Honda

Honda Motor Co., Ltd. was founded in Hamamatsu, Japan, on 24 September 1948. It did not begin as a car company. Soichiro Honda's post-war business first put small engines onto bicycles, then developed complete motorcycles. Honda entered the automobile market in 1963, pairing the practical T360 mini truck with the S500 sports car.

That unlikely route into car making explains a lot about the marque that followed. Honda repeatedly treated the engine, the way it revved and the way the whole car used its mass as central engineering problems. The line from early high-revving DOHC engines to CVCC, VTEC, the aluminium NSX and Type R is not one continuous specification, but it is a useful way to understand Honda's automotive identity.

Honda at a glance

Honda's current corporate headquarters are in Tokyo, Japan. That should not be confused with the company's founding location in Hamamatsu.

What was Honda's first car?

It depends what "first car" means. Honda demonstrated the S360 prototype at Suzuka in June 1962 and displayed the S360, S500 and T360 at the Japan National Auto Show that October. The S360 never went on sale.

Honda's production history separates manufacturing and retail milestones. T360 production began at Saitama in June 1963, before the mini truck went on sale in Japan that August. S500 production began at Hamamatsu in August, and the sports car reached the market in October.

The T360 was therefore Honda's first production automobile, while the S500 was its first production passenger car. Keeping those categories and dates separate avoids turning a commercial mini truck, a passenger sports car and their sale dates into one ambiguous “first car” claim.

An earlier milestone belongs to a different part of the company story. Honda's first original product was the A-Type auxiliary bicycle engine of 1947; it was not a complete car.

Both 1963 automobiles used water-cooled, all-aluminium inline-four DOHC engines. The work-focused truck and small sports car already showed the mix of utility and high-revving engineering that would recur throughout Honda's car history.

Why Honda engines became part of the marque's identity

It is easy to reduce classic Hondas to the word "VTEC", but the engineering story is wider than one valve-control system.

Honda's air-cooled phase is one of the most revealing examples. The first T360 and S500 automobile engines had actually been water-cooled, but the success of the air-cooled N360 encouraged Soichiro Honda to make a much bigger technical bet. His reasoning was characteristically direct: since a water-cooled engine ultimately rejects its heat to air, he believed removing the water circuit could simplify maintenance and eliminate coolant-leak problems.

The Honda 1300 was an engineering lesson as well as a car

Development of the Honda 1300 began in 1967. Soichiro personally pushed a front-wheel-drive small passenger car with an original air-cooled engine, and Honda's engineers created DDAC — Duo Dyna Air Cooling — for its 1,298 cc inline-four. Period Honda material shows how ambitious the programme was: at the May 1969 Japanese launch, the 77 series was quoted at 100 PS and the four-carburettor 99 series at 115 PS. Those are H1300 launch figures, not a specification that belongs to Hondas more generally.

The problem was that technical ambition did not automatically make a convincing family car. Honda's own retrospective describes severe market reaction and sales below expectations. Engineers had fought heat and durability problems during development; once the car reached customers, weight, tyre wear, price and the approaching emissions rules all counted against the air-cooled route. Hideo Sugiura, then head of the R&D Center, later described the deeper mistake as allowing engineering objectives to overtake the question of who would drive the car and how it would be used.

Honda says it decided in 1970 to return its automobile engines to water cooling. The change happened model by model: the water-cooled Life arrived first, the Honda Z followed, and in November 1972 the 1300 itself evolved into the water-cooled 145/145 Coupe. Honda's 75-year engine history says that by then its passenger-car engines were entirely water-cooled.

The more important legacy was organisational. The 1300's constant design changes and founder-led development convinced Honda that a growing car business could no longer depend on one brilliant engineer directing everything. R&D reforms begun in 1971 separated fundamental research from product development, brought Sales, Engineering and Development into staged evaluation, and put clearer product requirements around the engineering work. Honda says that framework was immediately used on the first Civic and CVCC programme; the formal SED development system followed in 1974.

That is why the 1300 belongs in Honda's marque history even though it is much less famous than the Civic. It shows both sides of the company's engineering culture: the willingness to pursue an unusual idea seriously, and the willingness to change the technology — and eventually the development process itself — when the product did not answer the customer's problem well enough.

