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Audi RS7 prototype is world's sportiest self-driving car [w/video]

Audi may not be the only automaker out there toying with self-driving automobile technology, but it is arguably the fastest of them. A few years back, it raced unleashed a driverless TTS on the Bonneville Salt Flats, then sent it up Pikes Peak and around Thunderhill. But now it's taking things a step further with the vehicle you see here.
This RS7 Sportback has been fitted with steering, brakes, throttle and transmission hooked up to a computer system that combines GPS, high-frequency radio signals and 3D imaging camera to drive the vehicle autonomously not just in slow-paced, stop-and-go traffic, but around the track at the same pace a professional racing driver would push it: full throttle on the straights, full braking before the corner and 1.1-g of cornering force.
As promised, Audi plans to unleash the self-driving RS7 - which it calls "the sportiest piloted driving car in the world" - at Hockenheim next weekend prior to the DTM season finale, where it is anticipated to pull a 2:10 lap time. The next stage will be to set it lose on the Nürburgring Nordschleife, all 154 turns and 13 miles of it, which ought to pose a heck of a challenge to the engineers from Ingolstadt. In the meantime you can scope it out in the high-res image gallery above and the second teaser video below.

2017 Audi A5 First Drive

It might not look it, but behind the 2017 Audi A5's evolutionary styling update there's a new platform and a host of mechanical and technological upgrades that make it the most advanced offering in its class. We got to sample the new A5 on the windy roads outside of Porto, Portugal, which gave us an in-depth look at the car underneath the unremarkable exterior. The A5 may no longer be the haute couture choice in this segment Í­– that title goes to the Mercedes-Benz C-Class Coupe – but there isn't a bad line on the new car, and it's more creased and toned than before. Given the bulging hood and chunky C-pillar, we'd say its gym membership is paying off. This might look more like a mid-cycle update, but what's underneath is new: a scalable architecture known internally at VW Group as MLB Evo, an optional seven-speed dual-clutch gearbox, and the third-generation EA888 2.0-liter, four-cylinder turbocharged gasoline engine. This engine debuted in the A6 and is rated at 252 horsepower and 273 pound-feet of torque. That's a healthy 32 hp and 15 lb-ft more than the 2016 A5's 2.0-liter offered, and it showed on our spirited drive through Portugal's grape-growing region. A handful of A5s will leave the factory with six-speed manuals, but most buyers will find a new seven-speed dual-clutch transmission in place of last year's eight-speed conventional automatic. Audi worked hard to improve initial throttle response to eliminate the clunkiness endemic to torque-converter-free transmissions. In urban slogging, the gearbox does a very convincing impression of a traditional automatic. In sport mode, the transmission livens up and delivers the rapid-fire shifts we expect from this type of gearbox. We did not have the opportunity to sample the stick. Our test car had Audi's Euro-spec version of this engine, which utilizes both direct and port fuel injection. American models will forgo the latter. Brisk acceleration is matched by a subtle growl piped in from under the hood at higher rpm – about the only noise you'll hear. The A5 is astonishingly quiet. In fact, it was that quietness that encouraged us to leave the coupe in the Drive Select's comfort setting for much of our drive. Drive Select tweaks the car's steering, throttle response, and, on cars so equipped, the optional adaptive suspension. Truth be told, Comfort rides a little too plush and Dynamic a little too firm.

The real reason Audi races

The world has watched Audi have its way with endurance racing since 1998. What started as an intriguing race winner in 2000 that could be rebuilt so quickly that the ACO oversight organization changed the rules to slow Audi mechanics down, slowly morphed into a unique assassin, employing novel engineering methods to achieve series domination with its R18 E-Tron Quattro. Until recently. It's strange, then, that for all these years we didn't fully comprehend Audi's stated approach to motorsport. And so we sat down with Dr. Wolfgang Ulrich, head of Audi Motorsport, and Chris Reinke, head of Le Mans Prototype development while in Austin, TX, for the Lone Star Le Mans and World Endurance Championship race for answers. BMW, Corvette, Porsche, and Ferrari have healthy reputations, lucrative option sheets, and supported a robust trade in special editions by winning races. They have standalone racing divisions and they transfer the entire sheen of their racing endeavors to their road cars, a healthy part of what their customers buy into. Even though we know they improve their road cars with lessons learned racing, the belief is that they race because that's just what they do; those brand names mean racing. "Not one single euro is spent on a separate motorsports program." Yet Reinke said that for Audi, "Not one single euro is spent on a separate motorsports program. We [Audi Motorsport] are part of the Technical Department [of the road car company]. We are a pre-development lab for road-relevant technology." As in, Audi isn't racing out of core philosophy, it's racing only to improve its road cars. That helps explain why Audi's entire road car lineup doesn't bask in the same racing aura as those other brands even though Audi has been racing since it was called Horch. It's not a racing brand, it's a technology brand. Said Ulrich, "Instead of components, look at technologies – not lights, but lighting technologies, not engines, but engine technologies, like injection pressure technology is the same from the race car to the road car." That's nowhere near as exciting as, "Win on Sunday, sell on Monday," but it is arguably much more practical. Quattro is the most obvious example of racing tech for the street. For a less obvious one, Reinke said, "Audi Motorsport developed codes for computational fluid dynamics, and then we'd run the calculations on the Technical Department computers at night.