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BMW GoPro integration now works with your iPhone

Coming this summer an upgrade to BMW's GoPro integration will combine the camera's feed with the M Laptimer app. This will let Bimmer drivers get a look at both lap telemetry and video replay at the same time. Despite the upgrades, BMW's setup lacks some of the features of the impressive Performance Data Recorder found on the Chevrolet Corvette and Camaro. BMW already let drivers control a GoPro through iDrive, but this improvement makes the functionality a lot more for track use. As soon as someone activates the M Laptimer app, the GoPro automatically starts recording. The video still saves in the camera's memory, but a low-res version also goes to the connected iPhone to sync with the app's data. Drivers can then see driving data on top of the phone's screen and the clip on the bottom (right). The M Laptimer monitors details like throttle input, speed, braking, steering angle, engine revs, fuel level, and g-force. Plus, the system records top speed, number of laps, best lap time, and the ambient temperature. We wish this system were as neatly integrated as the GM's Performance Data Recorder. For this system to work, a driver needs a GoPro HERO3 or later camera, the BMW M Laptimer app on their iPhone (4S or newer), a BMW model capable of running BMW Apps, and the phone must be connected to the infotainment system. Anything that can help shave a few tenths off a lap and then share the video of that accomplishment with buddies is a welcome improvement, though. Related Video: GOPRO INTEGRATION FOR BMW M LAPTIMER APP Two of BMW enthusiasts' favorite app integrations team up to offer an unparalleled way to capture and share their on-track experience Mountain View, CA/Woodcliff Lake, NJ – April 14, 2016 The BMW Group Technology Office USA and GoPro announced today that beginning summer 2016 the BMW M Laptimer app, a favorite app integration among driving enthusiasts, will include the ability to control a GoPro camera on iOS devices, using BMW's state-of-the-art iDrive controller and high-resolution screen. With this enhancement, when BMW drivers start and stop the BMW M Laptimer they simultaneously start and stop the recording of the connected GoPro camera. In addition to the video stored on the GoPro camera, a low-res version is saved on the phone so that it can be played back next to the map view on the BMW M Laptimer app. "The BMW M Laptimer and GoPro integrations have both proven to be incredibly popular with driving enthusiasts.

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.

BMW shows off 245-hp, hydrogen-powered 5 Series GT

With BMW's Innovation Days 2015 underway, the German luxury brand is showing off its latest piece of hydrogen-fuel-cell technology. Based in a 5 Series Gran Turismo, the system Í– co-developed with Toyota – promises to deliver on the promise of zero-emissions motoring, without the lengthy recharge times associated with plug-in electric vehicles. At the heart of BMW's latest FCV prototype is a new electric motor derived from the i sub-brand. It produces the equivalent of 245 horsepower, making it roughly comparable in output to the brand's latest 2.0-liter, turbocharged, four-cylinder gas engines. It draws its fuel from a hydrogen fuel tank that sits between the axles. The BMW-patented storage system can hold enough compressed hydrogen to take the hunchbacked 5 Series 300 miles before refueling. BMW and Toyota first inked their FCV partnership back in 2013, with the goal of having "an initial group of approved components ready by 2020," and sales beginning at some point in the next decade. While Toyota has been touting its successes with hydrogen in the form of the new Mirai, this 5 Series marks the first time since the agreement was signed that the German company rolled out one of its hydrogen-powered cars to the public. Check out the 5 Series GT fuel-cell vehicle in the gallery up top, and then scroll down for the official press release from BMW. Long range, short refuelling times, zero emissions: Hydrogen fuel cell drive system points the way to the future of BMW eDrive technology. As part of its research and predevelopment work in the area of drive technology, the BMW Group has focused on the use of hydrogen as an energy source for more than 30 years now. In 2006 the first luxury sedan for everyday use to be powered by a hydrogen combustion engine was unveiled – the BMW Hydrogen 7. And more than 15 years ago the BMW Group also began to direct its spotlight onto hydrogen fuel cell drive systems. A constant stream of significant advances – in terms of energy efficiency, performance capability and everyday practicality – have likewise been made with this technology, which converts hydrogen into power for an electric drive system, rather than burning it inside the engine. The results of the research and development activities in the field of hydrogen fuel cell drive systems will be presented in driving demonstrations for the first time during the BMW Group Innovation Days 2015.