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Would a Mustang-based Lincoln look like this?

Designer Josiah LaCalla has taken a stab at what a Ford Mustang-based Lincoln model might look like with the Continental Mark X1 concept. Make no mistake, Ford's luxury arm has made it abundantly clear that it won't be pursuing any new products outside of volume models, which means a flashy halo grand tourer like the one you see here isn't in the cards. LaColla used the Mercedes-Benz SLS AMG as a basis for his creation, which explains the long nose, but we certainly don't mind the idea of a rear-wheel drive Lincoln with a cabin pushed to the aft.
While we're dreaming, there's certainly nothing stopping us from imagining what's under that lengthy hood. We like the idea of the 5.8-liter supercharged V8 from the Shelby GT500 pushing the Mark X1 down the road, but how about something a little more inventive? Something like a high-revving, buttery V12 with enough torque to push the contraption well past 200 miles per hour. Dream a little dream, people.

2015 Ford F-150 claims segment's best payload, towing ratings

While we are set to drive the new, 2015 Ford F-150 in the coming days, there's a big piece of news on the latest-generation of the Blue Oval's bread-and-butter pickup coming out of Dearborn, and it focuses on the truck's hauling and towing abilities.
The new F-150 will have a maximum payload of 3,300-pounds (V8 models), and, perhaps more importantly, a 12,200-pound tow rating (EcoBoost V6 models), which for the first time are compliant with the Society of Automotive Engineer's J2807 standards. Those best-in-class figures are significant feathers in Ford's cap as the Detroit Three continue duking it out for the title of top pickup.
"As founding members of the SAE trailer towing committee, we will meet SAE trailer towing standards," Ford's Aaron Miller told Autoblog.

Ford looks to space robots to improve car-to-car communications [w/video]

Ford has partnered with St. Petersburg Polytechnic University for three years to research various kinds of connected vehicle communications. The university tie-up is part of its study of space robots, NASA systems created to enable space-to-Earth communication, and the university's own development of systems that enable communication between the International Space State and Earth.
The objective is for Ford to engineer layers of robust networks and redundancy systems that will allow your car to speak to other cars, to emergency vehicles, to infrastructure like traffic lights and buildings, and to the cloud. Benefits would come in just about every area of transit, from avoiding accidents, to getting medical workers to an accident more quickly, to improving the flow of traffic during rush hour.
Check out the press release below for details on what Ford wants to learn from the JUSTIN Humanoid and NASA Robonaut R2, and a video of technical leader Oleg Gusikhin discussing his interest in the project.