Editing Soaring in the '70s (Honda)

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[[Honda]] became a classic American success story in the '60s. In this single, crucial decade, Honda transformed itself from a domestic supplier to an international corporation, and planted a firm foothold on American soil. Honda began the '60s with 50cc [[step-through]]s, and created a displacement escalator that carried the [[motorcycle]] market up to the incredible [[Honda CB750K|CB750 four]] by 1969. U.S. sales skyrocketed from a mere 3200 units in 1960 to an amazing 345,000 units by the end of the decade--more than 50 percent of the U.S. motorcycle market.
[[Honda]] became a classic American success story in the '60s. In this single, crucial decade, Honda transformed itself from a domestic supplier to an international corporation, and planted a firm foothold on American soil. Honda began the '60s with 50cc step-throughs, and created a displacement escalator that carried the [[motorcycle]] market up to the incredible [[Honda CB750K|CB750 four]] by 1969. U.S. sales skyrocketed from a mere 3200 units in 1960 to an amazing 345,000 units by the end of the decade--more than 50 percent of the U.S. motorcycle market.


Having established itself with a sizable market share, a full line of machines, and a clean-cut image that bucked the hell-raiser Hollywood stereotype, Honda entered the '70s prepared to flex its creative muscle and take off in directions no one else could.
Having established itself with a sizable market share, a full line of machines, and a clean-cut image that bucked the hell-raiser Hollywood stereotype, Honda entered the '70s prepared to flex its creative muscle and take off in directions no one else could.
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Honda was at the same time expanding its automotive efforts, and exploring the idea of producing some of its products in the United States. What's more, a fascinating struggle began to take shape within the company, one that would redirect design and unlock new possibilities for a long time to come. Mr. Honda strongly believed innovative engineering could produce air-cooled auto engines as good as or better than the liquid-cooled competition, so 1960s Honda cars as well as bikes were air-cooled. But Honda's younger engineers strongly favored liquid cooling, both for performance and market appeal. Mr. Honda initially resisted, but after a showdown with company vice president Takeo Fujisawa, he eventually accepted [[liquid cooling]] as the key to future development.
Honda was at the same time expanding its automotive efforts, and exploring the idea of producing some of its products in the United States. What's more, a fascinating struggle began to take shape within the company, one that would redirect design and unlock new possibilities for a long time to come. Mr. Honda strongly believed innovative engineering could produce air-cooled auto engines as good as or better than the liquid-cooled competition, so 1960s Honda cars as well as bikes were air-cooled. But Honda's younger engineers strongly favored liquid cooling, both for performance and market appeal. Mr. Honda initially resisted, but after a showdown with company vice president Takeo Fujisawa, he eventually accepted [[liquid cooling]] as the key to future development.


Honda's new liquid-cooled direction led first to the CVCC clean-burn auto engine, introduced at the 1972 Tokyo show. This was the first production auto engine to meet the 1975 EPA standard without a [[catalytic converter]], and it demonstrated Honda's research capability to the world. The '''Honda Civic''' auto, with this and other liquid-cooled engines, immediately became popular in the U.S.
Honda's new liquid-cooled direction led first to the CVCC clean-burn auto engine, introduced at the 1972 Tokyo show. This was the first production auto engine to meet the 1975 EPA standard without a catalytic converter, and it demonstrated Honda's research capability to the world. The '''Honda Civic''' auto, with this and other liquid-cooled engines, immediately became popular in the U.S.


