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Surprise! More Ford and Lincoln cars found with marijuana

Ford is starting to have a serious problem on its hands. Today, ABC 7 in Detroit reported that another batch of Ford Fusion and Lincoln MKZ cars were found packed with 227 pounds of marijuana. This is a little over a week after Fords in Ohio were found stuffed with marijuana and only about two months after Fords in Minnesota were found full of weed. All of the cars traveled on train from Mexico to their destination. All in, several thousand pounds and several million dollars worth of marijuana has been discovered. According to the report, Immigration and Customs Enforcement found the cars at the Ford Rail Distribution Facility in Woodhaven, Michigan, just south of Ford's world headquarters in Dearborn. ICE became involved after a Ford employee reported the cars to Woodhaven police. It's unclear when and where the cars were packed with marijuana. With the cars in Minnesota, it's believed that the weed was added after leaving the factory but before being loaded on the train. Spare tires were removed and the space was used to smuggle the marijuana. Related Video:

2020 Ford Explorer, Lincoln Aviator reportedly facing numerous QC issues

A lengthy report in the Detroit Free Press delves into a range of quality control issues confronting the 2020 Ford Explorer and its luxury platform sibling, the 2020 Lincoln Aviator. Freep says it's been following the issue for two months, tapping various unnamed sources for information on the automaker's unorthodox route to resolution. Seems the problem is Explorers and Aviators leaving the production line at the Chicago Assembly Plant with flaws in areas like the chassis, transmission and suspension, said vehicles trucked to Ford's Flat Rock Assembly Plant (FRAP) outside of Detroit for repair. The estimates range from 10,000 to 18,000 vehicles affected, numbers so high that Ford has sought help from Roush Engineering in nearby Allen Park, and brought workers and managers from other plants in the Midwest to FRAP to get vehicles repaired and shipped to dealers. Ford hasn't shared the nature of the problems with anyone outside the company, including dealers and customers. Freep's sources are said to include workers who have provided photos of certain vehicles and of tents used to house parts at the FRAP repair site. The Explorer chassis allegedly has an unidentified problem that engineers are using X-rays to diagnose, and the transmission is having problems sensing when it's in park or going into park. Both the Explorer and Aviator have come off the line with HVAC units that only blow hot air. And the Aviator's height-adjustable suspension enters failure mode for unknown reasons. These come on top of quotidian mishaps common to every new vehicle, but that are meant to be sorted in pre-production, like missing emblems and trim pieces. They also come on top of a recall in early August issued for the Explorer and Aviator concerning the instrument cluster and parking brake, and another at the end of August over rear seatbacks that could collapse in a crash. An automaker spokesperson told Freep, "Making updates to preproduction models based on all-new platforms as they roll off the assembly line – is standard industry practice." Except these aren't pre-production, these are early production vehicles that paying customers and dealers are waiting for, and some of the affected vehicles have been pulled off dealer lots. Dealers say they are fine waiting for the trucks to get sorted out, and they'd rather have Ford fix the problems before the SUVs go to customers.

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.