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Don't drive some 2001-03 Hondas and Acuras with Takata airbags, feds say

The National Highway Traffic Safety Administration (NHTSA) on Thursday warned owners of certain 2001-03 Honda and Acura models to stop driving their vehicles immediately due greater risks posed by their defective Takata airbags. NHTSA says the airbag inflators have up to a 50-percent chance of exploding in an accident. Dangerous ruptures are more likely to occur in vehicles that spend a significant amount of time in high humidity. About 313,000 vehicles are affected. They are: The 2001 to 2002 Honda Accord and Civic, the 2002 to 2003 Acura TL, 2002 Honda CR-V and Odyssey, 2003 Acura CL, and 2003 Honda Pilot. All of these vehicles were recalled from 2008 to 2011 for being equipped with Takata inflators, but the feds are urging immediate action due to the elevated risk. The inflators in this group of cars have a manufacturing defect that "greatly increases the potential for dangerous rupture when a crash causes the airbag to deploy," NHTSA said. "The air bag inflators in this particular group of vehicles pose a grave danger to drivers and passengers that must be fixed right away," NHTSA Administrator Mark Rosekind said in a statement. Related video: News Source: NHTSA, Automotive News Auto News Honda Minivan/Van SUV Sedan airbag

Honda lets us 'drive' the FCEV; PHEV with 40-mile EV range

Blue skies for our children. That's Honda's wonderfully Japanese/English slogan that it uses as a fresh shibboleth to describe the company's plan for the future. It's vague enough to be positive, positive enough to be corporate, and corporate enough to be repeated in presentations around the world. I've certainly heard it a million times. The 2015 Honda Meeting in Utsunomiya, Japan this week was, thankfully, held under a brilliant blue autumn sky, on Honda's R&D track filled with the roar of short test drives in the NSX hybrid and the deafening electric silence of the upcoming hydrogen fuel cell FCEV. But that wasn't all. The amount of technical information Honda offered to visiting journalists during the Meeting was nothing short of overwhelming, which is why I'm glad that Autoblog editor Seyth Miersma was along for the ride. We were both at the same event, but we paid special attention to very different things. You can read his take on the four-motor CR-Z EV and the NSX, among other things, here, and get my take on a bunch of Honda's green news below. Honda calls the FCEV the "ultimate clean performance" vehicle. Honda FCEV: A Short First Crack At Honda's "Ultimate" Vehicle Sure, I got to take a lap in the NSX, but the FCEV was my highlight of the event. This was the first time Honda has let outsiders test drive the upcoming fuel cell vehicle, which the company calls the "ultimate clean performance" vehicle and which is due in the US in next year after a launch in Japan in the spring of 2016. The bad news is that the entire length of the test drive was a measly kilometer, totally straight, with one U-turn at the half-way point. So, even though I went through the course three times (two more than originally scheduled), I can't really say I know how the car drives. What I can tell you is that there are two drive modes, normal and sport, with the main difference being that sport offers stronger regenerative braking and a bit quicker acceleration response. The higher regen level does not allow for one-foot driving, sadly. There's a blue orb that glows in the digital dashboard to indicate the power output of the fuel cell stack (not the motor), so even though the car is fairly quiet as you drive, there's some minimal level of connection between the driver and the "engine." Creature comforts include Honda's excellent LaneWatch and a glossy touch screen for the infotainment system.

Buckeye Current back on track at Pikes Peak with new rider [w/video]

After suffering a major setback, the Buckeye Current electric motorcycle racing team of students from Ohio State University looks set to take on the 2015 Pikes Peak International Hill Climb on June 28. The squad's longtime rider Rob Barber suffered a crash on the bike during practice for the event. Now, three-time Pikes Peak 450 Pro Class winner Joe Prussiano (pictured above) has taken over to challenge the mountain for the group. In some ways, Buckeye Current is the scrappy underdog of the electric motorcycle racing world. The student team has definitely shown speed, though. In 2013 and 2014, its bikes took consecutive third place finishes in the Isle of Man TT Zero with Barber in the saddle. This year the squad's sights are set on Pikes Peak with a new bike called the RW-3, and the aim is for a possible overall motorcycle record. Utilizing a frame from a Honda CBR1000RR, the students created the 7.8-kWh battery pack, carbon fiber fairing, and electronics system. The team estimates the cycle is making over 134 horsepower and is capable of an average speed of 76 miles per hour up the hill climb. Following Barber's crash, the RW-3 had to be rebuilt, but it has now passed tech inspection to race up the mountain again. Scroll down and check out Prussiano's first ride of the RW-3 on America's Mountain. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. BUCKEYE CURRENT RALLIES TO COMPETE IN THE 2015 PIKES PEAK INTERNATIONAL HILL CLIMB Buckeye Current, the student electric motorcycle team at The Ohio State University, has completed its latest all-electric racing motorcycle. RW-3 will compete in the 2015 Pikes Peak International Hill Climb June 28. This follows on the success of the team's 2013 and 2014 Isle of Man TT Zero performances in which renowned rider Rob Barber piloted the team's RW-2 and then RW-2.X vehicles to third place victories, achieving the title of the world's fastest collegiate electric motorcycle two years in a row. After earning two podium finishes at the Isle of Man, the team was looking ahead to a new challenge. This year the team had to create an entirely new bike to conquer Pikes Peak. RW-3 is designed to average 76 miles per hour through the course with a top speed of 125 miles per hour. The battery pack holds 7.8 kilowatt-hours of energy on board and contains 972 individual 18650 cylindrical battery cells.