2.2T-¥6B-0.3%
2011/3Consolidated Revenue / Net Income¥2.3T-¥60B-2.6%
2012/3Consolidated Revenue / Net Income¥2.0T-¥108B-5.3%
2013/3Consolidated Revenue / Net Income¥2.2T¥34B1.5%
2014/3Consolidated Revenue / Net Income¥2.7T¥136B5.0%
2015/3Consolidated Revenue / Net Income¥3.0T¥159B5.2%
2016/3Consolidated Revenue / Net Income¥3.4T¥134B3.9%
2017/3Consolidated Revenue / Net Income¥3.2T¥94B2.9%
2018/3Consolidated Revenue / Net Income¥3.5T¥112B3.2%
2019/3Consolidated Revenue / Net Income¥3.6T¥63B1.7%
2020/3Consolidated Revenue / Net Income¥3.4T¥12B0.3%
2021/3Consolidated Revenue / Net Income¥2.9T-¥32B-1.1%
2022/3Consolidated Revenue / Net Income¥3.1T¥82B2.6%
2023/3Consolidated Revenue / Net Income¥3.8T¥143B3.7%
2024/3Consolidated Revenue / Net Income¥4.8T¥208B4.3%
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1920
Toyo Cork Kogyo Co., Ltd. established
1927
Company name changed to Toyo Kogyo Co., Ltd.
1931
Three-wheeled truck production commenced
1949
Listed on the Tokyo Stock Exchange
1951
Matsuda Tsuneji appointed as president
1953
Investment in increased three-wheeled truck production
1958
Entered the four-wheeled vehicle market
1966
Ujina Factory established
1967
5

Rotary engine-equipped vehicle launched

The innovator's paradox: 'Winning with technology, losing to the times'

The commercialization of the rotary engine was a technological victory that overcame internal and external criticism to achieve the world's first mass production. However, the rapid changes in the external environment—tightening environmental regulations and the oil shock—turned Mazda's greatest weapon directly into its greatest weakness. Concentrated investment in proprietary technology can be a source of differentiation from competitors, but it also harbors vulnerability when the business environment surrounding that technology changes. This case vividly demonstrates the fundamental risk of innovators—that technological victory does not guarantee market victory.

BackgroundA bet on an unfinished rotary engine through technology licensing

In the early 1960s, Mazda recognized the future potential of the rotary engine, which was still under development by West Germany's NSU. Unlike conventional reciprocating engines that generate power through the back-and-forth motion of pistons, the rotary engine directly generates power through the rotational motion of a rotor, combining characteristics of fewer parts, high output, and low vibration. In 1961, Mazda concluded a technology licensing agreement with NSU, paying 280 million yen in licensing fees (patent royalties) to acquire the patent license.

However, at the time the technology licensing decision was made, the rotary engine had not yet been commercialized as an engine for four-wheeled passenger cars, and numerous challenges remained to be solved, including durability, seal technology, and fuel efficiency. Mazda was in the midst of transitioning from a three-wheeled vehicle manufacturer to a four-wheeled vehicle manufacturer, and a proprietary technological foundation was essential for differentiating itself from major manufacturers like Toyota and Nissan. Fully aware of the high risk of investing ahead of time in an unfinished technology, the company committed to the technology licensing as the core of its future competitiveness.

Decision47 elite engineers took on the path to commercialization

In April 1963, Mazda established the 'Rotary Engine Research Department' within the company, assembling approximately 47 engineers. Under the inaugural department head Yamamoto Kenichi, R&D was pushed forward to mount the rotary engine in four-wheeled passenger cars. An authority on internal combustion engines harshly criticized that 'the rotary will never work,' and within the company, criticism arose that 'money is being wasted on something with low chances of success'—the development proceeded against strong headwinds.

After approximately three years of trial and error, the team succeeded in commercializing the rotary engine. In May 1967, Mazda commenced sales of the 'Cosmo Sport,' the world's first mass-produced rotary engine vehicle. The car, which achieved high output while minimizing noise, attracted domestic and international attention as groundbreaking technology, and Yamamoto, who led the development, was hailed as 'the father of rotary engine commercialization.'

