The advanced front lighting system that works by cameras, expanding the light beam intersections and roundabouts to better illuminate the dangers that are not in the direction of our journey. The new lighting technology helps attract the driver’s attention on pedestrians, cyclists and even large animals that are in the path of the vehicle or along the road.
“Many people driving at night has I had to react fast when someone or something has suddenly appeared on the road, and out of nowhere. The advanced front lighting system based on cameras helps ensure that the driver is alerted quickly about people or animals that may pose a danger, “said Ken Washington, Vice President, Research and Advanced Engineering.
Front Lighting System that conforms with cameras is built on the Adaptive Forward Lighting and traffic sign recognition of Ford, which are already available in Ford vehicles to provide drivers with improved visibility at roundabouts, the stops and gives way.
The system also uses the GPS information to better illuminate the curves and elevation changes of a given route. When there is no GPS data available, the technology used front video camera that is based on the rearview mirror to detect road markings and predict how much a bend in the road is closed, and uses that information to light this area more effectively.
In a next evolution, the camera will file the information in the navigation system. When the driver comes again on the route, the headlights will adapt the course of the road automatically, better lighting the way.
The advanced front lighting system based on cameras was developed at the Center Ford Research and Innovation in Aachen, Germany, and Ford expects the technology available to its customers soon.
The system can specifically illuminate up to two elements that pose a danger to the driver, with a semi- a line on the road surface, illuminated by two special LED headlamps that are next to the fog lights. The illuminated objects are displayed on the screen inside the vehicle, framed in red or yellow, depending on the proximity of the object and the level of danger posed.
Editorial: IMPULSONEGOCIOS.COM
Image: Courtesy Ford
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