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BMW i3 takes to the track, circles it in a way you don't expect

So, who wants to see a BMW i3 race around a track. That's what we thought. It's not a long video, but it is entertaining, and the way the urban EV does a 'loop' at second 25 certainly caught out eye. The i3 is scheduled to go on sale in the US later this year and will start at $41,350. The diminutive electric vehicle has a top speed of 93 miles per hour and can hit 62 mph in 7.2 seconds. We found it a hoot to drive, but we're not sure if hardcore BMW performance fans will totally 'get' this car's performance. The i3 is great at what it does, but it wasn't born to hit the race track. After seeing this video, though, we want a crack at it, skinny wheels and all. You can get a behind-the-scenes glimpse here, where Chris Neff writes, "The i3 basically turns in on itself. This is one sharp turning radius, take a look at 24 seconds into the video. We were actually trying to get the i3 to do doughnuts, but the computer would not let the rear brake loose, still, you can see how it held and how sharp we were turning....about 27 times in a row." Watch all 49 seconds below. And wonder with us if whatever aerial device was used to get the shot that ends at four seconds in was destroyed just after the video cuts away.

BMW strategy gets green with future i8 Roadster, PHEV Mini

Recent concepts like the Vision Next 100 have signaled BMW's plan to become a leader in automotive tech in the near future, but the Bavarian automaker added some concrete details to that strategy during the company's annual press conference. The business promises there are updated i models and more plug-in hybrids on the way, and a vehicle called the iNext could bring an autonomous EV to the road early next decade. Before we see any completely new vehicles, look for BMW to refine its current green models. Later this year, the i3 will get a larger battery capacity, which will increase the hatchback's range. After seemingly endless teasing, the BMW i8 Roadster will finally arrive in 2018, according to a slide during the conference. The company will also launch a plug-in hybrid Mini, but it didn't give a specific arrival date. At the beginning of the next decade, BMW will also introduce a fully autonomous i model. At the beginning of the next decade, BMW will also introduce a fully autonomous i model, which it currently calls the iNext. "BMW iNEXT heralds the next era of mobility," company CEO Harald Kruger said. "This symbol of our technology leadership will demonstrate how we will bring the future of mobility into series production." BMW refers to its research into autonomous driving as Project i 2.0. Just as the initial development of the i models led to better EV tech and innovations in carbon fiber, the new undertaking should result in improvements to networked motoring and driverless tech for the iNext. The company plans to focus on high definition digital maps, sensor technology, cloud technology, and artificial intelligence. The company's product plan for the i range doesn't show any vehicles between the i8 Roadster in 2018 and the iNext early next decade. Perhaps the new model is the fruition of the many rumors about a family-oriented i5. As BMW eyes the future, it still sees the combustion engine as an important tool for the present, and there are still more traditional models to look forward to. Without offering any details, BMW promises more M models are under development. The larger X7 CUV will also arrive soon, and there'll possibly be even more crossovers, too. "We are also taking an in-depth look at the additional potential of this highly attractive segment," Kruger said.

BMW i3 called 'most revolutionary car' since Ford Model T

The Ultimate Driving Machine, or at least one of them, may also be the Ultimate Engineering Success. Consultant Munro & Associates, which specializes in automotive tear-down analysis, pretty much said as much when taking an under-the-skin look at the BMW i3 plug-in. In short, the firm liked what it saw. Presenting at Detroit's Plastic's in Automotive conference this week, Munro CEO Sandy Munro called BMW's first mast-produced plug-in model the most revolutionary car "since Henry Ford's Model T." The car earned big points for its substantial uses of materials that are both lightweight (key for any plug-in's range) and recyclable. BMW has touted these advantages all along. In late 2013, the German automaker went as far as saying its use of carbon fiber reinforced plastic (CFRP) would reduce customer costs related to both repair and insurance. The i3 went on sale in the US last May and, by the end of the year, moved more than 6,000 units here. It sold almost 17,800 The i3 last November also was named the Green Car of the Year at the Los Angeles Auto Show, beating out models such as the compressed-natural-gas-powered Chevrolet Impala B-Fuel and the Audi A3 TDI diesel. Munro made news earlier this week when it offered a free i3 for anyone who bought the master- or OEM-level version of the report, though the report isn't cheap and that offered disappeared once Munro made his presentation. Check out Munro & Associates' press release below. Munro Discusses Groundbreaking Technology Finds from BMW i3 Teardown at Plastics in Automotive Conference; Offers New BMW i3 for Purchasers of Master-level Report DETROIT, Jan. 14, 2015 /PRNewswire/ -- During today's Plastics in Automotive Conference in Detroit, Sandy Munro, CEO of Munro & Associates, Inc., discussed – for the first time publicly – his consulting firm's findings from its extensive deep-dive teardown, costing and benchmark study of the BMW i3 urban electric car. During his presentation, "Deconstructing the BMW i3: Groundbreaking Technology and the Composite Car," Munro discussed the carbon fiber life module, polymer components, recyclability and safety of what he considers to be "the most revolutionary car in terms of creative engineering and manufacturing since Henry Ford's Model T." During the presentation, Munro focused on four crucial aspects of the BMW i3: the manufacturing of its carbon fiber life module; its polymer components; recyclability; and safety.