2001 Audi A6 Quattro Base Sedan 4-door 4.2l on 2040-cars

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Felix Baumgartner parachutes into racing at N?rburgring 24

There are plenty of commonalities to be found between astronauts and racing drivers. Both are daredevils by definition (if not by trade), both subject themselves to unfathomable G forces and both face very real risks when strapped into machinery that makes the very best use of advanced propulsion, aerodynamics and composite construction technologies. Yet you don't find much crossover between the two. There was talk of Niki Lauda, himself an experienced pilot, training to go into space with Virgin Galactic (which itself was sister to an F1 team for a while in Richard Branson's empire), but that didn't seem to materialize. Now we're receiving news that Felix Baumgartner will contest the Nürburgring 24 Hours this year.
Felix Whomgartner, you ask? Felix Baumgartner. He's more of a skydiver than an astronaut, but he made history in 2012 when he jumped out of a space capsule and set the record for the highest altitude in a manned balloon, the parachute jump from the highest altitude, and the highest velocity freefall as part of the Red Bull Stratos initiative. In other words, he may as well be an astronaut, because he fell down to the earth's surface from the stratosphere.
For his next challenge, Baumgartner will be climbing into an Audi R8 LMS Ultra in an attempt to tackle the Nürburgring. Having contested a handful of spec races under the VW Group umbrella, he'll undertake several test sessions and practice races before the main event in June, in which he'll alternate behind the wheel with professional racing drivers Frank Biela, Marco Werner and Pierre Kaffer. The initiative is part of the Audi race experience program that allows gentleman racers to team up with seasoned pros to take part in real races. Baumgartner will undoubtedly prove its highest-profile participant.

New Audi Quattro concept coming to Frankfurt?

We first saw the Audi Quattro Concept at the 2010 Paris Motor Show, and since then we've been tugged this way and that by a series of rumors as to whether the car will be built or not, and whether such a car will live at the accessible or the exalted end of the cost spectrum. A report in Germany's Auto Zeitung from June restarted the fires of gossip with a report that a production version of the concept will appear at the Frankfurt Motor Show, and put it firmly in the exalted sphere.
Now, just a month from the show, Auto Bild has a similar report, sketching out an upmarket car but on a different platform. Back when we drove it, the Quattro concept was built on a spaceframe based on the RS5 platform and got its go from a 2.5-liter five-cylinder engine with 380 horsepower and 354 pound-feet of torque (the show car got 408 hp from a turbocharged five-cylinder). The June report from Auto Zeitung said this new reveal would be powered by a modified version of the twin-turbo 4.0-liter V8 from the RS7 that would put out something like 650 hp. Auto Bild, on the other hand, reports that the engine will be tuned to something like 600 hp and the new concept will ride on an "enhanced" version of the A6 platform.
Both reports agree that the car we'll see will preview Audi's new design language with "tauter, more angular lines." Lightweight and exotic materials will be used in efforts to reach a supposed target weight of 1,200 kilograms (2,640 pounds), down from a target of 2,900 pounds in earlier report. Auto Bild says that Audi still hasn't decided whether to make a production version, but if they are correct about the direction of the concept, any retail offering based on it isn't going to be cheap.

Audi A3 Sportback e-tron gets top grades in European crash tests [w/video]

In simplistic terms, the Audi A3 Sportback e-tron plug-in hybrid will go real far when it needs to go and stop when it needs to stop. The PHEV has now been certified to protect its occupants when they need to be protected. So there's not much more that you can ask from a vehicle. The model received a maximum five-star crash-test rating from the Euro NCAP group, receiving top marks for front, side and rear collisions. The Audi also received kudos for the "multi collision brake assist" feature, which automatically engages the brakes once the car's been in a crash so that it doesn't get into another one. The plug-in hybrid was already getting positive responses from prospective customers. Last month, Audi said it stepped up its production of the model at its German factory from 30 units a day to 50. The PHEV can travel up to 30 miles on electricity alone and another 550 miles on a full tank of gas. More impressively, it has a 157 miles per gallon equivalent (MPGe) rating, using the European driving cycle. Check out a video of the test and Audi's press release below and read our driving impressions here. Five stars for the Audi A3 Sportback e-tron from Euro NCAP Top marks in the front, side and rear collision categories The new Audi A3 Sportback e-tron also offers a high level of safety for children Special prize for Audi pre sense basic and multicollision brake assist system Ingolstadt, December 10, 2014 – The Euro NCAP consortium has awarded the new Audi A3 Sportback e-tron* the maximum five star rating for crash safety. This puts the first volume production plug in hybrid from Audi among the safest cars in its class. The test panel was impressed by the Audi A3 Sportback e-tron across the board: As a result the plug-in hybrid earned top marks in protecting adults and children in a front, side or rear collision. The model also passed tests of its pedestrian protection with flying colors. This year Euro NCAP additionally tested assistance systems for the first time. The A3 Sportback e-tron with Audi pre sense front and Audi active lane assist also fulfilled the stringent requirements in this category. The model received the special "Euro NCAP advanced" prize for its Audi pre sense basic passenger protection system as well as for the Audi multicollision brake assist system that comes as standard equipment. This function initiates braking automatically in case of an accident to reduce the risk of skidding and the danger of a subsequent collision.