Such thinking and research led to the creation of yet another new market segment--though not even Honda knew it at the time. The 1975 [[Honda GL1000|GL™1000 Gold Wing®]] was Honda's first thorough synthesis of automotive and motorcycle technologies. The temperature stability of liquid cooling allowed the GL to develop high power, yet lose none of Honda's customary reliability. [[:Category:Honda GL series|Gold Wing]] engineers had envisioned it as the ultimate performance bike, combining 1000cc power with flat-four smoothness and liquid-cooled silence. Indeed, the Gold Wing posted the quickest quarter-mile of its day, but buyers saw its greatest value as a long-distance machine. In a unique partnership with Gold Wing owners, the GL created a whole new category of motorcycle: the dedicated touring bike. Its evolution continues to this day.
Such thinking and research led to the creation of yet another new market segment--though not even Honda knew it at the time. The 1975 [[Honda GL1000|GL™1000 Gold Wing®]] was Honda's first thorough synthesis of automotive and motorcycle technologies. The temperature stability of liquid cooling allowed the GL to develop high power, yet lose none of Honda's customary reliability. [[:Category:Honda GL series|Gold Wing]] engineers had envisioned it as the ultimate performance bike, combining 1000cc power with flat-four smoothness and liquid-cooled silence. Indeed, the Gold Wing posted the quickest quarter-mile of its day, but buyers saw its greatest value as a long-distance machine. In a unique partnership with Gold Wing owners, the GL created a whole new category of motorcycle: the dedicated touring bike. Its evolution continues to this day.
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However, not all of Honda's innovations gained widespread acceptance. [[Hondamatic]]™--a torque-converter-based automatic transmission for motorcycles--was a successful technology that didn't catch the public's fancy. Electric starting had brought a lot of people to motorcycling, and Honda wondered: Would an automatic do the same? The [[Honda CB750A|1976 CB750 Automatic]] and [[Honda CB400A|1977 CB400A]] were remarkable machines, but riders chose high-performance over this convenience. Honda also launched two other wildly diverse products in 1977--the [[Honda NC50|NC50 no-ped]], an ultralight, minimalist motorbike, and the FL250 Odyssey® four-wheeler, a natural evolution of the ATC90.
However, not all of Honda's innovations gained widespread acceptance. [[Hondamatic]]™--a torque-converter-based automatic transmission for motorcycles--was a successful technology that didn't catch the public's fancy. Electric starting had brought a lot of people to motorcycling, and Honda wondered: Would an automatic do the same? The [[Honda CB750A|1976 CB750 Automatic]] and [[Honda CB400A|1977 CB400A]] were remarkable machines, but riders chose high-performance over this convenience. Honda also launched two other wildly diverse products in 1977--the [[Honda NC50|NC50 no-ped]], an ultralight, minimalist motorbike, and the FL250 Odyssey® four-wheeler, a natural evolution of the ATC90.


By 1978, Honda had prepared to close the decade with a barrage of innovative machines. The first shot came in the form of the [[Honda CX500|CX500]]. A significant new direction in engine design was packaged into the unusual CX500, whose liquid-cooled [[V-twin]] [[engine]] was set sideways in the chassis. With four valves in each cylinder, the CX500 was a high-performance pushrod V-twin in a sea of overhead-cam inline-fours. Its radically [[oversquare]] bore and stroke of 78mm by 52mm made it the forerunner of all modern short-stroke, big-bore sport bike engines.
By 1978, Honda had prepared to close the decade with a barrage of innovative machines. The first shot came in the form of the [[Honda CX500|CX500]]. A significant new direction in engine design was packaged into the unusual CX500, whose liquid-cooled [[V-twin]] [[engine]] was set sideways in the chassis. With four valves in each cylinder, the CX500 was a high-performance pushrod V-twin in a sea of overhead-cam inline-fours. Its radically oversquare bore and stroke of 78mm by 52mm made it the forerunner of all modern short-stroke, big-bore sport bike engines.


Air cooling wasn't finished yet, though. Two stunning new machines used it to probe the future of sports motorcycling in 1979: the 16-valve, twin cam, transistor-sparked [[Honda CB750F|CB750F]], and the technologically astounding [[Honda CBX|1047cc six-cylinder CBX]]. The 750F was a production outgrowth of Honda's successful twin-cam endurance racer, and beckoned the company deeper into sport bike territory. As the first CB750 had realized the legend of Honda's racing fours in the showroom, so the six-cylinder CBX grew naturally from the heritage of [[Mike Hailwood]] and the 250cc and 297cc six-cylinder racers of 1964 through 1967. The 1979 CBX became an exotic signpost to the future.
Air cooling wasn't finished yet, though. Two stunning new machines used it to probe the future of sports motorcycling in 1979: the 16-valve, twin cam, transistor-sparked [[Honda CB750F|CB750F]], and the technologically astounding [[Honda CBX|1047cc six-cylinder CBX]]. The 750F was a production outgrowth of Honda's successful twin-cam endurance racer, and beckoned the company deeper into sport bike territory. As the first CB750 had realized the legend of Honda's racing fours in the showroom, so the six-cylinder CBX grew naturally from the heritage of [[Mike Hailwood]] and the 250cc and 297cc six-cylinder racers of 1964 through 1967. The 1979 CBX became an exotic signpost to the future.

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