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Honda to power new Formula Lites open-wheel racing series

Open-wheel racing is almost always incredibly exciting to watch, whether it's the constant passing of the Indy 500 on an oval or the technological tour-de-force from Formula 1. However, both of those disciplines are essentially impossible for a normal person to enter. Of course, there are already cheaper, more amateur-friendly open-wheel competitions, like Formula Vee. A new SCCA Pro Racing series called Formula Lites aims to be a step in the ladder between those, offering a development opportunity to young drivers who want to be professionals.
The series already has some impressive backers. One of the biggest needs is now filled, as Honda has signed on as the engine supplier. All of the cars in Formula Lites will use the company's K24 2.4-liter four-cylinder engine. The automaker didn't specify power output for the competition engine, but in production models the K24 has made in the neighborhood of 190-200 horsepower in many applications. That should make the racers plenty potent.
All of the cars are using the new carbon fiber FL15 chassis from Crawford Composites, and Pirelli is the series' tire supplier. The organizers' goal for the cars is to keep racing costs down, while offering a reliable platform. Formula Lites plans to start racing with a few events later in 2014, and the full calendar begins in 2015. Scroll down to read the full announcement about Honda's involvement.

Honda and Acura electric crossovers will be built by General Motors

General Motors will partially offset the cost of developing electric technology by manufacturing battery-powered cars for Honda and Acura, according to an unverified report. Ultium battery technology is at the center of the deal. Without citing sources, industry trade journal Automotive News wrote that Honda has agreed to enlist rival-turned-partner General Motors as one of its EV suppliers during the first half of the 2020s. The factory that currently builds Chevrolet's Blazer and Equinox in Ramos Arizpe, Mexico, will begin manufacturing a Honda crossover in 2023, meaning it likely won't arrive until the 2024 model year. On the other side of the border, the former Saturn plant in Spring Hill, Tennessee, will churn out an Acura crossover beginning in 2024, about two years after it starts making the Cadillac Lyriq. Neither model has been revealed, and Honda hasn't commented on the report. Insiders familiar with the contents of the firm's product pipeline told Automotive News that both crossovers will be about as big as the Lyriq (pictured), which will be close in size to the 190-inch long XT5. Power for the two models will come from the Ultium battery technology that General Motors is developing for over a dozen electric cars, including the GMC Hummer and a Chevrolet-badged pickup we might discover next week during CES 2021. Both EVs will be built by General Motors, and they'll be powered by General Motors-developed technology (some will even receive OnStar and the hands-free Super Cruise driver assistance system), but everything motorists see and touch will be Honda- or Acura-specific. We're not expecting that the tie-up will spawn a pair of blandly badge-engineered crossovers; stylists will likely give each one its own design identity inside and out. Honda had previously confirmed plans to build at least two electric models on General Motors bones, and it announced that its American partner would also handle manufacturing, but this is the first time executives are throwing Acura onto the stage. What remains to be seen — assuming the report is accurate — is whether the Lyriq will compete directly against its Acura-branded sister model, or if they'll be positioned in different segments. Related video: Featured Gallery Cadillac Lyriq show car Green Acura Honda Electric

Honda Accord under investigation due to airbag failures

The National Highway Traffic Safety Administration is opening a preliminary evaluation into the possibility of airbags not deploying in the 2008 Honda Accord. The agency has received 19 reports, including one injury, of the airbag control module failing, and the part is on an estimated 384,000 of the vehicles in the US. "For vehicles with a failed SRS module, some or all of the airbags may be unavailable in a crash warranting deployment," NHTSA's investigation says. Drivers are warned when the part stops working by a light on the instrument panel, but several of these reports indicate the module is unable to show diagnostic trouble codes when being inspected. The only way to fix the issue is to replace the whole component, and the Detroit News reports that can cost $500 or more. NHTSA's preliminary evaluations investigate "the scope, frequency, and consequence" of a problem and don't necessarily mean a recall is warranted. INVESTIGATION Subject : SRS Module Failure Date Investigation Opened: AUG 18, 2015 Date Investigation Closed: Open NHTSA Action Number: PE15029 Component(s): AIR BAGS All Products Associated with this Investigation close Vehicle Make Model Model Year(s) HONDA ACCORD 2008 Details Manufacturer: Honda (American Honda Motor Co.) SUMMARY: ODI has identified 19 VOQ reports alleging failure of the air bag SRS control module. One of the reports involved a frontal crash event where the frontal air bags did not deploy. The crash resulted in an injury to the driver and lone occupant, and the vehicle was subsequently inspected by the agency. According to the reports, the failure of the SRS module is indicated by the air bag readiness indicator lamp illuminating on the instrument panel. Consumers report the SRS control module had to be replaced to correct the condition. Several reports indicated that the SRS module was unable to communicate thus preventing diagnostic trouble codes from being retrieved. An inability of the SRS unit to communicate raises concern about the readiness of the entire supplemental restraints system. As a result, for vehicles with a failed SRS module, some or all of the air bags may be unavailable in a crash warranting deployment. ODI is opening this investigation to further evaluate the scope, frequency, and consequence of the alleged SRS module failures.