120" Stretch Limo/ 99 Lincoln Town Car on 2040-cars

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Ford recalling 370,000 Crown Vic, Grand Marquis and Town Car models

The Detroit News is reporting that Ford will recall some 370,000 Crown Victoria (pictured), Mercury Grand Marquis and Lincoln Town Car vehicles from model years 2005 through 2011, for an issue regarding the lower intermediate steering shaft. 355,000 of the vehicles in question were sold in the US, with the other 15,000 sold in Canada.
The report indicates that corrosion of the lower intermediate steering shaft could cause a "loss of steering," presumably because of a partial or complete failure of the part. The report points out the dealers will inspect and replace the offending steering component for recalled cars, and may also secure a lower steering column bearing and replace the upper intermediate steering shaft as needed. The company is unaware of any reports of the faulty part causing any accidents or injuries.
Ford helpfully lists states in which corrosion is more likely to have taken place, mostly in the Snow Belt, as you might guess. Connecticut, Delaware, Illinois, Indiana, Iowa, Kentucky, Maine, Maryland, Massachusetts, Michigan, Minnesota, Missouri, New Hampshire, New Jersey, New York, Ohio, Pennsylvania, Rhode Island, Vermont, Virginia, Wisconsin, West Virginia, and the District of Columbia are listed.

Lincoln reignites the Navigator with bold concept

The Lincoln Navigator's demise has been greatly exaggerated, and nearly 20 years after it first revolutionized the luxury segment, a new generation of the iconic sport-utility vehicle will again point the way forward for the brand. Previewed by a concept at the New York Auto Show, the new Navigator will hit showrooms next year joining the much-anticipated Continental sedan as Lincoln's twin flagships. The concept is "a very strong" hint of what the production Navigator will look like, Lincoln president Kumar Galhotra said. He's referring to the general appearance of the tall concept, which is confident, creased, and a bit reminiscent of a Range Rover. There are huge wheels, lots of chrome, and "Navigator" spelled out in blocked capital letters over the fender vents. It runs a 3.5-liter EcoBoost V6 making 400 horsepower and will ride on a new chassis, though Galhotra wouldn't offer more details. Oh, and it has gullwing doors. The crowd audibly oohed and aahed when that feature was demonstrated at a preview event in New York, but those are purely for show. They won't be on the production model, Galhotra said, and they're meant to demonstrate the spacious cabin. "The nature of the vehicle is very important ... and it's a great way to showcase that interior," he said. The inside of the concept is an interesting place. It has a rear cargo area that doubles as a closet, complete with shelves that make up a wardrobe management system, and there's a rail running down the middle of the passenger area. A multi-level running board cascades forward when the gullwing doors open, and the six seats are adjustable 30 ways. There are also wifi-equipped touchscreen monitors mounted in the seat backs. Inside and out, the Navigator carries a nautical vibe. It's covered in a soft shade of blue paint, while the interior has blue leather and teak accents. The Navigator concept features some of Ford's semi-autonomous technology, including pre-collision assist with pedestrian detection. The radar-and-camera-based system will look for obstacles in the vehicle's path, warn the driver, and then brake if needed. It also has a 360-degree camera and lane-keeping assist. Look for all of this on the production model. Launched in 1997, the Navigator is one of the original all-American large luxury SUVs – the Cadillac Escalade didn't arrive until 1999.

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.