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Ford recalls over 500,000 trucks and SUVs, including Explorer, F-150, and Lincoln Aviator

For the second time in a month, Ford is recalling the brand-new 2020 Explorer and 2020 Lincoln Aviator for minor safety issues. This recall, which also affects certain 2018-2020 Ford F-150s, 2019-2020 Ford F-Series Super Duty trucks, 2018-2019 Ford Explorers, and 2019-2020 Ford Expeditions, pertains to potentially faulty seat-back reclining mechanisms. In total, the recall touches 550,186 vehicles. A mechanical part meant for relaxation and comfort has the Ford Motor Company stressin'. Ford says potentially affected vehicles might be missing the "third pawl required for seat-back strength" in the reclining mechanisms on certain seats. Because of this, the seats might not properly keep a person in place during the event of a crash or otherwise.  In the F-150s, F-Series Super Duty trucks, 2018-2019 Explorers, and Expeditions, the recall affects vehicles with manual driver and/or front passenger seat-back recliners. On the 2020 Explorers and Lincoln Aviators, rear outboard seats with manual recliners are of concern. Of the more than 550,000 vehicles, 483,325 vehicles are in the United States, 58,712 are in Canada and 8,149 are in Mexico. Thus far, Ford is not aware of any injuries from the issues. Ford says it expects most vehicles will not need repair, but dealers will inspect the seat structures out of precaution. If fault is found, dealers will replace the seat structure altogether. For this recall, Ford's reference number is 19C07. Contact your dealer for more information. Featured Gallery 2020 Ford Explorer View 47 Photos Recalls Ford Lincoln Truck SUV

Ford recalls Explorer and Lincoln MKC for fire hazard

The Basics: Ford will recall 5,536 examples of the 2016 Explorer and 2015-2016 Lincoln MKC. The Explorers have build dates between October 20, 2014, and January 28, 2016, at the Chicago Assembly Plant. The MKCs are from between November 25, 2013, and January 25, 2016, at the Louisville Assembly Plant. In total, there are 3,129 total affected examples of the 2015-2016 Lincoln MKC and 2,407 examples of the 2016 Ford Explorer. Of these, 1,543 are in the US and 3,993 are in Canada. The Problem: The combination of the engine block design and the block heater in these vehicles can cause the part to overheat when plugged in. Injuries/Deaths: None reported, but there are two cases of underhood fires in Canada. If you own one: Ford will begin notifying owners during the week of May 16, company spokesperson John Cangany tells Autoblog. Related Video: Ford issues safety recall for certain 2015-2016 Lincoln MKC and 2016 Ford Explorer vehicles to replace engine block heaters Ford is issuing a safety recall for approximately 5,500 2015-2016 Lincoln MKC and 2016 Ford Explorer vehicles to remove the heaters and replace them with an updated design. The engine block design, coupled with the particular block heater installed in these vehicles, causes the unit to be susceptible to overheating when the vehicle is parked and the block heater is plugged in –increasing the risk of an underhood fire. Ford is aware of two reports of underhood fires in Canada, but is not aware of any accidents or injuries related to this issue. Affected vehicles include certain 2015-2016 Lincoln MKC vehicles built at Louisville Assembly Plant, Nov. 25, 2013 through Jan. 25, 2016 and certain 2016 Ford Explorer vehicles built at Chicago Assembly Plant, Oct. 20, 2014 through Jan. 28, 2016. There are 5,536 vehicles affected by the issue, including 3,129 2015-2016 Lincoln MKC and 2,407 2016 Ford Explorer vehicles, with 1,543 of the affected vehicles in the United States and federalized territories and 3,993 in Canada. Dealers will remove and replace the engine block heater with an updated design and, if needed, replace the cord at no cost to the customer.

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.