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Watch the Le Mans Audi R8 safety car drift during red flag

With open-wheel, prototype, and GT cars so dependent on keeping their tires warm, European series enlist much higher-performance cars than the family sedans that pace the NASCAR field. That also means their drivers need to know their way around a race track. Yannick Dalmas, the driver of the 24 Hours of Le Mans' Audi R8 safety car, proved that point during heavy rains yesterday. The four-time Le Mans champ and former F1 driver had a bit of a moment during the red flag. We don't know if Dalmas was having a bit of fun or genuinely getting out of trouble on the deluged track, but cameras caught him executing an lurid drift that will probably end up in an Audi commercial in the near future. It's hard to tell what section of the track Dalmas went drifting at – it's pitch black in the video – but based on the downward, right-hand bend, we're guessing it was between Tertre Rouge and the start-finish line, maybe in the Esses. You can see the big moment in the video, which generated plenty of cheers from the red-flagged racers and their pit crews. Stick around for the end of the video for Porsche driver Mark Webber's impressed reaction. Related Video: News Source: TheGamingCouple via YouTube Motorsports Audi Coupe Racing Vehicles Performance Videos circuit de la sarthe

Next Audi Q7 to debut with electric turbocharger?

For years, the concept of an electric turbocharger was essentially a joke sold on eBay to boost power in your slammed Civic, but in the last five years it has moved from an idea on a piece of paper to a feasible reality. Audi has already toyed with a showcase of the cutting-edge tech in road cars with the RS5 TDI concept. Now, reports suggest an electric turbo may make it to the streets as soon as next year in the next-gen Q7 (spy shot pictured above).
"I can confirm we are working on the development of the e-boost definitely," said Ulrich Weiss, Audi's diesel engine boss, to Australia-based Drive. He didn't give an exact timeframe but hinted at sometime next year, possibly in the Q7. He also suggested the chance of an RS-branded diesel model in the vein of the RS5 TDI concept on the horizon, as well.
This tech isn't entirely new for the folks in Ingolstadt. Audi's R18 endurance racer already uses such a system to capture waste heat from the engine, converting it to electric power to further power the hybrid car. The RS5 TDI concept employs a similar idea with a 3.0-liter, twin-turbocharged V6 with an electric supercharger to make up for the turbo lag. It's able to pump out 385 horsepower and 553 pound-feet of torque and allegedly sprint to 62 miles per hour in four seconds.

Audi builds 5-millionth vehicle with Quattro

Quattro, the trademark name Audi has put on its all-wheel-drive system engineered for passenger vehicles, recently celebrated its five-millionth installation. The driveline has been offered in more than 140 different vehicles since its introduction more than three decades ago.
The all-wheel-drive technology made its world debut at the 1980 International Geneva Motor Show, beneath the floorpan of the Quattro Coupé, a low-volume two-door. It didn't take consumers long to embrace Audi's innovative approach. While most four-wheel-drive systems at that time utilized heavy transfer cases or second cardan shafts, Quattro was virtually tension-free, light, compact and efficient. Most importantly, enthusiasts found it was especially suitable for sports cars.
Today, the automaker offers Quattro on its full line of passenger vehicles and it is unquestionably successful (the technology enjoyed a 43 percent take rate in 2012). On models with transverse-mounted engines (A3 and TT), Audi uses an electronically controlled multi-plate clutch with hydraulic actuator. Under normal conditions, the clutch sends power almost exclusively to the front wheels (if wheel slippage occurs, up to 100 percent of the torque may be sent to the rear). Vehicles with transverse-mounted engines (A4, A5, Q5, etc...) use a self-locking center differential sending 40 percent of the engine torque to the front axle and 60 percent to the rear under normal conditions (it is able to send the majority of the power to the axle with better traction when needed). The highest-performing Quattro systems use torque vectoring to further improve cornering grip and speeds.