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Ford running short of F-150 frames

Like most any automaker, Ford is eager to build as many F-150 pickups as it can sell. And considering that the truck has long stood as the top selling vehicle in the United States, that means building (and selling) a lot of them. Further, Ford reports that its factories are finally fully up to speed and ready to build as many F-150s as dealers can sell. Unfortunately another factor is reportedly preventing the new aluminum-bodied pickup from reaching its potential. According to Automotive News and as we've heard before, the Blue Oval automaker has had trouble getting its hands on as many frames as it needs. Though Ford would not confirm the shortage itself, AN cites union sources in reporting that the Metalsa plant in Kentucky, which produces the new F-150's frame for Ford, has been unable to meet the demand for more such frames. "Whenever you have launches, you have issues that you have to deal with in the supply base," is all Ford CFO Bob Shanks would admit. "We're always working closely with suppliers if there's an issue to sort it out. If that were the case, that's what we'd be doing." The reported supply shortage could be why plans for overtime production are reportedly being canceled at both the plants in Kansas City and Dearborn where the F-150s are assembled, despite reaching or nearing full capacity. The shortage could also help explain why, according to AN, sales of the F-Series in the United States fell nearly 10 percent last month, while the rest of the pickup market rose 17 percent. Related Video:

Black Zombie electric Mustang launches Blood Shed Motors [w/videos]

As patient zero of Blood Shed Motors, the classic pony car has received a powerful electric transplant. Lightning repeatedly vanquished the darkness like the angriest of strobe lights and thunder shook the building, punctuating the clatter of a heavy Texas rain on the metal roof as the clock ticked away the initial seconds of a rare full moon Friday the 13th. It was then that the Black Zombie came to life for the first time. Beneath the hood of this rust-free 1968 Mustang fastback, a 289-cubic-inch V8 no longer turns gasoline into heat, noise and pollution. As patient zero of Blood Shed Motors, the classic pony car has received a powerful electric transplant, and now boasts twinned Warp 11 DC motors and a pair of fresh Zilla controllers that will serve as the basic blueprint for future vehicles. Dubbed the Zombie 222 drivetrain, the setup will be limited to 750 horsepower in customer's cars to keep the maintenance experience low, and eventually will draw power from a 40-kWh battery pack. In this first example, though, the output is bit more extreme. For one day, at least, they have the 1,500-kW-capable pack that powers the record-setting Swamp Rat 37 racer belonging to Don Garlits and a brief window of opportunity to try it out on a track. Blood Shed Motors is the result of a collaboration between NEDRA co-founder John "Plasma Boy" Wayland, the man who helped bring electric vehicle drag racing to the attention of the world with his unassuming White Zombie Datsun 1200 conversion and Austin, TX business man Mitch Medford, who've put together a small team of experts in their chosen fields. The plan is to build a limited number of muscle car conversions on pristine early Mustang, Camaro, and Barracuda platforms. The plan is to build a limited number of high-quality muscle car conversions on pristine (No restored rust buckets!) early Mustang, Camaro, and Barracuda platforms. Each can be customized according to buyer's wishes and blessed with its own serial number. The price tags will be in the eye-watering $200,000-and-up neighborhood, reflective of the cost and rarity of these cars and the custom nature of the alterations. Of course, you can't just multiply horsepower and add the monster torque that these electric motors put out and expect an antique chassis to hold up.

Ford preparing camera-based Front Lighting System

Ford's European Research and Innovation Center in Aachen, Germany is in pre-development on two new lighting technologies that Ford expects to be available "in the near-term." The Camera-Based Advanced Front Lighting System uses GPS and a video camera in the rear-view mirror housing to move the adaptive headlights with the road terrain. When the car detects a roundabout or an intersection, for instance, the light beam widens to offer a bigger view of what's coming from the side. If GPS detected the intersection, the location is tagged so that the beam automatically widens when it is encountered again. The Spot Lighting system uses an infrared camera behind the grille, and is similar to but less complex than systems employed by Mercedes-Benz and Audi. When the infrared camera detects a potential hazard like a person or an animal in or near the road up to 390 feet ahead, it can shine one of two LED spotlights on the danger. A display in the dash cluster will highlight the object with a yellow or a red box, depending on the how close it is and how dangerous it might be. Even though there are only two spotlights, mounted next to the fog lights on the lower front bumper, the system can detect up to eight objects at a time. Don't expect to see these features come to the US, though. Our regulations remain opposed to such headlight trickery, so until that changes, Ford says it's focusing these developments on the European and Asian markets. The video above shows how it works, the press release below has more details. FORD DEVELOPING ADVANCED HEADLIGHTS THAT POINT OUT PEOPLE, ANIMALS IN THE DARK, AND WIDEN BEAMS AT TRICKY JUNCTIONS - Ford is developing advanced lighting technology that enables drivers to more easily see potential hazards when driving at night - Camera-Based Advanced Front Lighting System widens beam at junctions and roundabouts after interpreting traffic signs - GPS-enabled system uses forward-facing camera to remember roadways and direct lighting to help drivers better see bends in the road – effectively lighting the way home on previously travelled routes - Spot Lighting uses infra-red camera to detect pedestrians, cyclists, and animals, and highlight the potential hazards; system can detect up to eight potential hazards and highlight two highest priorities using specially designed headlights and on-screen display AACHEN, Germany, July 17, 2015 – Driving at night, particularly on unlit roads, can be a nerve-wracking experience.