2014 Honda Cr-v Ex-l on 2040-cars

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Watch this LSR Honda Insight crash at 190 mph in the desert

Like any form of motorsports, attempts at breaking land speed records are inherently dangerous. To wit: During a recent speed competition at El Mirage dry lake beds in southern California, racer Brian Gillespie and his first-gen Honda Insight crashed at nearly 190 miles per hour, and it was all caught on video.
According to the Southern California Timing Association website, which hosts the event, the weather was good and there was no wind on November 10, so it isn't clear what may have caused the crash. Despite the car being destroyed (including the entire front end being sheared off), Gillespie suffered only "minor injuries" and is recovering. The SCTA site does state that Gillespie managed to crack the 200-mile-per-hour mark in a previous run with a top speed of 200.9 mph, so congratulations to him on that! Scroll down to watch the horrifying crash.

Honda installs 3-minute, fast-fuelling hydrogen fuel station in California

OK, but let's see how well Honda can control hydrogen refueling temperature in Houston or Buffalo. That's what some pessimists may be saying now that the Japanese automaker has installed a fast-fueling hydrogen station in the oh-so-temperate environs of Torrance, CA. That city is about 20 miles southwest of downtown Los Angeles and a sliver of it actually touches the Pacific Ocean, so we're not talking about wild swings in air temperature here. Honda is calling its fast-refueling platform the MC Fill (we'd expect a lawsuit if it was McFill, even though that'd be clever) and says that filling up takes about 45 percent less time than the typical hydrogen-refueling station. That's because the system monitors the ambient temperature in order to speed up the process. There's more scientific stuff in there - for example, the fact that the MC name comes from the "two key values in a heat transfer equation- 'M' for mass and 'C' for specific heat" - but the long and the short of it is that a hydrogen fuel-cell vehicle can fill up in less than three minutes. That's pretty impressive, despite the distinct lack of vehicles needing to charge that fast today. Honda unveiled its FCEV Concept vehicle at the Los Angeles Auto Show last November. The five-seat vehicle has a range of more than 300 miles, while its fuel-stack power density is about 60 percent higher than its previous version. The production version is due to arrive in the US in 2015. Check out Honda's press release below. Honda R&D Installs Advanced Fast-Fill Hydrogen Refueling Station -- New station on Honda R&D Americas' Torrance, California campus built in anticipation of Honda's next-generation fuel cell electric vehicle, due in 2015 -- Honda-developed hydrogen refueling protocol significantly reduces fill time TORRANCE, Calif., March 3, 2014 /PRNewswire/ -- Preparing for the 2015 introduction of the next Honda fuel cell-electric vehicle (FCEV), Honda R&D Americas has installed a state-of-the-art hydrogen refueling station on its Torrance, California campus. This advanced station will serve as a platform for demonstrating and validating the enhanced hydrogen fueling protocol developed by Honda, named the MC Fill. With the aim of standardizing this new protocol, Honda will make the new research station available to other automakers to further validate the MC Fill protocol's performance and functionality.

Honda recalling 25k Odyssey minivans over side curtain airbags

Honda's refreshed 2014 Odyssey (now with 100-percent more vacuum power!) launched last year, but is now being called back for issues related to the side curtain airbags. According to Honda, 24,889 Odyssey minivans are affected by an issue that may cause the Supplemental Restraint System (SRS) warning light to illuminate or, even worse, cause the side airbags to not deploy in a crash.
What went wrong, exactly? We'll let Honda explain:
During assembly of the electrical coupler for the side curtain airbag on the passenger's side of the vehicle, it is possible that the shorting terminal, which is used to prevent deployment of the airbag before it is assembled into the vehicle, may have been damaged. A damaged shorting terminal may illuminate the Supplemental Restraint System (SRS) indicator as well as prevent the side curtain airbag from deploying during a crash, increasing the risk of injury.