ResultEnvironmental regulations and the oil shock overturned the growth vision

Mazda positioned the rotary engine as its competitive pillar and set forth a policy to expand four-wheeled vehicle exports, primarily to North America, in addition to growing the domestic market. However, in 1970, the Clean Air Act (Muskie Act) was amended in the United States, mandating strict emissions standards for new vehicles from 1975 onward. The rotary engine, which was inferior to conventional reciprocating engines in exhaust gas purification, faced a situation where it could not function as the trump card for export expansion that Mazda had envisioned.

Furthermore, when oil prices surged following the 1973 oil shock, demand for rotary engine vehicles with inferior fuel efficiency rapidly declined both domestically and internationally. Mazda was left with massive inventory and fell into an operating loss of 17 hundred million yen in October 1975. Despite succeeding in commercializing a groundbreaking technology, the rapid changes in the external environment—tightening environmental regulations and the energy crisis—fundamentally overturned the anticipated revenue model.

The innovator's paradox: 'Winning with technology, losing to the times'

The commercialization of the rotary engine was a technological victory that overcame internal and external criticism to achieve the world's first mass production. However, the rapid changes in the external environment—tightening environmental regulations and the oil shock—turned Mazda's greatest weapon directly into its greatest weakness. Concentrated investment in proprietary technology can be a source of differentiation from competitors, but it also harbors vulnerability when the business environment surrounding that technology changes. This case vividly demonstrates the fundamental risk of innovators—that technological victory does not guarantee market victory.

TestimonyYamamoto Kenichi (Chairman, Mazda)

I spent my entire career at Mazda in charge of rotary engine development, and during that time I went through extremely difficult experiences. In addition to the mountain of technical challenges, the internal criticism was severe—'You're spending all this money on something with low chances of success'—and there were times when I couldn't even voice my own opinions. However, through that process, I was taught painfully well what is important as a manager leading a team.

Ultimately, the true measure of a person entrusted with a team is tested when the work reaches an impasse. In my case, when we were struggling with problems specific to the rotary engine, an authority on internal combustion engines harshly criticized that 'the rotary will never work,' which left us completely stuck. Even within the company, executives and subordinates became agitated, and things nearly spiraled out of control.

At times like these, there are three conditions for being a manager that subordinates will follow. First, having a philosophy—such as how to position that work within the company's management, or what a car should ideally be. I have experienced this myself: when a superior thinks about things at the same low level as you do, it is disappointing. (...)

The most important thing is probably whether you treat your subordinates as human beings. For example, when a young person comes up with a technical idea, it matters whether you listen. Engineers with little experience don't want to be shot down for saying something wrong, so even making a single suggestion takes considerable resolve. Their opinions are often off the mark, but if you take an attitude of completely ignoring such ideas, your subordinates will lose heart. (...)

However, there are also ideas that come from people simply wanting to maneuver skillfully or to stand out. Since such proposals don't come from desperate thinking, in most cases they are mere whims and not useful.

Source1990/11/12 Nikkei Business
TimelineRotary engine-equipped vehicle launched — Key Events
2/1961Partnership with NSU of West Germany; rotary engine technology licensed
Technology licensing fee2.8100M JPY
4/1963Rotary Engine Research Department established
5/1967Cosmo Sport launched
1967
Overseas sales subsidiaries established
1975
Fell into the red; management crisis
1979
Capital alliance with Ford of the U.S. concluded
1981
Hofu Factory established
1984
Company name changed to Mazda Motor Corporation
1985
U.S. local production subsidiary established
1989
Announced five-channel domestic sales system
1993
Strategic collaboration with Ford of the U.S. announced
1995
Local production subsidiary established in Thailand
1996
Ford of the U.S. increased equity stake
2005
Local production subsidiary established in China
2008
Ford of the U.S. moved toward dissolving the alliance
2012
Fell into net loss; structural reform plan formulated
2013
Withdrew from North American local production
2015
Ford of the U.S. completely sold all shares
2017
Business and capital alliance concluded with Toyota Motor
2022
1

