2003 Honda Civic Hybrid Sedan 4d-119k Miles, Low Price, 45+ Mpg, Made In Japan on 2040-cars

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2015 Acura NSX burns to the ground at the 'Ring [w/video]

Assuming all goes to plan, automakers test their vehicles to the breaking point in the months and years leading up to that vehicle's actual release into the public. Which is good, because it's much better for a car to break in glorious fashion in the hands of the company that produces it than in the driveway of an owner who just spent their hard-earned cash to get it. Such was the case with this production-guise Acura NSX prototype that we saw running around the Nurburgring just the other day. We can't be 100-percent certain, but the burned-out carcass is wearing the same number plate as the car that was spotted earlier, so it's likely the very same NSX. We have no idea what was the cause of the blaze that turned this Acura into the car-b-q you see pictured above, but our spy shooters on the ground in Germany say it was not involved in any collision, having caught on fire all on its own with engineers behind the wheel. The good news is that nobody was hurt, though the car is quite clearly a complete loss. We're sure there's another ready to to test in the burned car's place... just as soon as the engineers at Honda figure out exactly what went wrong. Have a look at the smoldering aftermath up above, and feel free to scroll down below to see a video of the car in much better circumstances.

Honda Vezel is the Fit crossover we've been waiting for

"Vezel" may sound like the latest miracle cure from Big Pharma, but in truth it's the long-awaited Fit-based crossover from Honda. Unfortunate name aside, this four-door CUV looks ready for production, because it is.
Shown here in hybrid guise, the subcompact Vezel looks quite sporty, with boldly upswept sheetmetal contours, an aggressively raked backlight, "hidden" rear doorhandles borrowed from the JDM Civic hatchback, and an expressive face with LED headlamps.
Honda is presently confirming that the Vezel will go on sale in both hybrid and gas-only guise in Japan, but it isn't offering anything in the way of specifications other than to say that both models will make use of a 1.5-liter direct-injected engine, the "Sport Hybrid i-DCD" powertrain of course getting a "high-output motor" of unspecified power and what could be a dual-clutch transmission. Honda has declined to make clear whether this is the new 1.5-liter turbocharged VTEC engine we told you about yesterday, but it's a good bet that it is indeed the same new Earth Dreams powerplant. Critically, there's no mention of whether all-wheel drive will be offered.

Honda Performance Development reveals new ARX-04b LMP2 coupe

Make no mistake about it: Honda is big in racing. It was the first Japanese automaker to enter Formula One, remains the most successful and is set to return as an engine supplier next season. It's powered more IndyCar race winners and champions than any other manufacturer, hands down. Honda has won races and titles in Super GT, WTCC, even motorcycle racing. Just about everything this side of NASCAR, really. And that includes endurance sports car racing.
In fact Honda Performance Development prototypes claimed over 70 victories and numerous titles in the American Le Mans Series, and took the first LMP2 title in the FIA World Endurance Championship. And with sportscar racing in the US now grouped together into the United SportsCar Championship, Honda is back with a new chassis design.
Called the ARX-04b, it's Honda's first closed-cockpit LMP2. Like previous LMP2 and IndyCar projects, it's a joint development between HPD and Wirth Research, and packs Honda's HR28TT engine - a 2.8-liter twin-turbo V6 based on (and using many of the same components as) the J35 engine you'd find in a contemporary Acura. Designed to exceed the latest safety regulations, the ARX-04b features low-drag bodywork, quick-change front and rear panels, the same locking fuel filler system that Honda pioneered for Indy, top-exit exhaust to meet noise regulations, a 75-liter fuel tank and a gearbox that can easily be optimized for individual circuits.