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2018 Honda Odyssey bests Pacifica, Sienna in minivan crash, LATCH tests

Honda has a lot to be proud of following the latest round of passenger small-overlap crash testing by the IIHS. The safety organization tested the 2018 Honda Odyssey, 2018 Chrysler Pacifica and 2018 Toyota Sienna, and the Odyssey managed the best rating of "Good." The Pacifica followed behind with an "Acceptable" rating, and the Sienna brought up the rear with just a "Marginal." Both the Pacifica and Sienna lost points because the structure around the passengers collapsed to differing extents, leading to parts of the structure intruding into the passenger compartment. The Pacifica didn't intrude enough to harm passengers, with each injury area still having a Good rating, but the Sienna's structure intruded far enough to potentially harm the leg and foot areas, leading to an Acceptable rating in those specific areas. In addition to the small overlap crash test, the IIHS evaluated all three minivans for LATCH child seat anchor ease of use. Once again, the Odyssey aced the test with a Good+ rating, which is awarded for both ease of use and offering multiple anchor point options. The Pacifica and Sienna swap the crash test ratings, with a Marginal for the Chrysler and an Acceptable for the Sienna. The Odyssey and Pacifica can both brag that they're Top Safety Picks, and they'd get Top Safety Pick+ awards if they weren't hampered by headlights that only get Acceptable ratings. The Toyota Sienna fails to earn the regular Top Safety Pick award because both small overlap tests yielded results that were too low. Only one other minivan tested by IIHS has the Top Safety Pick rating, and that's the Kia Sedona. It earns an Acceptable rating in LATCH usability, and its headlights actually earned a Good rating. It hasn't undergone passenger-side small overlap crash testing yet. If it fares well, it could get bumped up to a Top Safety Pick+ rating. Related Video: Image Credit: IIHS Chrysler Honda Toyota Safety Minivan/Van consumer toyota sienna chrysler pacifica IIHS Top Safety Pick

Watch Honda lay waste to world's fastest lawnmower record

Honda has been working on its high-performance Mean Mower for a while now. In a recent attempt to take the top speed title, it didn't make its 130-miles-per-hour top speed target, but it still managed to set a new Guinness World Record has the world's fastest lawnmower at 116.57 mph. While the video certifying the run was uploaded to YouTube on April 1, this is no prank. The Guinness run was made on March 8 at the Idiafa Proving Ground in Tarragona, Spain.
To claim the record, the lawnmower had to run through a 100-meter speed trap, and it had to make two passes in opposite directions within an hour with the average taken between them. Guinness also specifies that to take the title the vehicle must still be able to cut grass and look like a lawnmower. The speed was still plenty to beat the previous record of 96.529-mph set by Bobby Cleveland on a Snapper race mower at the Bonneville Salt Flats in September 2010.
The Mean Mower is based on a Honda HF2620 Lawn Tractor that's been modified by British Touring Car Championship squad Team Dynamics. It has a newly fabricated chassis from 4130 chromoly steel and packs a 1.0-liter engine from a Honda VTR Firestorm motorcycle with a six-speed sequential gearbox. The engine produces 109 horsepower and 71 pound-feet of torque - enough power to reach 60 mph in around four seconds. The suspension and wheels come from an ATV, and the cutter deck has been remade in fiberglass. The grass bag holds the fuel tank, oil cooler and secondary radiator. The engine no longer actually cuts grass. Instead, the blade is driven by two electric motors.

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.