TMT joint venture new factory commenced operations; CX-50 mass production began

From 'subordination' to 'equality'—the autonomy that alliances demand

Under the Ford alliance, Mazda's management was dominated by the largest shareholder, constraining its strategic freedom. The Toyota joint venture was designed as an equal framework based on 50-50 investment, ensuring room for Mazda to prominently feature its own brand value. Even with the same 'North American local production,' the design of ownership structure and power dynamics determines a company's autonomy. The contrast between the passive approach of the Ford era and the proactive strategy of the Toyota era suggests that the 'quality' of an alliance fundamentally defines the direction of a business.

BackgroundThe void left in North America after Ford's withdrawal

In 2013, Mazda withdrew from North American local production through the joint venture with Ford (AAI in Michigan), and in 2015, Ford's complete sale of Mazda shares ended approximately 36 years of capital alliance. Vehicles for North America were switched to exports from the Mexico factory and the domestic Hofu Factory, but the North American market was Mazda's largest overseas market, and the resumption of local production under a new framework remained a management priority for reducing foreign exchange risk and responding flexibly to local demand.

In August 2017, Mazda concluded a business and capital alliance with Toyota Motor, with mutual investment of 50 hundred million yen each. One of the pillars of the alliance was joint local production in the United States, with plans for Mazda to produce the North America-exclusive new SUV 'CX-50' and Toyota to produce the compact Corolla. Unlike the Ford era, where Mazda's management was dominated by the largest shareholder, an equal partnership model based on 50-50 joint investment was pursued.

DecisionA new joint venture factory with annual capacity of 300,000 units established in Alabama

In March 2018, the joint venture Mazda Toyota Manufacturing, U.S.A., Inc. (abbreviated: TMT) was established with equal 50-50 investment from Toyota and Mazda. A new factory was built in Huntsville, Alabama, with total investment reaching 1.6 billion dollars. Of this, Mazda's share was an estimated 800 million dollars. The factory employed approximately 4,000 workers and established an annual production capacity of 300,000 units (150,000 for Mazda, 150,000 for Toyota).

The new factory commenced operations in January 2022, and in April of the same year, sales of the North America-exclusive SUV 'CX-50' began. Approximately nine years after dissolving the Ford partnership, Mazda achieved re-entry into North American local production under a new framework of an equal joint venture with Toyota.

ResultRecord sales achieved through brand value advocacy

As its North American sales strategy, Mazda chose a premium route focused on brand value advocacy. While minimizing dealer incentives to avoid price cutting, the company invested in dealer staff education and store renovations to enhance the quality of the customer experience and improve brand image.

This strategy proved successful, with cumulative North American sales of 304,000 units in the first half of FY2024, achieving the highest sales record since the commencement of local factory operations. In contrast to the era when North American operations were passively expanded under Ford's umbrella, Mazda is building an autonomous growth strategy that prominently features its own brand value under the equal joint venture with Toyota.

From 'subordination' to 'equality'—the autonomy that alliances demand

Under the Ford alliance, Mazda's management was dominated by the largest shareholder, constraining its strategic freedom. The Toyota joint venture was designed as an equal framework based on 50-50 investment, ensuring room for Mazda to prominently feature its own brand value. Even with the same 'North American local production,' the design of ownership structure and power dynamics determines a company's autonomy. The contrast between the passive approach of the Ford era and the proactive strategy of the Toyota era suggests that the 'quality' of an alliance fundamentally defines the direction of a business.

TimelineTMT joint venture new factory commenced operations; CX-50 mass production began — Key Events
3/2018Mazda Toyota Manufacturing, U.S.A., Inc. established
1/2022Production commenced at Mazda Toyota Manufacturing, U.S.A.
4/2022North America-exclusive CX-50 launched
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