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BMW chooses Tesla's Supercharger network for its future EVs

BMW, following the lead of many other automakers, has confirmed this week that it will adopt the North American Charging Standard (NACS), delivering EV drivers in the U.S. and Canada access to Tesla’s Supercharger network. The move goes a step further in cementing NACS as the universal system of choice. The conversion to Tesla plugs will begin formally in 2025 for BMW, as well as its Mini and Rolls-Royce brands in the U.S. market. Those marques now use the Combined Charging System (CCS) for EV charging. “It is our top priority to ensure that our drivers have easy access to reliable, fast charging," said Sebastian Mackensen, President & CEO, BMW of North America. NACS, which began as began as TeslaÂ’s proprietary charging connection, rapidly has become the new standard in its native land after Ford announced it would adopt it this past summer. This was quickly followed by General Motors. Since then, brands including Rivian, Mercedes-Benz, Volvo, Nissan, Polestar, and Jaguar have climbed d on board NACS. Earlier this month, the Hyundai Motor Group announced it would also provide customers with the NACS connector across its namesake, Kia, and Genesis marques. BMW says it will work across its three marques in the coming months to ensure a smooth transition to TeslaÂ’s charging network by early 2025, and owners will be able to pay for charging using their respective vehicle brandÂ’s own app. Related Video: How to charge a non-Tesla on a Supercharger

Rinspeed issues its Budii call for Geneva [w/video]

Of all the concepts prepared every year for the Geneva Motor Show, those made by Rinspeed are typically the most outlandish and forward-thinking. And this is the latest from Frank Rinderknecht and company. Though Rinspeed's been known to build entirely original vehicles from the ground up, it tends to base its creations on production models: Following the Tesla-based XchangE from last year, the Smart-based Dock+Go of 2012, the Fiat-based E2 from 2009 and the Lotus-based sQuba in 2007, the new Budii concept is based on the BMW i3. That means, of course, that it's powered by electricity, but the technology demonstrator is focused more on autonomous driving tech. The Budii incorporates a periscopic camera and laser scanner to map the terrain and the road ahead from above, and a drive-by-wire steering system that allows the steering wheel on an articulated column to be passed between driver and passenger or tucked out of the way to let the electronics take over. Once unburdened of the task of driving, the occupants can enjoy the proliferation of touchscreens, the "wellness shower" (whatever that is) installed in the headliner, the automatic watch-winder on the steering column and the interior accoutrements furnished by Mansory. The whole thing rides on a lowered suspension with 19-inch Borbet alloys, with a rainbow Knight Rider-style grille in the nose. But to appreciate the full scope of the consortium of suppliers that collaborated with Rinspeed to bring the Budii to life, you'll want to delve into the press release after the video below and scope out the dozens of high-resolution images in the slideshow above. 2015 Geneva Motor Show: Rinspeed "Budii" redefines human-machine interaction Reach out to robots The vision of autonomous driving will soon become reality and will fundamentally change the interaction of man and automobiles. While the research centers of the automotive industry are still feverishly working on the technical solutions, progressive thinkers such as the Swiss idea factory Rinspeed are already giving concrete thought to how automated private transport will transform the car and the man-machine system. Besides fundamental conceptual changes, this will also have to involve issues of ethics and society. In the past, the robots in the factories of this world merely assembled cars for people. In the new "Budii" concept car from Swiss automotive visionary Frank M.

BMW will electrify all brands and model lines, including Mini

BMW has announced that it plans to produce a fully electric version of the three-door hatchback Mini. The car will go into production in 2019, and the battery electric drivetrain will be produced at BMW's Bavarian facilities, then transported to Plant Oxford where it will join the cars. BMW says there will remain a diesel variant in addition to the petrol, plug-in hybrid, and EV versions of the Mini. No prototype shots have been released of the upcoming cars; the current one was unveiled in late 2013. The UK production location isn't the only place where BMW builds Minis, as the former Volvo/Mitsubishi/Smart NedCar plant in the Netherlands has been tooled to build some of the 360,000 Minis built yearly. According to the BBC, UK Business Secretary Greg Clark considers the choice to build EV Minis in Britain a "vote of confidence" despite Brexit, and that it would see battery technology development boosted in the UK. By the time the EV version starts production, UK will likely have already left the European Union. The electrification of the Mini is part of BMW Group's continuing addition of full-electric or plug-in versions to all its brands and model series. Of all the vehicles it will sell in 2025, 15-25 percent will be electrified in one way or the other. Similarly to Volvo, BMW sees flexible production to be in a key position in the future: The facilities would have to be able to build all versions at the same time, as markets fluctuate depending on incentives and infrastructure. If EVs sell strongly, the production process can quickly respond to the demand. An electric Mini underwent trials back in 2008, so the full-scale production vehicle would have over a decade's worth of engineering behind it. Green BMW MINI mini ev bmw group