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Acura reveals performance EV concept called Performance EV Concept

After teasing a new EV concept for Monterey, Acura made good on its promise Thursday with the unveiling of its rather plainly named Performance EV Concept. Good news: Acura's first in-house EV will be a performance car. Bad news: It's not the one we all hoped it would be. Instead, we're getting another model in the grand tradition of the ZDX — pronounced front end and all. It seems that look is here to stay, so get used to it, because Acura says it plans to build a production model based on this concept starting in late 2025.  That's noteworthy not just because this is Acura's first in-house EV, but because it'll be the first production car to ride on any variant of Honda's new BEV architecture. The mainstream brand is planning to put something based on its 0 Series "Saloon" concept into production in 2026. That's quite the coup (no "e") for Acura, which spent most of the past two years talking about the Ultium-based ZDX project, which by all accounts will be the first and last Acura-badged product of Honda's tie-up with General Motors and its Ultium EV platform.  As you can probably surmise, Acura remains tight-lipped about specifics. Honda (and by extension, Acura) "concept" vehicles have a funny habit of being put into production almost exactly as they sit, so what you see here is likely pretty close to the mystery CUV's final physical form, but battery and motor specs remain nebulous for the time being. We expect a multi-motor setup engineered to mimic the behavior of the SH-AWD system Acura offers in its ICE vehicles. The concept's massive 23-inch wheels encircle a set of four-piston calipers and crossed-drilled rotors — the two most significant hints that we're looking at something meant to move quickly.  If you're in Northern California for Car Week, you can check out Acura's concept at The Quail. The company's presentation is scheduled for 10:36 a.m. local time (What is this, a train schedule?) on Friday. 

Former Ferrari world champion and motorcycle ace John Surtees dies

"The main thing is that whatever I've done, I've done from the heart." – John Surtees John Surtees, the motorsports legend who's the only man to win world championships in motorcycle and Formula One competition, died Friday, March 10. He was 83 years old. Surtees' greatest fame in F1 came in 1964 when he won two races and finished second three times to capture the drivers championship and propel Ferrari to the constructors title. Dubbed "il Grande John" by the Scuderia fans, he returned Ferrari to the top of the motorsports world, but he infamously left the team after a falling-out with management in 1966. Surtees also raced in F1 for Honda, Lotus, Cooper, and others. He survived a crash during practice in 1965 while driving a Lola sports car, which broke his pelvis, ruptured his kidneys, and damaged his spine and left leg. He oversaw his own racing operation in the 1970s, and his cars competed in F1, Formula 2 and F5000. Surtees also competed in the 24 Hours of Le Mans in the 1960s and won the 1966 Can-Am title for Lola. One of the few drivers who was equally talented on a motorcycle, Surtees counted seven titles on two wheels, dominating the circuit in the 1950s for Norton and the MV Agusta. In a biography on his website, Surtees said he relished the competition above all else. "The main thing is that whatever I've done, I've done from the heart. I have loved being involved in first building and riding motorcycles and then driving cars – but above all, competing." Surtees was born in England in 1934. His father was a motorcycle racer and his son, Henry, competed in Formula 2. Henry was killed during a crash in 2009 at Brands Hatch in England. John Surtees' death immediately drew reaction from around the motorsports world, including Ferrari, MotoGP, and F1. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Related Video: Motorsports Ferrari Honda john surtees

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.