2000 Honda Prelude Type Sh Coupe 2-door 2.2l on 2040-cars

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Honda celebrates 30th anniversary of the NSX with a look back at how it began

In 1989, the baseball-loving Japanese dipped their bats in pine tar and came to the U.S. to take gigundous swings. That single year launched five legends: Lexus LS400, Infiniti Q45, Nissan 300ZX Twin Turbo, Mazda MX-5 Miata, and Acura NS-X concept. The Chicago Auto Show (!) hosted the global debuts of the Mazda and the Acura. While Mazda celebrates the bygones with the 30th Anniversary Miata, Acura's reminiscing with a look at how the NSX — a car Motor Trend described in 1990 as, "[The] best sports car the world has ever produced. Any time. Any place. Any price ..." — came to be. The development yearbook opened in 1984, a year after Honda returned to Formula One as an engine supplier for the Spirit team, and for the second Williams chassis in the last race of the season. For the first time in the automaker's history, Honda wanted to build a production car with the engine behind the cabin, one that would demonstrate Honda's engineering prowess and "deeply rooted racing spirit." The sports car would also serve as a halo for the not-yet-launched Acura brand. The engineering team built the first test vehicle in February 1984 on the bones of a first-generation Honda Jazz. After four years of formal development, Honda parked the NS-X Concept in a conference room at Chicago's Drake Hotel in February 1989. This is where the media would meet the red wonder before the public show-stand debut. The F-16 Fighting Falcon-inspired coupe was built on the world's first all-aluminum monocoque, and its SOHC V6 ran with titanium connecting rods. Before the press conference, then-Honda president Tadashi Kume got in the NS-X, started the engine, and revved to the 8,000-rpm redline — a noise felt by everyone in the adjacent conference room attending a Ford press conference. Honda's PR man at the time yelled, "Mr. Kume, stop it! They're gonna hear this!" When Kume got out, he asked Honda engineers present why they didn't put their new VTEC technology in the NS-X. (What's Japanese for, "Why didn't the VTEC kick in, yo?!") They told him VTEC had been created for four-cylinder engines. Kume told them to work on a V6 application. More suggestions came from journos who drove the early prototypes at Honda's Tochigi R&D Center, who said the NS-X "could use more power." The development team had grabbed the SOHC V6 from the Acura Legend for the NS-X concept, and it put out 160 horsepower in the luxury sedan.

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, SolarCity expand sun-powered partnership with new $50 million fund

It must be solar-power announcement time. The DOE is ready to throw $25 million at concentrating solar power and New York State just announced $94 million for solar projects. At the broadly green-minded South By Southwest Eco festival in Austin, TX this week, Honda announced an expansion of its work with SolarCity to include a new fund that could finance up to $50 million in solar projects for dealerships and homes. Well, the homes of people who have purchased a Honda or Acura vehicle, at least. Stop us if this all sounds familiar. Honda and SolarCity announced back in early 2013 that they would work together on a $65-million fund to partially subsidize the installation of solar-panels at Honda dealers and on homes of Honda and Acura drivers. The new $50 million will be used to pay for not only the equipment but also the installation, which means that if you can get access to the money, you're looking at a pretty sweet 20-year lease deal to get solar energy for your home and could make it a bit more like the Honda Smart Home in Davis, CA (pictured). How sweet a deal? Well, there's zero down payment required and a 3-kW system starts could cost you just $25 a month, according to the fine print. Rates will vary, for sure, but if that sounds like something you're interested in, check out the Honda SolarCity site. The new fund builds on the previous work that, the two companies say, created enough solar capacity to offset "more than 400 million pounds of CO2 over a 30-year lifecycle." There's more in the press release below. SolarCity and Honda Announce $50 Million Commitment to Provide Solar Power to Honda and Acura Customers and Dealerships SAN MATEO and TORRANCE, Calif., Oct. 8, 2014 – Today, at the SXSW Eco conference in Austin, TX, SolarCity® (Nasdaq: SCTY) and Honda have renewed their partnership with a new fund expected to finance $50 million in solar projects. The new commitment will make solar power more affordable and available to Honda and Acura customers and dealerships in the U.S. The companies have completed or initiated a range of solar projects for homeowners, dealerships and corporate facilities that total more than 12.5 MW of solar generation capacity. The two companies have already brought enough solar capacity online to offset more than 400 million pounds of CO2 over a 30-year lifecycle . The $50 million fund is a follow-up to a $65 million fund the companies created in 2013.