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Amazon can now deliver packages to some Ford and Lincoln vehicles

Nothing succeeds without complications popping up along the way. Sure, Amazon's Prime delivery services have made shopping more convenient than brushing your teeth, but leaving millions of packages on doorsteps comes with an inherent danger: Thieves might swipe them without anybody knowing. Amazon's solution is called Amazon Key, which allows delivery men and women to enter a customer's house or car to drop off a package. This week, Ford and Lincoln announced they would be partnering with Amazon to integrate the service into some of their vehicles. Ford is following in the footsteps of Volvo and General Motors, as both companies announced their participation about a year ago. That includes Cadillac, Chevrolet, Buick, and GMC. Key will be made available for 2017-and-newer Fords equipped with FordPass Connect, and 2018-and-later Lincolns with Lincoln Connect. Key is not available everywhere, but it can be used in dozens of city throughout the U.S., and the network is expanding. To look for compatibility for your car and city, check on Amazon's dedicated Key website. Like every other tech invention these days, Key requires a smart device application, which requires a one-time setup. The service is available on the Key app or the FordPass and Lincoln Way apps. While ordering on Amazon, customers will then select in-car delivery during checkout. Input a public delivery address, and park the car within two blocks of that address. While the order is in transit, Amazon will provide status updates, another feature that takes away some of the anxiety of waiting for a package to be delivered. The package will be put into the car within a four-hour window, and users will get notifications that the exchange is complete, and the car is again securely locked. Should customers change their minds, they can always cancel the delivery method, and the car will remain locked. In that case, the delivery could go to the building where the car is parked, or be rescheduled. Ford imagines this as the beginning of numerous car-based services in the near future that can be scheduled while the owner is not there, such as car washes.

Ford dealer loses Super Bowl bet, pays $300K to lucky customers [w/video]

A Missouri Ford dealership's Super Bowl weekend sale cost it big when the improbable happened. Hutcheson Ford ran a promotion from January 29 to February 1, called the Super Weekend Sale. The gist was, if any customer purchased a vehicle between those dates and either the opening or second-half kickoff of the big game was returned for a touchdown, the dealership would refund the purchase price.
In the dealership's defense, it seemed like a safe bet. According to the mathematicians, there was just a 2.5-percent chance of either half opening with a touchdown return. But that didn't stop Seattle's Percy Harvin from doing his part to ruin Denver's evening, returning the second-half kick for an 87-yard touchdown run. Twelve Hutcheson customers were eligible for refunds thanks to the return, with prices ranging from $10,000 to $55,000, according to Automotive News. The total amount shelled out by the dealership? $300,000.
"At least we're not like that furniture guy that lost $7 million," dealership marketing manager Kathleen Frazier told AN. We think it was a big success." The dealership did take out insurance to cover its losses, meaning the $300K won't come entirely from its pockets.

Ford partnering with MIT, Stanford on autonomous vehicle research

Ask any car engineer what's the biggest variable in achieving fuel economy targets, and he'll tell you "the driver." If one human can't understand human driving behavior enough to be certain about an innocuous number like miles per gallon, how is an autonomous car supposed to figure out what hundreds of other drivers are going to do in the course of a day? Ford has enlisted the help of Stanford and the Massachusetts Institute of Technology to find out.
Starting with the automated Fusion Hybrid introduced in December, MIT will be developing algorithms that driverless cars can use to "predict actions of other vehicles and pedestrians" and objects within the three-dimensional map provided by its four LIDAR sensors.
The Stanford team will research how to extend the 'vision' of that LIDAR array beyond obstructions while driving, analogous to the way a driver uses the entire width of a lane to see what's ahead of a larger vehicle in front. Ford says it wants to "provide the vehicle with common sense" as part of its Blueprint for Mobility, preparing for an autonomous world from 2025 and beyond.