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Ford recalls over 953,000 vehicles to replace Takata airbag inflators

DETROIT — Ford is recalling more than 953,000 vehicles worldwide to replace Takata passenger airbag inflators that can explode and hurl shrapnel. The move includes over 782,000 vehicles in the U.S. and is part of the largest series of recalls in U.S. history. Included are the 2010 Ford Edge and Lincoln MKX, the 2010 and 2011 Ford Ranger, the 2010 to 2012 Ford Fusion and Lincoln MKZ, the 2010 and 2011 Mercury Milan, and the 2010 to 2014 Ford Mustang. Some of the recalls may be limited to specific geographic areas of the U.S. Takata used the chemical ammonium nitrate to create an explosion to inflate airbags. But it can deteriorate over time due to heat and humidity and explode with too much force, blowing apart a metal canister designed to contain the explosion. At least 23 people have been killed worldwide and hundreds injured by the inflators. Ford says it doesn't know of any injuries in vehicles included in this recall. Dealers will replace the inflators. Ford will notify owners about the recall starting on Feb. 18, and the company has replacement parts available for dealers to order, said spokeswoman Monique Brentley. In previous Takata recalls, parts availability had been an issue. Owners can go to this Ford website and key in their vehicle identification number to see if their cars and SUVs are being recalled. The same information will be available soon at the NHTSA recall website. More than three years after the U.S. National Highway Traffic Safety Administration took over management of recalls involving Takata inflators, one third of the recalled inflators still have not been replaced, according to an annual report from the government and a court-appointed monitor. The report says 16.7 million faulty inflators out of 50 million under recall have yet to be replaced. And 10 million more inflators are scheduled to be recalled this month, including the Ford vehicles. Safety advocates said the completion rate should be far higher given the danger associated with the inflators. The recalls forced Takata of Japan to seek bankruptcy protection and sell most of its assets to pay for the fixes. The inflators grow more dangerous as they get older because ammonium nitrate deteriorates due to high humidity and cycles from hot temperatures to cold. The most dangerous inflators are in areas of the South along the Gulf of Mexico that have high humidity. Related Video:

Lincoln revival bypasses rear-wheel drive for now

Ford execs had the axe ready for Lincoln just a few years ago, but the luxury marque is on a hot streak these days. Annual sales are up 7.5 percent through October, and the recently unveiled, refreshed 2017 MKZ previews the company's improved styling. In a great piece about the brand's growth strategy, Automotive News finds the division's bosses want to focus on the core vehicles before taking a big step and building a rear-wheel drive niche model. "Luxury coupes and sports cars are not the first place we need to go," Global Lincoln Director Matt VanDyke said in the story. The division's bosses want to use the updated MKZ as an opportunity to distance Lincoln's identity from Ford, and the powertrain will carry the 3.0T badge rather than Ford's EcoBoost name as part of that approach. The model also injects excitement into the range thanks to an all-wheel drive version with a 3.0-liter twin-turbo V6 with 400 horsepower and an optional Driver's Package with a torque-vectoring rear differential. Lincoln will launch at least three new models by 2020, too. One of those will be the production Continental that will reportedly debut at the Detroit Auto Show. The company will also allegedly revive the Aviator to fit below the Navigator. The third vehicle remains a mystery but likely isn't a compact. Automotive News' story further examines the previously languishing brand's work to climb up the luxury ranks in the US. It's well worth a read. Related Video:

2020 Lincoln Aviator Grand Touring First Drive | It's the plug-in hybrid one

NAPA VALLEY, Calif. — While we've already declared that the 2020 Lincoln Aviator is the real deal, that earlier first drive only covered the gas-only base version. Not that a 400-horsepower anything is typically considered "base," but it certainly becomes that when there's another version available, the Aviator Grand Touring, that's good for a cool 494 horsepower and 630 pound-feet of torque.  Frankly, it seems a little odd to fixate on output figures when the Aviator goes out of its way to push its accelerative capability into the background and instead focus on an altogether luxurious and effortless driving experience. But 630 pound-feet is a whole heap of torque that fully eclipses even the mighty BMW X7 M50i. The BMW has a twin-turbo V8 engine fettled by M Division, however. The 2020 Aviator Grand Touring is a plug-in hybrid. Unlike other gasoline-electric variants, this version does not take a smaller engine and add electricity. Rather, it starts with the regular Aviator's whole hog 400-horsepower twin-turbo V6 and sandwiches a 75-kW electric motor between it and the 10-speed automatic transmission. All-wheel drive is standard, but it's a traditional system rather than one created by a rear-axle electric motor. With this approach, Lincoln is trying to create a range-topping model, not necessarily an eco-oriented one. The Grand Touring is the V12-powered Mercedes S600 to the regular Aviator's S500. It's best to think of it in those historic luxury terms, because despite the eye-popping output, this is still not a sport-tuned vehicle. Indeed, it's very possible that it's not actually that much quicker off the line than the regular version. Black Label - Chalet 3 View 30 Photos Lincoln didn't provide a 0-60 time, but the Grand Touring weighs 781 pounds more than a gas-only all-wheel-drive Aviator. Stuffing 96 lithium-ion battery cells under the second-row seat tends to do that. As a result, the hybrid's added electric wallop does in fact make it feel more powerful, but it's not the sort of face-flattening experience you might expect with that torque number. It's not that different. Well, in terms of acceleration, at least. There are actually some drivability issues. The throttle is difficult to modulate smoothly from a start, at least when driving in hybrid mode with the plug-in battery portion fully drained.