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2015 Audi Q3 headed for Detroit before hitting US showrooms this fall

The market for small premium crossover vehicles continues to grow in popularity here in the US, and Audi is finally ready to get in on the action. Going up against competitors like the BMW X1, Land Rover Range Rover Evoque and soon-to-arrive Mercedes GLA-Class, Audi will unveil a US-spec version of the 2015 Q3 at the Detroit Auto Show next week. And in what we can only assume is an amusing coincidence, the Q3 will go on sale during Q3 of this year.
As we reported back in October, it appears that our Q3 will boast a slightly taller ride height than its European counterpart, but Audi isn't releasing too much information about the crossover just yet. What we know for sure is that it will be powered by Audi's well-liked 2.0-liter turbocharged TFSI inline-four producing 200 horsepower and 207 pound-feet of torque. A six-speed automatic transmission and front-wheel drive will come standard, while Audi's Quattro all-wheel-drive system will be optional.
Visually, the 2015 Q3 shown here has a different front fascia design than its European counterpart, but it's not immediately clear if this is exclusive to the US model or if it will be a new element for Q3 in all markets. We don't expect pricing to be announced until closer to its on-sale date, but the Q3 will definitely be stuffed with content, even in base form. Audi has already confirmed such niceties as a panoramic moonroof, Xenon headlights and heated leather seats. Delivering a good amount of practicality for its size, the Q3 will provide a maximum cargo capacity of up to 48.2 cubic feet and 16.2 cu-ft with the rear seats in place.

Audi Traffic Light Assist helps you hit every green light

Before taking a ride in Audi's impressive Piloted Driving A7, we took a short spin up and down the Las Vegas strip to check out a smaller, but intriguing piece of Audi driver assistance technology called Traffic Light Assist that promises to help drivers make every green light.
Using both live and predictive data beamed into the vehicle's navigation unit via onboard wifi, TLA doesn't need a single camera to tell you when the light is going to change. Local data sources provide information about traffic light patters, and the in car system uses that data and the motion of the car to predict exactly how long it'll be until the green light goes red.
In practice, the system shows a traffic light icon in the central display (a head-up display would be a nice option), along with a countdown timer that reads the number of seconds before a light changes from red to green. Additionally, the system corrects (nearly instantly in our demo) for changing lanes and resultant changing signals; changing a straight-through traffic lane to a left-turn lane and signal, for instance.

Mercedes and VW battling Uber and Apple to spend billions on Nokia mapping division

Whether for autonomous driving or simply better navigation, digital mapping is closely linked with the future of motoring. The sale of a major player in that industry is spurring a showdown between automotive behemoths and tech giants, and it's a fascinating battle to watch unfold. Nokia is selling its Here mapping division, and while the company might not have the name recognition of Google, it controls about 70 percent of the auto market. The business is valued at $785 million, according to Reuters, but is likely to sell for significantly more. Case in point: Uber reportedly submitted a $3 billion bid. Apple has also been rumored to be among those interested in purchasing Here. A trio of German automotive heavyweights is mounting a challenge to Silicon Valley, though. According to Reuters speaking to two unnamed insiders, Daimler, BMW, and Audi are teaming up to submit a joint bid for an undisclosed sum. They're worried that if Here falls under the control of tech companies, then automakers might have limited availability to these vital maps in the future. Nokia bought Here for $8.1 billion in 2007, according to Reuters. The company operates a fleet of vehicles with cameras and LIDAR that drive around the world to create high-definition maps. It also generates even more information by using the GPS data from shipping and trucking companies.