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Honda's hot new Civic Type R finally hatches in production form [w/video] [UPDATE]

UPDATE: A previous version of this article incorrectly indicated that the vehicle in question is the most powerful hot hatch ever made. As some commenters pointed out, the Ford Focus RS500 was more powerful by some 40 horsepower. We've updated the text below accordingly. Takanobu Ito may be stepping down as president and CEO of Honda, but as far as performance machinery is concerned, he'll be leaving the company in good shape. Not only has he ushered Honda back into Formula One – reviving the legendary partnership with McLaren – but he's also brought back two performance icons: the NSX and the Civic Type R. The former is making its European debut here at the Geneva Motor Show after its premier in Detroit, but alongside it we're seeing for the first time the production version of the latter. Not that it's exactly our first look at the new hot hatch. We've seen it testing, seen a couple of concept versions and even drove an early prototype. But after that whole lengthy process, it's finally here. (Or there, we should say, because it won't be coming to America. At least not in its current form.) What we're looking at, according to the manufacturer, is not only the fastest and most powerful front-drive hot hatch it's ever made, but on the market altogether. It packs a 2.0-liter VTEC turbo four kicking out 306 horsepower and 295 pound-feet of torque – the most powerful production engine the company has ever offered – said to be enough to propel the new Civic Type R to 62 in 5.7 seconds and on to a top speed of 167 miles per hour. That's a whole lot of muscle to channel to the front wheels, but Honda's surely done its best to keep it all under control. It's got an old-school six-speed manual transmission, electric power steering, 19-inch wheels, Brembo brakes, adaptive dampers and a suspension designed to combat torque steer and tuned to enhance high-speed stability and support hard cornering. In addition to extensive testing at locations including the Nurburgring, Suzuka and the company's own Takasu test track, the new Civic Type R has also undergone considerable CFD and wind tunnel testing to tune the aerodynamics. The resulting appendages may be toned down slightly from the concepts, but still make quite a visual impact – to say nothing of generating much-needed downforce to keep this sucker glued to the road or track.

Honda underreported 1,729 claims of injuries or deaths since 2003

Among these underreported cases were eight Takata airbag inflator ruptures not submitted. Following an independent audit of its safety reporting procedures, Honda has found massive holes in its methodology and practices that resulted in 1,729 claims of injuries or deaths going unreported to federal authorities dating back to July 2003. The cases should have been submitted to the National Highway Traffic Safety Administration as part of its quarterly Early Warning Reports (EWRs) under the TREAD Act, but they fell through the cracks for a variety of reasons. Honda blames the underreporting on three factors: data entry errors, computer coding problems and "an overly narrow interpretation of what constituted a 'written notice' under the TREAD Act." The first two issues were related to the computer program that collected the claims. If employees didn't enter a date in the "written claim received" field, then they were omitted from the EWRs. Also, the company's internal component codes didn't always match those used by NHTSA, and only the ones that were the same were disclosed. Finally, third-party documents, including police reports, were not considered. Honda says the computer error is now corrected, and the company is updating its data entry training. In the future, written and oral claims will be included in EWRs, as well. Among these underreported cases were eight Takata airbag inflator ruptures not submitted in Honda's EWRs, including one death and seven injuries. However, the automaker claims NHTSA was already aware of all of these incidents either from the agency's own records or from the company's notification outside of the EWR process. Unfortunately, this problem could have been stopped much sooner. The issue was first brought to light in 2011 but didn't result in a followup. NHTSA advised the automaker of discrepancies in January 2012, and it still did nothing. This third-party audit wasn't commissioned until September 2014. "Honda acknowledges that it lacked the urgency needed to correct its problems on a timely basis," it says in the announcement. Separately, the Japanese government is starting an investigation, as well. According to Reuters, the Japanese Transport Minister has created a task force to look into the Takata recalls and find out whether Honda under-reported incidents there. Scroll down to read the company's entire statement on the third-party investigation.

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.