The CVCC programme was the first major global demonstration of that approach. Honda announced its Compound Vortex Controlled Combustion engine in 1972 while emissions rules were becoming much more demanding. The system used a small auxiliary combustion chamber to help burn a leaner mixture, and Honda proved the concept against the stringent US emissions requirements of the period.

CVCC helped establish a recurring Honda theme: performance, efficiency and regulation were engineering problems to solve together rather than separate categories of car.

Did the Civic itself pass the EPA test in 1972?

Not quite. Honda's own development history separates two milestones that are often compressed into one sentence. The landmark 7-14 December 1972 EPA test used CVCC development engines installed in Nissan Sunny bodies. Honda did not yet have a suitable production car for that 2.0-litre test engine, so another manufacturer's chassis was used as the testbed. Honda records that programme as the first to satisfy the stringent 1975 emissions requirements.

That was a qualification of the CVCC engine system, not certification of a production Civic/CVCC as a complete car. Honda says the 1975-model Civic/CVCC went to the EPA in November 1974 for its own certification after engineers had reproduced differences in US test conditions. Keeping those events separate matters: the 1972 result demonstrated that CVCC could meet the target; the production Civic then had to prove the complete vehicle separately.

CVCC's other important distinction was how it reached the target. Honda's period account says its pre-chamber combustion system could achieve sufficiently clean combustion without relying on a catalytic converter or other exhaust after-treatment. That was a specific advantage of the contemporary CVCC approach, not a claim that every later Honda or every later emissions strategy worked the same way.

Civic and CVCC made Honda a serious global car maker

The first Civic appeared in 1972. It was compact, front-wheel drive and deliberately packaged to put as much usable space as possible inside a small footprint. The CVCC-equipped Civic followed in 1973.

Honda's history describes the Civic/CVCC combination as a turning point. Low fuel consumption and low emissions arrived at exactly the moment the oil crisis and tighter pollution rules made both increasingly important. The Civic gave Honda a volume car with international relevance rather than leaving the company known mainly for motorcycles and niche sporting machinery.

For that reason, Civic belongs in the Honda marque story just as much as the cars enthusiasts now treat as collectibles. The later performance cars make more sense when seen against a company that had already built its reputation by extracting unusually broad capability from relatively compact machinery.

Did Honda replace CVCC with PGM-FI overnight?

No. Honda's own period material shows an overlapping transition rather than one clean changeover year.

In July 1980, Honda said that fitting CVCC-II to the Civic 1500 and Civic Country meant its Japanese passenger-car range was then entirely CVCC-II-equipped. Just over two years later, the City Turbo used a different route: its New Combax turbo engine was paired with Honda's electronically controlled PGM-FI — Programmed Fuel Injection system.

By 1985, the overlap was even clearer. The Quint Integra was offered with both PGM-FI and single-carburettor versions of its 1.6-litre DOHC engine. The new Accord and Vigor ranges also mixed carburettor-fed 1.8-litre engines with a 2.0-litre DOHC PGM-FI derivative.

So it is misleading to describe Honda as simply replacing CVCC with fuel injection in a particular model year. CVCC was a combustion strategy, while PGM-FI controlled fuel delivery, and Honda's early-1980s range was changing on several fronts at once. The exact model, market, engine and derivative matter more than a year-based assumption when establishing whether a particular Honda should be carburetted or fuel injected.

VTEC: high-rpm performance without giving up road manners

Honda's New Concept Engine work in the 1980s was intended to increase both low-speed torque and high-rpm output. The production result most enthusiasts remember is VTEC — Variable Valve Timing & Lift Electronic Control.

Honda introduced its first DOHC VTEC production engine in the 1989 Integra. The mechanism could use different cam profiles according to engine speed, giving the engine a wider operating range than a single fixed compromise. Honda's development account is explicit that fuel economy and tractability mattered alongside the headline high-rpm target.

VTEC then spread beyond the Integra into models including the NSX, Accord and Civic. It became one of Honda's defining technologies because drivers could actually feel the change in engine character, but its significance was broader than the familiar high-rpm crossover: it was a way of making one naturally aspirated engine work convincingly across very different demands.

