2014 Ford F-150 4wd Xlt-edition Crew Cab Pickup 4-door on 2040-cars

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Check out Ford's fully automated self-parking car [w/video]

As automakers continue to find uses for autonomous and semi-autonomous vehicle technology, Ford of Europe has announced that it is developing a self-parking system for future use. More advanced than the Active Park Assist already offered in many Ford products, the new Fully Assisted Parking Aid can take full control of the vehicle and can navigate angled and perpendicular parking spots.
While today's Active Park Assist can only parallel park with the driver controlling the gas, brake and gear selection, Fully Assisted Parking Aid can operate steering, gas, brake and gear selection all while making sure the car is properly parked in the intended space. As with APA, the driver pushes a button to make the car look for a proper spot (at speeds of up to 18 miles per hour), and when an adequate space is located, the operator pushes another button (either inside the car or outside via remote control) for the car to park itself - the button must be pressed throughout the whole parking maneuver. Even though Ford says that the car can effect gear selections on its own, the system must still start from Neutral, and the automaker isn't saying whether the car can put itself into Park when done or put itself in Drive when the operator is ready to go.
Ford is also taking the opportunity to announce its new Obstacle Avoidance technology. This automated system is able to detect objects - including pedestrians - in the road, warn drivers of said objects and, if needed, stop and steer automatically to avoid hitting the obstacle. Both systems are still in the prototype phase, so there is no word as to when we could see either on a production vehicle.

An in-depth look at the Ford GT with Xcar

Ford made big waves when it unveiled the new GT at the Detroit Auto Show this past January. But as far as details go, it's been rather quiet. Though Dearborn has revealed what engine will sit between those buttresses, it hasn't told us exactly how many horses or torques it will produce, or precisely how fast we should expect it to propel the new all-American supercar. Fortunately, the automaker let the crew at Xcar into the studio to give us a quick, four-minute rundown of all the information that is out there at the moment, along with all the most intriguing angles of the vehicle's design. The historically savvy among us will already know that the new 2016 Ford GT traces its roots back to the GT40 that conquered Le Mans half a century ago, and through the previous Ford GT that debuted a decade ago. Both of those featured V8 engines (supercharged in the latter case) while their modern successor goes with a twin-turbo V6. But as Xcar points out, six cylinders aren't without their precedence in the history of the GT-series Ford supercar: the GT70 rally car of 1970 originally packed a 2.6-liter V6. That engine was later replaced by a 1.6-liter inline-four, which puts another crack in the theory of the eight's hegemony over the history of the series – as does, we'll point out, the Bugatti-like quad-turbo V12 that featured in the GT90 concept of 1995 that sadly never made production. The point is that divergence from V8 tradition shouldn't dissuade anyone from getting excited over the arrival of the new GT, and we're looking forward to seeing what she can do – on and off the track. Related Video:

A cool boost to turbocharger performance

Since the advent of the forced-induction engine, we have been looking for ways to get every drop of performance we can. There are many approaches to getting additional power using better intercooling, water injection, or even adding nitrous oxide. One take on a short instant burst of power is being researched by Mahle and involves providing supercooled air to an engine, which allows it to burn a leaner fuel mixture and produce more power. The supercooling idea is not new and was examined by Ford in 1993 on the Mustang Mach III concept car, then brought up again in 2003 with the SVT F-150 Lightning concept. Ford called its system the SuperCooler; it was designed to work with any turbocharged or supercharged engine equipped with a water-to-air intercooler. The system on the Lightning concept used a small tank of antifreeze that was hooked up to the truck air conditioning compressor. The air conditioning compressor cooled the antifreeze down to about 30 degrees. The other side of the tank was hooked up to the air-to-water intercooler, which usually had a temperature over 100 degrees. Once the antifreeze was circulated from the tank into the intercooler, it would lower the intercooler temperature and provide for a cooler, denser air charge into the engine; the result was around 50 extra horsepower for a burst of about 30 seconds to a minute, depending on the size of the tank. The system for the Lightning was to be offered as a $750 option and would have been targeted towards drag racers and the like, as it could be used for a run down the drag strip and then re-cooled by the time the truck was back in line. The system was fairly non-intrusive – it only weighed about 25 pounds and did not require a new compressor or intercooler. But as with many concepts, it was ultimately scrapped. The technology was always stuck in the back of my mind, but with larger and more powerful engines being produced it could not find its place. With the advent of new fuel economy standards, we have seen small-displacement turbocharged engines pop up and they seem like the perfect candidate for this type of technology. Ford's EcoBoost 1.0-liter three-cylinder turbocharged engine, as used in the Fiesta and Focus, is one such candidate for this technology. It would add a negligent amount of weight but could provide a boost of 10 to 20 horsepower when needed, like merging onto the highway or catching up to traffic.