2013 Audi A8 L 4.0t Lwb Quattro on 2040-cars

Auto blog

New Audi Sport Quattro Laserlight geeks out with mad lumens

It's safe to say that, at least as far as automotive companies go, Audi's Sport Quattro Laserlight concept car is stealing the show here at CES in Las Vegas. The car's 700-horsepower hybrid powertrain and carbon-fiber bodywork mean that it would go like stink if it were ever allowed to turn a wheel, and the shapely coupe stance looks every inch the part of a modern-day super coupe, too. Better yet, the laser-powered headlamps that are the crowning glory of the concept car are actually slated for production at some point in the not-distant future.
We're talking about lasers here, folks. I don't know about you, but if you had told the 10-year-old, Real Genius-watching version of me that there'd one day be a car with lasers for headlights, well, I'd have wanted one of those things, pretty bad.
Anyway, Audi's lasers may not be able to ignite a giant pack of Jiffy Pop from space, but they are set to be the new standard for illumination on the road. The laser lights are nearly three times as bright and beam twice as far as current, top-notch LED high beams and were called "safer, sharper and more efficient" compared with existing technologies. That "safer" part works on two levels: the brighter beams offer far better visibility, naturally, but Audi also tells us that they won't dazzle oncoming drivers like traditional high beams will. That means you can drive with the maximum illumination at all times. Cool stuff, here at CES.

Who doesn't want an Audi RS7 with turbo horns?

Very little is known about the origins of this exhaust-horned and turbo-eyed beast. The guys at Road & Track tracked it down as far as a Russian tuner named Total Race. Aside from that, what we have here is video of an Audi with no hood and two huge turbos sitting on top of its 4.0-liter V8 instead of nestled in the engine's vee where they belong. And those crazy and haphazardly routed exhausts. We also don't know how much power this thing is making, but from the way it launches away from the camera, we're going to go with "a lot." The YouTube clip claims this is the Stage 10 tune, but who knows. Granted, the drivetrain probably can't take everything this Frankensteined engine could theoretically put down, so there's likely some kind of electro-wizardry at play limiting output until it at least hooks up. And if traction control still exists somewhere in there it might be helping keep the tires from melting. Chances are some part of the driveline will grenade itself if you try this too many times, but hey, as long as you get one or two decent YouTube vids first, right? Even if it doesn't add any meaningful power output beyond the RS7 Performance's already plentiful 605 ponies, we can't bring ourselves to care. The high-pitched sound of the exhaust from those heat-wrapped pipes jutting out like the horns of a crazed antelope are simply priceless. Thank you, Russia. Related Video:

Stanford goes from Pikes Peak to Thunderhill with autonomous Audi TTS

In the years since Stanford University engineers successfully programmed an Audi TTS to autonomously ascend Pikes Peak, the technology behind driverless cars has progressed leaps and bounds. Back then the Audi needed 27 minutes to make it up the 12.42-mile course – about 10 minutes slower than a human driver. These days, further improvements allow the vehicle to lap a track faster than a human. The researchers recently took their autonomous TTS named Shelley to the undulating Thunderhill Raceway Park, and let it go on track without anyone inside. The Audi reportedly hit over 120 miles per hour, and according to The Telegraph, the circuit's CEO, who's also an amateur racing driver, took some laps as well and was 0.4 seconds slower than the computer. To make these massive technological advancements, the Stanford engineers have been studying how racers handle a car. They also hooked up drivers' brains to electrodes and found the mind wasn't doing as much cognitively as expected. It instead operated largely on muscle memory. "So by looking at race car drivers we are actually looking at the same mathematical problem that we use for safety on the highways. We've got the point of being fairly comparable to an expert driver in terms of our ability to drive around the track," Professor Chris Gerdes, director of Stanford's Revs Program, said to The Telegraph. With progress coming so rapidly, it seems possible for autonomous racecars to best even elite drivers at some point in the near future. Related Video: