07 A4 Cabrio 2.0t-quattro-80k-heated Seats- Sat Radio Ready-automatic on 2040-cars

Auto blog

Turn Signal Reimagined | Autoblog Minute

Audi's OLED turn signal concept was revealed in 2013. The concept aimed to create real time information to those driving behind. Possibly introducing a different type of traffic safety. Audi Technology Autoblog Minute Videos Original Video OLED

Audi joins the car-sharing party with Shared Fleet

Seeing the success Zipcar and Daimler's Car2Go, more auto manufacturers are cutting out the middleman and jumping into the car sharing business. General Motors, Ford, and BMW have all introduced or announced their own programs. And now Audi has now thrown their hat into the ring with its Shared Fleet program. Like its competitors, Shared Fleet will be accessed through an app. The fleet consists of a mere three all-new and fully loaded 2017 Audi A4s and will be rolled out in a small pilot program in Durham, North Carolina. Audi plans a nationwide fleet for sometime in 2017. Through the app, customers will be able to locate and unlock vehicles. Pricing is currently unknown, but it is likely to be based off the time used, not the distance driven. The pilot program will be based at American Underground, a technology incubator in North Carolina. This will give Audi the chance to get the program into the hands of tech savvy users who have likely used competing programs. More than 700 employees at 200 companies are based at the facility. This isn't Audi's first foray into the car rental business. They previously invested a large amount into Silvercar. They also operate Audi on Demand in San Francisco, a similar program to Shared Fleet. With Audi on Demand, users can drop cars off at their destinations. Related Video:

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.