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Audi's diesel-electric supercar is codenamed 'Scorpion'

Speculation continues as to the final nature of the diesel-hybrid Audi supercar said to arrive in 2016 or 2017. A previous report in Automobile had the halo coupe, based closely on the R18 etron quattro endurance racer, codenamed R20 and pegged to look like a Le Mans winner for the street with around 700 horsepower and 737 pound-feet of torque from a twin-turbo V6. Now Car and Driver has updated the gossip with a report that the car is internally called "Scorpion," and it will be even closer to the R18 than supposed.
CD says the heart of the car will use the R18 etron quattro's carbon fiber tub and its engine will be "taken directly" from the race car. That means a 3.7-liter V6 with a single turbo that, in ACO-spec restricted form, outputs 500 hp and 625 lb-ft - CD suspects production output could get to 600 hp - and drives the rear wheels, aided by hybrid motors driving the front wheels. And remember, at Le Mans the R18's hybrid motors can't kick in until they're above a certain speed in order to prevent Audi from getting an advantage coming out of slow corners. A street car wouldn't face that restriction.
The Scorpion would be a fulsome and undiluted example of the technologies Audi has created during its return to sports car racing. Its exterior design hasn't been finalized, with CD citing either the convoluted concept of "a retro take on the future of racing" or packaging that would adhere to the R18's looks. To make sure it is properly appreciated and sells well, production could be limited to the same 333 units as the R8 GT and A1 Quattro.

Audi TT offroad concept wirelessly charges E-Tron quattro powertrain

Audi has been diving deep into the concept ideas pool for a while now, with out-there auto-show-only vehicles like the off-road Nanuk Quattro Concept (last year's Frankfurt Show) and the TT-previewing Allroad Shooting Brake (Detroit earlier this year). The automaker has also been hinting at wireless charging through its work with WiTricitiry and the Urban Concept Sportback from Frankfurt 2011. The latest evolution of these ideas is the brand-new Audi TT offroad concept show car, which makes an appearance at the Beijing Motor Show this weekend after being teased earlier this month. Putting wireless charging into an off-road body makes little sense at first glance - after all, if you're heading out into the wild, you'll be lucky enough to find a standard outlet - finding an in-ground induction pad will be near-impossible. Thankfully, we don't need to worry ourselves with this sort of logical conflict, since this is once again an auto show study. The powertrain is capable of 408 hp and 479.2 lb-ft of torque as well 123 MPGe. And that means interesting powertrain details, like a plug-in hybrid E-Tron quattro powertrain that uses two electric motors (one rated at 40 kW for the front axle, the other at 85 kW for the rear) and can even dispense with the plug part thanks to Audi Wireless Charging technology. The powertrain is capable of a total system output of 408 horsepower and 479.2 pound-feet of torque as well as a provisional fuel efficiency of over 123 miles per gallon equivalent. All with the ability to hit 100 kilometers per hour (62 miles per hour) in 5.2 seconds and a top speed of 155 mph. All-electric range is pegged at 31 miles thanks to a 12-kWH lithium-ion battery. More details than you can shake a stick at are available below. Audi says the TT offroad concept, which blends both coupe and compact SUV, could be a preview of "a new model in a future TT family," so if you've been hoping for another entry in the growing crossover coupe segment, tell Audi you'd like to see this in the real world some day. The Audi TT offroad concept show car Study combines the sportiness of a coupe with the utility of a compact SUV Powerful and efficient e-tron quattro drive with Audi Wireless Charging technology Prof. Dr.

Production 4.0: Audi plans for the smart factory

Automotive production is becoming more integrated and at the same time has to be more intelligent and more efficient. Flexible production of customized vehicles is one of the big challenges for the future, especially for a premium carmaker like Audi. How will the "Vorsprung durch Technik" brand meet its aim of offering premium quality with added custom flexibility? The company sees the "smart factory" as the key. Whether it's body-color moldings or light-alloy wheels in a special size, almost every car is ordered with some kind of customization, and the demands are increasing. This requires of course already a lot of flexibility. While the variety of models and quality demands are increasing, automotive manufacturers such as Audi are eager to make production sustainable. In an Audi interview, innovation management members Alois Brandt and Henning Loser talk about "production 4.0" and the upcoming "smart factory." How will Audi manage the production site with its very high standards of quality, efficiency, and environmental acceptability? Will the so-called "smart factory," which should be the intelligent factory of the future, only employ robots? Alois Brandt: "With a deep look into the production, I am convinced that our employees and not machines are the relevant working forces behind the Audi brand. Machines can be bought anywhere." Increasing digitalization is paving the way for the smart factory – the intelligent, digitally connected production facility. New high-tech solutions in manufacturing should further increase the high level of quality, while at the same time the assembly work should be easier and result in better ergonomics. Can you give us a clearer imagination of the "smart factory"? Alois Brandt: "There are a lot of ideas. But the big question at the moment is: Which one is really needed and leads into the right direction?" Can you tell us a little bit more about "production 4.0"? Alois Brandt: "The assembly line as we know it in the present will no longer play the same role. If it makes sense, it will be terminated and replaced by – let's call it – a virtual assembly line. The production will be more modular than before and the car will be directed to a production point – a so-called 'island of competence' – where it is needed." Henning Loser: "If the vehicle is to be assembled to the customer's wishes, it is obvious that efficient programming of robots and coordinating with the human workers is needed.