Laser Headlights – They’re Not Strapped To Sharks Are They?
This awesome story is brought to us by PopularMechanics.com. You heard right…LASER HEADLIGHTS! Who wouldn’t want that?! But, how do they work, and what does this mean in actual use? At the 2014 International Consumer Electronics Show, Audi announced that laser-based lights will make it into production cars. And Audi’s 2014 R18 race car, which will compete at the 24 Hours of LeMans, will use six laser diodes in addition to its banks of LED lights. How do you turn a laser beam into something resembling a headlight?
In the video below Audi’s Head of Lighting Innovations, at the 2014 North American International Auto Show in Detroit provides an explanation. As you can see in the video, the basic answer is that a blue laser projected onto a diode produces diffuse white light, similar to the way LEDs work and perfect for a headlight. The actual laser projector is tiny, which offers some packaging advantages compared to LEDs. What makes the laser light so appealing to carmakers is its potential to shine 1,500 feet down the road…more than a quarter of a mile! But the technology is still improving, Berlitz says. “At the moment, the laser’s not strong enough. It’s at a point where LED were about ten years ago.” Berlitz tells us that, like on the Sport Quattro Laserlight Concept, future Audis will use a combination of LED and lasers, with the lasers serving as the car’s high beams.
Vehicles today are quite complex and diagnosing them requires highly-trained, skilled, and well-equipped personnel. Unfortunately, many vehicle repair shops have failed to keep up. Often the repairs needed on vehicles are over their heads. Some fraudulent shops love to push clients to buy replacement shock absorbers and MacPherson struts. However, these fraudulent shops are a tiny portion of the auto repair industry.
Yes, you heard that right…the two companies are looking into using tomato fibers for making automobile parts! They’re testing the durability of this idea in relation to car wiring brackets and storage containers. Something like this is obviously very bio-friendly, as it employs tomato skins.