2000 Honda Insight, Manual Transmission, 28,200 Orig. Miles, New Battery Mint on 2040-cars

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eBay Find of the Day: 1985 Honda City Turbo II is JDM forbidden fruit you can own

It's always fun to cruise different global eBay Motors sites and check out the cars that we never got here. Thankfully, America's 25-year import limit on cars means that some of the rarities from the 80s are finally legal on these shores. This 1985 Honda City Turbo II is a great example of a fun, little car that we never got new but can be made legal here now.
The City was basically the Japanese company's '80s equivalent of today's Fit, albeit significantly smaller. The little urban runabout was so popular in its basic form that Honda decided to take things up a notch and turbocharge it. That car sold enough to warrant an even higher performance version called the Turbo II, which added an intercooler and the flared fenders you see here. The latter helped it earn the nickname "bulldog" for its boxy, aggressive appearance.
Honda claimed at the time that its little 1.2-liter, turbocharged four-cylinder produced 109 horsepower and 118 pound-feet of torque with a five-speed manual. In a car that weight just 1,620 pounds, you can imagine it was a very entertaining little package.

McLaren working on P15 supercar to slot between 650S and P1

McLaren has been busy these past few years. It launched the MP4-12C in 2011, the 12C Spider in 2012, the P1 in 2013 and (most recently) the 650S in 2014. But it's not about to stop there. It's got an "entry-level" model in the works, set to take on the Porsche 911, and - according to information reported by Car and Driver and confirmed by McLaren in correspondence with Autoblog - a new flagship model, too.
The project is internally codenamed P15, and it calls for a new flagship that will cap the company's lineup once the P1 finishes its limited production run, but carry a price tag in the neighborhood of $500k to slot in between the P1 and the new 650S.
Just how, you wonder, can McLaren possibly develop another supercar each year? Simple: underneath, they're all essentially the same. (Only we're sure it's anything but simple.) That is to say they're all based on the same carbon monocoque structure and powered by the same 3.8-liter twin-turbo V8 mated to a seven-speed dual-clutch transmission driving the rear wheels. What differentiates them is what the engineers in Woking build around that monocoque and how they tune the engine: +/- 600 horsepower in the 12C (depending on the year it was built), 640 hp in the 650S, or 727 hp in the P1 (with another 177 from the electric assist). The 911 fighter would likely develop in the 500hp range, and the P15 will probably land in the upper 600 (or lower 700) range.

Honda, GM fuel-cell partnership wants to reduce hydrogen refueling costs

To paraphrase the old political adage, it's the cost, stupid. Dollar signs are what's prompting Honda and General Motors to partner up to accelerate development of a hydrogen fuel cell system. With about half the cost of a fuel-cell system tied up in its fuel-cell stack, GM and Honda are looking to help each other drive costs down, according to a presentation by GM fuel cell research and development director Mark Mathias said in a presentation at the SAE 2014 Hybrid & Electric Vehicle Technologies Symposium. According to Green Car Congress, Honda and GM are looking to reap the fruits of their collective labor by 2020. As with other automakers, the high cost of producing fuel-cell vehicles is the fly in the ointment of a powertrain technology that combines the same range as gas-powered vehicles but with zero emissions. In the meantime, Honda, which makes the very limited production FCX Clarity fuel-cell vehicle, is slated to start selling its own mass-market fuel-cell vehicle in 2015. The two automakers made their partnership announcement last summer and said they contribute to expanding hydrogen fuel infrastructure in California during the next few years. Earlier, Ford, Mercedes-Benz parent Daimler and Nissan also said they would work together to speed up fuel-cell technology development.