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Audi Q1 captured wearing production metal for first time

Audi is getting closer and closer to introducing its smallest crossover ever in the form of the new Q1. Now, we have our very first shots of the mini cute ute wearing its production skin. Expected to make its debut in 2016, it would seem that the Q1 will follow the trend set by the Q3 and draw inspiration from the brand's Q5 mid-sizer. Proportionally, it doesn't look dramatically smaller than the Q3. The front overhang is similarly sized, although there's a smaller rear overhang and a more aggressive rake to the rear window. The front windshield looks more aggressive too, and overall, the Q1 looks to sit lower to the ground than its big brother. While it shares a number of parts with the current Audi A1, when the Q1 debuts, it won't be based on the same platform. Audi's smallest car rides on the Volkswagen Polo's platform, while our spies report that the Q1 will instead be based on the Volkswagen Group's MQB platform. Despite the different platforms, though, expect there to be some sharing of powerplants. That means a variety of gas engines, and likely a version of the A1's 1.6-liter, turbodiesel four-cylinder. There should also be an SQ1 coming shortly after the standard model debuts. You know, for all the folks demanding a high-performance, all-wheel-drive, luxury mini crossover. Check out the full gallery of spy photos at the top of the page.

Audi debuts all-new R18 E-Tron Quattro with novel secondary hybrid system

This is the new Audi R18. It looks like the Bond villain of race cars (it has red running lamps), and if Audi's past is any indication, it'll prove difficult to beat in the LMP1 class of the 2014 World Endurance Championship.
The car's full name is the Audi R18 E-Tron Quattro, just like last year's car. Also like last year's car, the new R18 draws its power from a V6 turbodiesel, which powers its rear wheels, and Audi's E-Tron hybrid system, which runs its front axle. Unlike last year's car, though, this R18 has a secondary hybrid system. Audi has fitted the V6 with an electric turbocharger and figured out how to capture waste heat generated when the engine reaches its boost limit. That power can then be stored and fed back into either the turbo or the front axle's hybrid system under acceleration.
There are a number of changes to the body on the new car, forced in large part by series regulation changes. The car is narrower, particularly at the front, but it's also taller. The front end is set off by a new wing, as part of a new WEC regulation. Audi seems quite pleased about this, citing an improvement in front-end downforce and a reduction in cost. Like Formula One, the WEC contenders now have to contend with a ban on the so-called blown diffuser, which forced exhaust gases over the diffuser, creating downforce. That's necessitated some changes from Audi, although as we have no rear shots of the car, we can't tell you what it looks like.

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.