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2014 BMW M6 Gran Coupe is ready for your favorite roads

We've known about the ins and outs of the lovely BMW M6 Gran Coupe for a while now, but that doesn't mean we weren't happy to see the thing in the metal for the first time, here in Detroit.
The M-tuned Gran Coupe utilizes the same 4.4-liter forced-induction V8 that powers both the BMW M6 and the M5, with an output of 560 horsepower and 500 pound-feet of torque. The fast four-door brings up 60 miles per hour in just 4.1-seconds - the same sprint time as the M6 coupe and a few tenths quicker than the M5 - and up to a limited top speed of 155 mph.
We love those performance figures - this is one new Bimmer that we're amped to get some seat time in - though we're not super crazy about the selection of chrome wheels on this particular show car. Tells us what you think about the hotted up Gran Coupe in comments, below.

BMW has the first smart emergency system for motorcycles

While cars and trucks have long had smart emergency systems to send help in the event of a crash (think services like OnStar), motorcycles have had to go without -- a scary thought if you've ever worried about wiping out miles away from help. That's where BMW might just save the day, though. It's introducing the first smart emergency tech for motorbikes, Intelligent Emergency Call, to give the two-wheel crowd a proper safety net. You can trigger it yourself, such as when you need to help a fellow motorist, but the real magic comes with its automatic responses. IEC's acceleration and lean angle sensors can not only tell if your bike falls or crashes, but time the call for help based on severity. A bad accident will call for help immediately, for instance, while a gentler incident provides a delay so that you can cancel the call. If things are dire enough for that call to go out, it'll send your ride's position at the same time. Don't expect to see this system in North America, at least not any time soon. IEC will first launch in Germany sometime in early 2017, and it'll spread to other European countries soon afterward. There's no mention of availability in other countries, unfortunately. However, you may well see equipment like this become widespread among bike makers eager to one-up the competition.Related Video: This article by Jon Fingas originally ran on Engadget, the definitive guide to this connected life. BMW Driving Ownership Safety Motorcycle Police/Emergency transportation gear

Recharge Wrap-up: BMW i sales hit 50k, SsangYong SIV-2 concept

BMW sold its 50,000th i car in January. The i3, which launched in September 2013, made up roughly 83 percent of those sales. The considerably more expensive i8, which launched in June of 2014, understandably made up fewer sales. The i3 is currently sold in 49 countries, while most of the i8's sales came from the US, UK, Germany, and Norway. Through December, cumulative i3 sales reached 17,116 in the US, 5,063 in Germany, 4,494 in Norway, 3,747 in the UK and 1,348 in Switzerland. i8 sales were 2,820 in the US, 964 in the UK and 793 in Germany. BMW sold 29,513 i-Series cars in 2015, and 1,255 in January of 2016. Read more at Hybrid Cars. SsangYong will debut its SIV-2 concept at the Geneva Motor Show. The SIV-2 – which stands for Smart Interface Vehicle – uses a 48-volt mild hybrid system with a turbocharged, 1.5-liter, four-cylinder engine, 500-Wh battery pack and 10-kW electric motor. The Korean automaker says the modular SIV-2 platform can also accommodate plug-in hybrid and battery electric versions. Alongside the SIV-2, SsangYong will introduce a new Tivoli XLV crossover, based on the XLV Air concept, which is expected to offer competitive fuel economy. Read more at Green Car Reports. Worcester Polytechnic Institute is receiving a $1 million contract from the United States Advanced Battery Consortium (USABC) to make recycled plug-in hybrid batteries. The 50-percent cost-share contract will help Worcester Polytechnic scale up its recycling process to make batteries using recycled cathode material. The process, which USABC calls "novel and efficient," will make the batteries less costly than ones made with all-new material, "thereby offering a value-driven path towards improved sustainability." United States Council for Automotive Research executive director Steve Zimmer says, "These programs are critical to advancing the technology needed to meet both near- and long-term goals that will enable broader scale vehicle electrification." Read more in the press release below. USABC AWARDS $1 MILLION TO WORCESTER POLYTECHNIC TO DEVELOP PROCESS FOR RECYCLED PHEV BATTERY CELLS SOUTHFIELD, Mich., Feb.