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Honda unveils new 3.5-liter racing engine

Honda is following Ford's lead and debuting the second twin-turbocharged V6 to be used by Daytona Prototypes in the United Sports Car Championship. The wait won't be long to see it on track because the new engine will debut with the Starworks Motorsport team in a Riley Gen3 prototype chassis at the 12 Hours of Sebring from March 12-15.
The new HR35TT engine is based on Honda's J35 production V6 found in a variety of its models, including the current Accord. The racing version benefits from dry sump lubrication, but is still similar to the production version with an aluminum block, direct injection and single overhead camshafts. It is fueled by 100-octane E10 fuel, but like many racing engines, exact power figures have not been released.
Starworks has had a close relationship with Honda since it won the LMP2 class at the 24 Hours of Le Mans and in the FIA World Endurance Championship in 2012 with a Honda Performance Development ARX-03b chassis and Honda engine. We can't wait to see this new mill hit the track, and see how it fairs against Chip Ganassi Racing's EcoBoost-powered Riley. Scroll down to read the press release for the full details.

2016 Honda HR-V: The first three months with our jack of all trades

We only had the long-term 2016 Honda HR-V in our fleet for one week, and for me, the do-anything crossover was immediately useful. Its honeymoon phase coincided with a number of long-haul drives, plus I had to move. This ambitious start is why we're a quarter of the way through our long-term test, and the HR-V already has over 6,000 miles on the odometer. In classic suburban chariot style, the HR-V is a jack of all trades. And when it comes to road trips, the HR-V is just as enjoyable while slogging up flat interstates as it is along beautiful country roads. I've driven it in all types of weather, packed it with people, and filled it with cargo. I've spent more time in our long-term Honda than pretty much any car that came before it. Here's what I've learned. Long Hauls I've driven the HR-V from my home in Detroit to my sister's place in Traverse City, MI – a 500-mile round trip – four times. On one occasion, an early winter blast hit northern Michigan on my way to the cute, beachside tourist town. From intense fog and rain to sunshine to a sudden snow squall, I had every one of the elements thrown directly at me over the course of one drive. I find a lot of the HR-V's onboard safety technology distracting, and I worry that drivers can become too reliant on these features. Blind spot alerts and cameras are designed to make us safer, yes, but they're no replacement for an attentive, engaged driver. For instance, in the rain and sleet, the nifty Honda Lane Watch camera displayed only gray blobs. Ditto on the back-up camera, meaning that while the technology technically functioned as advertised, the weather rendered it useless. The HR-V has a solid suite of safety tech, but you don't have to rely on the cameras and bells and whistles. The driver's side mirror has an extended-view distortion to the glass. Visibility is great. The HR-V was a champ in the gross weather, and I was thankful for our mid-level EX trim's all-wheel drive. And this was even before we fitted the HR-V with a set of Michelin X-Ice 215/55R17 winter tires – expect to hear about those when we actually get some more snow here in Detroit. Optioning all-wheel drive means you're stuck with the continuously variable transmission (a manual is available with front-drive), which isn't great, but it smoothly delivers the engine's 141 horsepower and 127 pound-feet of torque. Editor Alex Kierstein agreed, writing in our logbook, "Overall, I think the CVT isn't great ...

Honda reveals IndyCar aero kit

The IndyCar Series is stepping into a new era of competition that won't quite see manufacturers building their own chassis like they do in Formula One, but it's inching closer. This season, participating automakers will provide their customer teams not only with engines as they have in the past, but with complete aerodynamic packages. Chevy revealed its new aero kit last month, and now Honda – the only other automaker currently in the series – has followed suit with its own. Like Chevy's package, the new Honda kit is designed specifically for road courses and short ovals with a high degree of downforce that would hamper high-speed running around super speedways. The lower-drag package will likely be revealed sometime before the Indy 500 that will be the first speedway race on the calendar when it kicks off in May. The design of the package is a result of what Honda describes as an exhaustive development process that borrowed from the company's experience with Le Mans prototypes. It started out using CAD and CFD software before being validated on simulators, tested in wind tunnels and run on track with participation from Andretti Autosport. The aerodynamic appendages will be affixed to the existing Dallara chassis and powered by Honda's V6 engines, allowing individual teams to tweak the elements to their own requirements. With the manufacturers now allowed a greater degree of participation, series organizers will undoubtedly be hoping for more of them to join in on the action. The last time there were more than two automakers participating was in 2005, before Toyota pulled out. Ford was the sole engine supplier in the Champ Car series from 2003 until the series reunited with the Indy Racing League to form the current IndyCar Series. Honda Unveils 2015 IndyCar Series Aero Kits Mar 9, 2015 - TORRANCE, Calif. - Road Course/Short Oval package shown - Efficient development utilized CFD and multiple simulation tools - Wide range of aerodynamic tuning options available to teams Honda today debuted the package of aerodynamic upgrades and components its teams will use in the 2015 Verizon IndyCar Series, as the manufacturer seeks to add to an already impressive list of accomplishments in American open-wheel racing. The 2015 Honda Indy car "aero kit", produced by Honda Performance Development, Honda's racing arm in North America, includes nearly 200 individual pieces that can be fitted to the existing Honda-powered Dallara Indy car chassis.