2011 Honda Accord V6 Coupe Ex-l on 2040-cars

Auto blog

Honda insiders push for Acura NSX Type R sans hybrid tech

With 500 horsepower on tap from a sophisticated hybrid powertrain, there's plenty to love about the new Acura NSX. If the more performance-oriented elements within the Japanese automaker get their way, it could get even better. Speaking with one of the NSX project's chief engineers Nick Robinson at the launch of the new supercar, Autocar reports that there's an effort underway to develop an NSX Type R. Following a much-loved formula, the more extreme variant would pack even more power than the existing version, unburdened by excess weight. A big part of the targeted weight savings would come from ditching some of the heavier components from the hybrid system. The electric motor at the rear could stay to serve as alternator, starter motor, and flywheel. But the electric motors at the front would go, helping to shed a few hundred pounds. Throw in some lightweight materials and we'd be looking at a considerable weight reduction. It could even integrate some active aerodynamic elements that were excluded from the NSX on the road to production. Though the project may still be a ways off from getting the green light, but Robinson and some of his colleagues are working on prototypes ostensibly to make the case. He and his brother James (a powertrain engineer at Honda) will be driving a pair of NSXs at Pikes Peak this year – one that's as close to showroom stock as the regulations will allow, but the other will be closer to what they have in mind for a Type R. It'll ditch the hybrid system and put an electric compressor in its place to eliminate any turbo lag and produce even more power than the existing model. Now if they can only get the go-ahead from the higher-ups at Honda. Related Video: Featured Gallery 2014 Honda NSX Concept-GT News Source: Autocar Green Acura Honda Coupe Hybrid Performance Supercars honda nsx acura nsx type r

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.

J.D. Power study sees new car dependability problems increase for first time since 1998

For the first time since 1998, J.D. Power and Associates says its data shows that the average number of problems per 100 cars has increased. The finding is the result of the firm's much-touted annual Vehicle Dependability Study, which charts incidents of problems in new vehicle purchases over three years from 41,000 respondents.
Looking at first-owner cars from the 2011 model year, the study found an average of 133 problems per 100 cars (PP100, for short), up 6 percent from 126 PP100 in last year's study, which covered 2010 model-year vehicles. Disturbingly, the bulk of the increase is being attributed to engine and transmission problems, with a 6 PP100 boost.
Interestingly, JDP notes that "the decline in quality is particularly acute for vehicles with four-cylinder engines, where problem levels increase by nearly 10 PP100." Its findings also noticed that large diesel engines also tended to be more problematic than most five- and six-cylinder engines.