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Ford recalls 600,000 older-model sedans for braking issue

Ford is recalling 600,166 older-model Ford, Lincoln and Mercury vehicles over an issue that could affect braking and increase the risk of a crash. The safety recall covers certain Ford Fusion, Mercury Milan and Lincoln MKZ sedans from the 2006 through 2010 model years that were built at Ford’s Hermosillo Assembly Plant in Mexico between Feb. 22, 2006, and July 15, 2009. Ford says a valve that is normally closed inside the hydraulic control unit may get stuck in the open position or be slow to close, which could make it harder to engage the brakes and increase risk of a crash. Ford says itÂ’s aware of 15 reports of accidents and two injuries possibly related to the issue. Dealers will inspect the hydraulic control unit for signs of the problem and replace it, if necessary. The dealers will pressure-flush the system with brake fluid and replace the reservoir cap with a new one. Ford is also issuing a small recall of 33 of its 2020 F-150 trucks in the U.S. and 51 in Canada over potentially damaged spare tires. It says the bead area on the tires may have been damaged when it was mounted onto the wheel assembly, leaving it vulnerable to corrosion, separation of the bead wire and ultimately a rapid loss of air pressure and detachment from the wheel. Dealers will replace the spare tire. Affected vehicles were built at the Dearborn Truck Plant from Nov. 10-21 of this year.

Junkyard Gem: 1995 Lincoln Mark VIII

Except for a pause during the 1960s, the Lincoln Mark Series of personal luxury cars stayed in production from the 1956 through 1998 model years. These were big, swanky machines loaded with the latest in gadgetry and — other than the handful of 1984-1985 Mark VIIs with BMW diesel linline-sixes — they cruised with great opulence on American highways courtesy of powerful V8 engines. The very last generation of the series, the Mark VIII, boasted a spaceship-style interior, slick body lines, and a sophisticated dual-overhead-cam version of Ford's Modular V8 engine. Here's a 1995 in Deep Jewel Green Metallic paint, photographed in a Colorado self-service yard. I've documented examples of the Lincoln Mark II through Mark VI while performing my car-graveyard studies, and the Mark VIII's distinctive wraparound cockpit makes most of its predecessors look cheap and stodgy by comparison.  The four-valves-per-cylinder version of Ford's rugged 4.6-liter Modular V8 made 280 horsepower in the Mark VIII, just two fewer horses than the V8 in BMW's 840Ci coupe that year. The Mercedes-Benz S500 coupe had a 315-hp V8 that year, while the Lexus SC 400's V8 made a mere 250 horsepower. The BMW cost $69,900, the Mercedes-Benz had a $91,900 price tag, and the SC 400 went for $47,500 — the Mark VIII could be purchased for just $38,800 that year. That's about $66,300 in 2019 dollars. Of course, the Cadillac Eldorado coupe was the real competition for the Mark VIII in 1995, and the unfortunately-named ETC (Eldorado Touring Coupe) came with a 300-horse DOHC Northstar V8 (admittedly, driving the front wheels) and a dignified wood-trimmed interior. At $41,535, though, the Cadillac had a higher base price than the Lincoln. I think this one was pretty clean, prior to getting banged up in the junkyard, and 140,905 miles seems low for a flagship Ford of the era. Perhaps it got too many unpaid parking tickets, or maybe that complex DOHC engine developed some expensive problem. This content is hosted by a third party. To view it, please update your privacy preferences. Manage Settings. Tempted? Featured Gallery Junked 1995 Lincoln Mark VIII View 17 Photos Auto News Lincoln Automotive History

2020 Lincoln Aviator crossover is a hot rod with 400 horsepower standard

LOS ANGELES — The 2020 Lincoln Aviator has finally been revealed in production form following its "concept" debut at the New York Auto Show earlier this year. We add the quotes because the production model is identical to the New York model. Appearances aside, the big news is under the hood. At launch, the Lincoln Aviator will be available with two engines. They're both twin-turbocharged 3.0-liter V6s, and one of them is a plug-in hybrid. The standard engine makes an impressive 400 horsepower and 400 pound-feet of torque. To help put that into perspective, that's about 40 more horsepower than the top-rung six-cylinder Mercedes-Benz GLE 450 we just drove, and about 65 more horsepower than the entry-level six-cylinder BMW X5 xDrive40i. Moving to the hybrid powertrain brings Aviator output to 450 horsepower and a staggering 600 pound-feet of torque. That's just 6 ponies shy of the V8-powered BMW X5 xDrive50i, but 121 more pound-feet of torque. This plug-in hybrid powertrain will also be able to do the typical plug-in stuff. You can run the vehicle in pure electric mode or hold the charge to be deployed at a more advantageous time such as driving in town at the end of a highway drive. Lincoln did not give estimates for the pure electric range. Fuel economy hasn't been revealed yet, either. Other interesting hybrid notes: The battery fits entirely under the passenger side of the vehicle between the front and rear wheels. The motor is sandwiched between the engine and transmission. Lincoln also mentioned this is a modular hybrid system, so expect to see it appear in other Lincoln and Ford products in the future. This powertrain layout is part of what makes it possible for all versions of the Aviator to use the same 10-speed automatic transmission, which is gradually proliferating through the whole Ford family. From there, power either goes solely to the rear wheels, or through an optional all-wheel-drive system. All of this power can ride on an available adaptive air suspension the company calls Air Glide. It works like many adaptive suspensions, scanning the road with a camera to adjust damping for bumps ahead. It does have some other trick features, though. When the Aviator is parked, the suspension lowers to make the crossover look more attractive while sitting. And when the driver approaches, it lowers itself further for easier ingress. It also raises itself for snow or mild off-road driving, and it lowers down at highway speeds for better aerodynamics.