2012 Audi Tt-rs Quattro W/ Stasis Engineering Software Upgrade, Ttrs, Tt Rs on 2040-cars

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Next-gen Audi A7 spied from afar

The 2018 Audi A7 has been spied testing from afar. The blurry photos reveal very little about the upcoming sedan, which is covered in heavy camouflage. The next A7 appears to retain its iconic fastback design and is sporting the automaker's single-frame grille with slimmer headlights. In typical Audi fashion, we expect the upcoming A7 to get subtle changes that give the sedan a more muscular look, while maintaining the overall appearance of the current model The next-gen A7 will utilize the MLB Evo platform that can be found on the Audi Q7 and should make its way onto the upcoming Audi A8, as well. The platform should help the A7 lose some weight and give the sedan better driving characteristics. The upcoming A7 should have similar engine options as the current model, which include a supercharged 3.0-liter V6 and a twin-turbo 4.0-liter V8. European countries will most likely get a diesel model with a rumored plug-in hybrid variant coming in the near future. Related Video: Featured Gallery 2018 Aud A7 Spy Shots Image Credit: CarPix Spy Photos Audi Hatchback Luxury Sedan

Audi A8 could spawn Mercedes-Maybach S600 rival

Five years ago, there was no middle ground for big luxury sedans. You either bought a $100,000 Mercedes-Benz S-Class, Audi A8, or BMW 7 Series, or you spent $225K on a twelve-cylinder Bentley Continental Flying Spur. But today, the market is changing. Bentley sells a V8-powered Flying Spur for around $200,000 and Mercedes is successfully selling a longer, twelve-cylinder, ultra-lux S-Class for $190,000. The middle ground is growing, and Audi wants in on the action. Audi is looking closely at the Mercedes-Maybach S600, according to Dr. Stefan Knirsch, the company's new technical leader. The company recently introduced a one-off A8 limo, shown above, although we'd imagine an S600 rival would be a more manageable size. "We are thinking about it," Knirsch told AutoExpress at the launch of the new SQ7. "The success of the extra-long version of the S-Class has got us wondering about whether there could be a business case for that in the future." Knirsch's comments raise a number of questions about a potential ultra-lux A8. Would it be longer than the A8L? The extra backseat space is a key part of the Maybach S600's appeal. What about the badge? Audi doesn't have a nameplate to rival Maybach to distinguish such an exclusive A8 from its more affordable siblings. Will the Audi offer more or fewer shades of black/silver than the S600? But the biggest question is what a bigger, more luxurious A8 could mean for the rest of the A8 range. As AE explains, Mercedes has done a remarkable job of fleshing out the S-Class range, with the normal sedan, Maybach, Coupe, Cabriolet, and their accompanying AMG variants. The Maybach S600 started that process – could an extra-large competitor kickstart Audi's full-size luxury expansion? The A8 has long been subject to gossip that it'd spawn an A9 Coupe (2014's Prologue Concept only fed that particular rumor mill), after all. Beyond hinting at a more luxurious A8, Knirsch expounded on another piece of exciting news: the next A8 will get Level 3 automation. That would mean full driverless ability "with the expectation that the human driver will respond appropriately to a request to intervene," according to the SAE's official definition. While Audi confirmed last year that the A8 could drive itself at speeds up to 37 miles per hour, Knirsch's more specific comments make it sound like the system could be even more advanced than originally thought. Related Video:

Audi wants to keep you healthy while behind the wheel

Health tracking is all the rage. You can get smart watches and smart wristbands and all sorts of silly tech to give you intricate metrics about your wellbeing. Hell, my bathroom scale is connected and will automagically sync my latest weight, body fat, and heart rate readings to an app on my smartphone. Bathroom scales and wearables aside, Audi is hoping to bring this fitness-tracking tech to four wheels with its new Fit Driver system. No surprise, the new program was announced at the technophile's paradise that is the Consumer Electronics Show. Paired with a wearable, like an Apple Watch or FitBit, that would monitor heart rate and skin temperature, the car's sensors can track a driver's breathing and driving style. This data can be analyzed alongside weather and traffic information, effectively allowing the car to determine how stressed or tired a driver is. Systems within the vehicle would then be tweaked to "relax, vitalize, or even protect the driver." This can take the form of an automatic massage and adjustments to the cabin temperature, ambient lighting, and infotainment. So when you're about to go full road rage because there's a Camry doing ten under in the left lane, Sirius could flip on the easy listening of Watercolors to calm you down. Naturally, this technology is still in the early stages, and there's no word about when it could actually arrive in production vehicles. But as driverless systems evolve, Audi is aiming to develop such an advanced health suite that an autonomous vehicle could detect a medical emergency, pull over safely, and call for assistance. Here's to the future, folks. Check out the official release below. Audi Fit Driver Audi envisions a future in which drivers leave their cars more relaxed than when they entered them. The car, as a personal yet simultaneously connected space, is ideal for health and fitness monitoring. Under the motto "my Audi cares for me", Audi Fit Driver will become a supportive driving companio. The Audi Fit Driver project focuses on the well-being and health of the driver. A wearable (fitness wristband or smartwatch) monitors important vital parameters such as heart rate and skin temperature. Vehicle sensors supplement this data with information on driving style, breathing rate and relevant environmental data such as weather or traffic conditions. The current state of the driver, such as elevated stress or fatigue, is deduced from the collected data.