2003 Ford Ranger Edge Xtra Cab Pick-up on 2040-cars

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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.

Ford, GM to collaborate on 9- and 10-speed transmissions

Back in October, there were reports that General Motors and Ford Motor Company were hard at work co-developing new nine- and ten-speed automatic transmissions, and now both automakers have confirmed this joint operation. While there are no specific vehicles mentioned to receive either transmission, a collaborative press release issued by GM and Ford mention that the transmission will be designed for front- and rear-wheel-drive cars, crossovers, trucks and SUVs.
These aren't the first powertrain components developed jointly between these cross-town rivals, either. The six-speed automatic currently used in vehicles like the Ford Edge, Ford Fusion, Chevrolet Cruze and Chevrolet Equinox was engineered in a similar fashion. As is the case with this existing transmission, both automakers will assist in the design, development and testing of the new transmissions, but each will build its own units in its own factories. Scroll down for the official press release.

Electric pickups compared: 2025 Ram 1500 REV specs vs. Silverado EV, F-150 Lightning

Now that the 2025 Ram 1500 REV has been revealed, along with its most important specifications, we now have information on all of the mainline Big 3 electric full-size pickup trucks. So it's time to see how the numbers stack up, because trucks are all about numbers. We'll see how the Ram compares to the power, battery capacity, payload, towing and other features of the 2024 Chevy Silverado EV and the 2024 Ford F-150 Lightning. Power and torque The Ram has just one powertrain option. It features two electric motors making 654 horsepower and 620 pound-feet. That gives it the most powerful standard powertrain, if not the most torque, as the Chevy Silverado EV has 510 horsepower and 615 pound-feet of torque, while the F-150 Lighting has 452 horsepower and 775 pound-feet. But the Chevy and Ford each have upgraded motor combinations. The Silverado is the most potent with 754 horsepower and 785 pound-feet, and the F-150 has 580 horsepower and 775 pound-feet. The GMC Sierra EV will also be available with this more powerful pair of motors, and most of its specifications will be the same as the Silverado. There are a couple of exceptions which we'll note when they come up. All three trucks come standard with dual motors and all-wheel drive, regardless of output, battery or trim level. They're all available with locking rear differentials, too. Ford F-150 Lightning front low View 48 Photos Battery, range and charging The Ram is packing some serious packs of batteries. The standard model gets 168 kWh and an estimated range of 350 miles. And the optional 229-kWh pack is estimated to deliver 500 miles of range. That's more capacity and range than the others. It also boasts an 800-volt battery system that allows for close to 350-kW charging. The Ford F-150 Lightning has a base battery of 98 kWh with a range around 230 miles. Optional is a 131-kWh pack with between 300 and 330 miles of range, depending on other vehicle specifications. It's the slowest charger, only allowing 150-kW charging maximum. The Silverado EV's battery specs are a bit nebulous. At launch, it will only be available with one battery pack option that GM claims will provide around 400 miles of range. The company didn't give an exact capacity, though. We would guess its size falls between the Ram's 168 and 229 kWh packs. A smaller battery pack will be offered later, with a shorter but unknown range. The Silverado can use 350-kW fast charging like the Ram.