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Audi building 50 camouflaged Jon Olsson Edition A4 Avant wagons [w/video]

Swedish Autoblog readers, have you been driving your Audi A4 Avant wagons and thought, 'You know, I really wish my car looked more like a camouflaged World War II battleship?' Well, great news for you, as skier and Audi enthusiast Jon Olsson has teamed up with the German brand's Swedish outfit to offer this new limited-edition A4 Avant.
Finished in a camo patterned after Olsson's own RS6 Avant (which you can view in the video below) and slope-ready Lamborghini Gallardo, the Jon Olsson Camo Edition will cost fans of Smörgåsbord 399,900 Swedish Krona ($62,071 at today's rates). For that sum, you'll get the aforementioned A4 Avant wrapped in the Olsson-designed camo, as well as sport seats, a roof box, Xenon headlights, black 19-inch wheels shod in winter rubber, a sport suspension and Audi's S-Line exterior treatment. The Camo Edition will only be available with the 2.0-liter TDI engine and Quattro all-wheel drive.
There will only be 50 examples made, so we'd strongly recommend interested parties get down to their local Swedish Audi dealer. And if you want to see what the Camo Edition looks like in motion, scroll down for the video of Olsson's Audi RS6 Avant, finished in a similar pattern, running around Switzerland. We've also included the translated press release from Audi of Sweden. Have a look.

Audi creates new diesel fuel from carbon dioxide and water

What if you could power cars of the future with pollution created by the cars of the past? That's what German automaker Audi is hoping to achieve by creating a new synthetic fuel using renewable energy to turn water and carbon dioxide gas into a new kind of fuel they call "e-diesel." The new diesel is being produced at Audi's pilot plant Sunfire in Dresden, Germany. Only a few gallons were created, which the German Federal Minister of Education and Research Johanna Wanka put into her Audi A8 to prove the fuel's bonafides. The base fuel is known as "blue crude" and begins from a green source. Audi uses electricity from wind, water or solar power sources to separate hydrogen from oxygen in water. The hydrogen is then mixed with carbon dioxide which has been converted in carbon oxide. The blue crude is then further refined to create the e-diesel. The carbon dioxide is currently supplied by a biogas facilities, but some of that CO2 was captured from the air. "The engine runs quieter and fewer pollutants are being created," says Sunfire CTO Christian von Olshausen. The fuel can be combined with conventional diesel fuel, as biodiesel fuels already and would be competitively priced against regular diesel, according to Gizmag. Sunfire can produce about 42 gallons of e-diesel a day. That seems like barely a drop in the bucket in terms of Europe's energy use, but Audi is ready to commercialize the technology with plans to expand production with a bigger facility in the future.

Audi works on AI with this mini Q2 that can park itself

Audi created a special Q2 that possesses the ability to find parking spaces, drive to them, and park itself. However, you won't be able to ride in it yet, because it's rather small. The Q2 is actually a 1/8-scale electric-powered model of the compact crossover, but the technology inside should eventually scale up. The model features just two mono cameras, one facing forward and the other rearward and 10 ultrasonic sensors around the body. According to Audi, the on-board computer uses information from all of these sources to figure out where the parking space is, and what maneuvers are necessary to enter it. The Q2 uses trial and error to improve how it parks. Audi will explain this Q2 and its artificial intelligence technology at a conference in Barcelona, Spain, this week. According to Audi, the subsidiary that created this model, Audi Electronics Venture, will transfer the tech to a full-size car in the next step of the project. With cars that can parallel park autonomously, and drive semi-autonomously, it's not hard to imagine them piloting themselves through parking lots on their own in the near future. Related Video: