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Honda to compete in seven Pike's Peak classes in 2014

The Pikes Peak International Hill Climb is one of the greatest events on the international motorsports calendar. Its Unlimited class harkens back to the old days of racing, when teams built vehicles to be the fastest with whatever they had. Honda is returning to the event for 2014 for its second year as a sponsor and participant, and it's bringing some cool machines of its own.
The company is fielding seven entrants this year, which is somewhat smaller than last year. In 2013, it brought 11 factory-supported vehicles in 10 classes, including an insane Honda Odyssey with a 532-horsepower turbocharged V6 engine. There's no need to be too disappointed by the shorter list, though. Former 24 Hours of Le Mans-winner Romain Dumas is back piloting a Honda-powered Norma chassis up the hill in the Unlimited class. Dumas attempted to race the car last year, but it broke down during his run. Other competitors include an NSX (pictured above), Fit B-Spec and an S3700, which is an S2000 with a 3.7-liter V6 engine.
In its role as sponsor, Honda says it has also worked with the sanctioning body to add an AirFence safety barrier along some corners for the motorcycle and ATV riders. This year's Pikes Peak is being held on Sunday, June 29. Scroll down to read the full details about Honda's team and start getting excited for this year's running.

SAE World Congress: Honda FCEV fuel cell stack has cells just 1 mm thin

The only update we have for people who are paying ultra-close attention to the progress of the hydrogen-powered Honda FCEV concept is that we now know how thin the individual cells in the car's fuel cell stack are. Speaking at the 2015 SAE World Congress in Detroit this week, American Honda Motor Company Manager of fuel cell vehicle marketing, Steve Ellis, told AutoblogGreen that the fuel cell stack is now 33-percent smaller and offers a 60-percent improvement in power density. We knew this already. What we didn't know is how Honda got there. Ellis said that these improvements are due in part to a reduction in the size of the fuel cell thickness. Each cell in the stack is one millimeter thick, he said. For everyone who isn't counting the millimeters of this car, here's the broader situation. Honda and the state of California (and others) are working hard on getting H2 infrastructure up can running. "The stations are accelerating as we speak," Ellis said. Three new stations have opened in the last few months and the state has pledged $20 million per year until there are 100 stations in California. Honda has also invested in FirstElement to install stations. The production FCEV will feature a range of over 300 miles and have a three-to-five minute refueling time. The car will launch in Japan in March 2016, with US and European sales starting at some unspecified time after that.

Honda making hydrogen from solar power in UK

Honda is going to launch a hydrogen-powered production vehicle (its second, really) next year, but the all-important H2 infrastructure question hasn't been fully answered yet. One possible solution is being tested over in the United Kingdom, where Honda is turning solar energy and water into hydrogen at its Swindon plant. SHD Logistics says the plant is the UK's "first commercial-scale hydrogen production and refuelling facility powered by solar energy." Despite the presence of an FCX Clarity in some pictures from the ribbon cutting, it's unclear if the station will be able to fuel any passenger cars. SHD Logistics talks about sending the hydrogen from where it is generated on the Honda plant grounds into the plant using 300-meter underground pipes so that hydrogen forklifts can refuel as needed. Two hydrogen fuel cell trucks used by Briggs Equipment UK, Honda's partner in the station, will also refuel at the plant. Honda said earlier this year that it, along with partner GM, would work to reduce the costs of a hydrogen refueling infrastructure. Solar-powered hydrolysis – which is what the Swindon facility uses – doesn't sound cheap to us, but at least it reduces the overall environmental costs, compared to using electricity generated from fossil fuels.