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US expands probe into ZF-TRW airbag failure-to-deploy to 12.3 million vehicles

DETROIT — U.S. auto safety regulators have expanded an investigation into malfunctioning airbag controls to include 12.3 million vehicles because the bags may not inflate in a crash. The problem could be responsible for as many as eight deaths. Vehicles made by Toyota, Honda, Kia, Hyundai, Mitsubishi and Fiat Chrysler from the 2010 through 2019 model years are included in the probe, which was revealed Tuesday in documents posted by the National Highway Traffic Safety Administration. It involves airbag control units made by ZF-TRW that were installed in the vehicles. The control units can fail in a crash, possibly because of unwanted electrical signals produced by the crash itself that can disable an air bag control circuit housed in the passenger compartment, according to NHTSA documents. The electrical signals can damage the control circuit, the documents say. ZF, a German auto parts maker which acquired TRW Automotive in 2015, said in a statement that it's committed to safety and is cooperating with NHTSA and automakers in the investigation. The case is another in a long list of problems with auto industry airbags, including faulty and potentially deadly Takata airbag inflators. At least 24 people have been killed worldwide and more than 200 injured by the inflators, which can explode with too much force and hurl dangerous shrapnel into the passenger cabin. The inflators touched off the largest series of automotive recalls in U.S. history involving with as many as 70 million inflators to be recalled by the end of next year. About 100 million inflators are to be recalled worldwide. On April 19, NHTSA upgraded the ZF-TRW probe from a preliminary evaluation to an engineering analysis, which is a step closer toward seeking recalls. So far, only Hyundai and Kia and Fiat Chrysler have issued recalls in the case. Four deaths that may have been caused by the problem were reported in Hyundai-Kia vehicles and three in Fiat Chrysler automobiles. NHTSA opened an investigation in March of 2017 involving the TRW parts in Hyundais and Kias. The upgrade came after investigators found two recent serious crashes involving 2018 and 2019 Toyota Corollas in which the airbags did not inflate. One person was killed. Jason Levine, executive director of the Center for Auto Safety, a nonprofit consumer group, said the ZF-TRW case shows the auto industry thus far has learned very little from Takata.

James May was hospitalized after Mitsubishi Lancer Evolution crash

British auto journalist and TV host James May was reportedly whisked to the hospital after a crash during filming of The Grand Tour. The presenter was said to have been driving a yellow Mitsubishi Lancer Evolution VIII at 75 mph when he crashed into a tunnel wall.  Fortunately, The Sun reports that May, 59, broke a rib during the crash and required x-rays and a brain scan before being released from the hospital in mostly good health. This was not always the case with the former BBC Top Gear hosts. Famously, Richard Hammond received severe injuries from a 2006 crash at 280 mph in a drag racer. Hammond was also involved in a fiery crash of a Rimac One in 2017, but walked away mostly uninjured.  The details of the crash are a bit vague, but apparently it involved a challenge where May was supposed to drive the Evo down a long tunnel at a naval base in Norway. The Sun describes the stunt as taking place in the pitch black passage, with lights only illuminating as the car drove by. With mere seconds to react, May was unable to brake in time from 75 mph and slammed the Evo into a wall. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. The segment apparently involved May, Hammond, and Jeremy Clarkson taking AWD sedans to the Arctic Circle. Two other cars have been posted to social media by Clarkson himself and by fans, as discovered by Motor 1. Those cars are a Subaru Impreza WRX STI and an Audi RS4. After the Evo's destruction, the Subaru and Audi continued on without it. The cars were driving in Norway six months ago, but May's hospitalization is only now coming to light.  Thankfully Captain Slow, as May is nicknamed, is alright. As for the state of the increasingly endangered Evo, however, we'll just have to wait until the next season of Grand Tour airs.

Next-generation Mitsubishi Outlander spied for the first time

Having been around relatively unchanged since the 2014 model year, it's about time that we're finally seeing a new generation of Mitsubishi Outlander crossover. This is the first prototype we've seen, and it's rather thinly disguised. From what we can tell, it will draw heavily from the Engelberg Tourer concept that was shown at this year's Geneva Motor Show (we still find that name strange, by the way). The next-generation Outlander's grille seems to have the now-trademark broad, metallic grille shared with the Eclipse Cross and recently refreshed Outlander Sport. It also has lights that spear off the top corners of the grille. In this application, they appear to simply be daytime running lights. The main illumination probably comes from the large rounded lamps below them. The grille and the shapes of the lights match the Engelberg concept, too. Mitsubishi Engelberg Tourer concept View 12 Photos Also matching the Engelberg Tourer is the side profile. We can see that the roof panel is separated from the rest of the body, making it perfect for contrasting colors like those on the concept. The glass area kicks up at the rear just before the vertical edge at the rear. This creates a thick, upright D-pillar, just like the concept. The back of the Outlander is pretty clean and simple, and the taillights are thin and wide. The taillights extend forward into sharp points. All of these features are similar to the concept. With so much of the exterior mirroring Mitsubishi's earlier concept, we're expecting the Outlander to use a similar, if not identical powertrain. The concept featured a plug-in hybrid powertrain very much like the current Outlander PHEV, but with a 2.4-liter inline-4 engine rather than a 2.0-liter unit. Electric range was an estimated 43 miles, which also improves on the existing Outlander PHEV's 22 miles. This all seems very plausible for the new production Outlander PHEV. The powertrain for non-hybrid Outlanders is more of a mystery. Base models may get the Eclipse Cross's turbocharged 1.5-liter inline-4. We'll have to wait to see if the V6 option sticks around. This prototype looks pretty far along in development, so we expect to see the production model shown within a year.