The NSX changed what a Honda sports car could be

The NSX arrived in 1990 as Honda's most ambitious road-car statement to that point. Honda developed an all-aluminium monocoque for the car, a major manufacturing challenge intended to reduce mass rather than simply add more power.

The NSX also put Honda's high-output VTEC engine thinking into a mid-engined sports-car platform. Its importance to Honda history is not that every later Honda copied its layout; they did not. It showed that the company could apply the same obsession with efficient engineering to a genuinely high-end sports car.

That car is now also the starting point for Honda's active Heritage Works programme, which matters to collectors because it shows the manufacturer treating preservation as part of the ownership story rather than only celebrating old cars retrospectively.

Type R: from NSX-R to Integra and Civic

The R in Type R refers to Racing. Honda’s own 30th-anniversary history adds a second piece of origin story: the early NSX programme had a “Red Faction” arguing for greater circuit performance, while the Type R colour identity was linked to the RA272 that gave Honda its first Formula 1 victory in 1965. Honda itself sometimes frames the story as “Racing, Red”; Type R names a performance lineage, not one fixed mechanical specification.

Honda identifies the NSX-R, introduced on 27 November 1992, as the first Type R. The idea was not simply to add power or badges. Honda describes the Type R concept as applying racing-car tuning theory to a road-going pure sports model, with the driving relationship between car and driver taking priority.

The Integra Type R followed in 1995, and the Civic Type R in 1997. Those cars made the Type R idea accessible in smaller, front-wheel-drive platforms while keeping the focus on response, weight, engine character and chassis tuning.

That chronology matters because "Type R" is not one fixed specification. A Japanese-market DC2 Integra, the later JDM 98 Spec.R and the official European DC2 are related cars with meaningful market differences. Our Honda Integra Type R DC2 UK vs JDM guide goes into those distinctions in detail.

Honda in the TMJC collection context

The Matt Johnston Collection previously handled a 1999 Honda Integra Type R. The surviving archive page is now too sparse to establish that individual car's exact market specification, engine details or originality, so it should not be used as a shortcut to canonical DC2 facts.

It is still useful first-party context: TMJC has handled one of the cars at the centre of Honda's modern collector story.

Cars such as the Integra Type R are frequently modified, imported or rebuilt. Model year and badges are useful clues, but documentation, original-market identity and the physical specification of the car matter when originality or value is the question.

Collecting classic Hondas in 2026

Honda's own heritage activity is now active. Honda Heritage Works launched on 1 April 2026, combining Honda Heritage Parts with Honda Restoration Service at Takanezawa in Japan. The programme currently starts with the first-generation NSX, and Honda says it plans to expand to other classic sport-type models over time.

The boundary is important: this is not evidence that every classic Honda, or the DC2 Integra specifically, already has factory restoration support. What it does show is that Honda now has an active programme aimed at keeping significant older sporting cars usable and authentic.

For collectors, that makes the marque's technical history increasingly relevant to ownership. Correct parts, original specification and documented repairs can matter as much as the headline model badge, especially as 1980s, 1990s and early-2000s Hondas move further into collector territory.

Sources and further reading

• Honda — The Road to Producing Automobiles
• Honda — The World's Smallest Welding Line / 1982
• Honda — Civic 1500 and Civic Country adopt CVCC-II (31 July 1980)
• Honda — City Turbo launch with PGM-FI (20 September 1982)
• Honda — Quint Integra launch (19 February 1985)
• Honda — Accord and Vigor launch (4 June 1985)

• Honda — 75 Years of Honda History: founding and pioneering
• Honda — 60 Years of Evolving the Automobile Engine
• Honda — Launching the Honda 1300 / 1968
• Honda — 75 Years of Honda History: SED Development System
• Honda — Honda 1300 launch press release, 15 April 1969
• Honda — Introducing the CVCC / 1972
• Honda — 75 Years of Honda History: the CVCC engine
• Honda — The VTEC Engine / 1989
• Honda — The NSX / 1990
• Honda — 30 years of Type R
• Honda — Honda Heritage Works launch announcement
• Honda — Honda Heritage Parts
• Honda — Honda Restoration Service