2004 Bmw Z4 3.0i Convertible 2-door 3.0l Smg on 2040-cars

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Recharge Wrap-up: GKN electric AWD, $8,500 for Tesla brake repair

A Tesla owner in Canada was quoted $8,500 to repair the brakes in his 2012 Model S. Tesla waived the labor costs, bringing the total price down to $5,824.75. Tesla said that since regenerative braking means the regular brakes get less use, occasional hard braking can help keep them working properly. Also, the salt on the roads in winter leads to corrosion of both the rotors and the calipers. Tesla suggests yearly brake service in harsh climates. Read more at Clean Technica. GKN is launching an electric all-wheel-drive system using its eAxle technology. BMW will be the first to use the system – which is optimized for compact vehicle platforms – in its 2 Series Active Tourer plug-in hybrid. On its own, the electric axle drive offers up to 70 kilowatts (94 horsepower) and 1,475 pound-feet of torque, enough to propel a vehicle up to almost 78 miles per hour under electric power alone. It can also disengage from the driveline when it's not needed in order to reduce rotating losses at higher speeds. Read more from Green Car Congress. The Orange County Transit Authority's (OCTA) first zero-emission, hydrogen powered bus uses a fuel cell from Ballard. The 40-foot ElDorado National Axess bus, powered by Ballard's FCveloCity fuel cell, was funded by the Federal Transit Administration's National Fuel Cell Bus Program. "Clean energy mass transit alternatives, such as this new fuel cell bus in Orange County, are a tremendous example of what can be done to help address clean air challenges," says Ballard Vice President Karim Kassam. "We are excited by the progress being made at OCTA and by others in California." Read more in the press release below. Ballard Module Powers First Zero-Emission Fuel Cell Bus for Orange County Transportation Authority VANCOUVER, CANADA and ORANGE COUNTY, USA – On May 23rd representatives from Ballard attended a ceremony to unveil the first zero-emission fuel cell bus to provide service for the Orange County Transportation Authority (OCTA), one of the largest transit agencies in California. The OCTA bus is the 6th American Fuel Cell Bus (AFCB) configuration delivered in California. Karim Kassam, Ballard Vice President - Commercial said, "Clean energy mass transit alternatives, such as this new fuel cell bus in Orange County, are a tremendous example of what can be done to help address clean air challenges.

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.

Mini has become the Rover that BMW always wanted

BMW has been working for 20 years to build a successful line of British cars, and on the evidence of the second-generation Mini Clubman, it may have finally done it. That means it's time for all of us to get used to the fact that Minis aren't going to be that small anymore. Case in point is this new Mini Clubman, introduced last month and conspicuous by its size. Many of us who've pointed to BMW's stewardship of Mini as an example of retro done right bemoaned the Countryman subcompact SUV – a concept actually ahead of its time. The Coupe and Roadster, perhaps rightfully, deserved (and received) an eye roll. But now there's a so-called four-door hardtop that went on sale this year and this forthcoming, six-door Clubman that approaches the compact hatchback class in size. These vehicles actually look like practical moves at keeping buyers from defecting to larger cars made by someone else, rather than vain attempts at maximizing investment in a set of parts. And in an interesting twist, Mini is turning into one of its ancestors – minus the feeling of inevitable doom. Many of us were led to believe somewhere since Mini's relaunch about 15 years ago that the brand would be a stepping stone into the greater BMW fold. But in reality, it's done exactly the opposite, creating a parallel brand for those not willing to embrace the BMW image, but leaning heavily on British nostalgia. That was sort of the reasoning used when BMW pulled the Rover Group of England away from a fruitful partnership with Honda in 1994 and absorbed it all. In the consolidate-or-die '90s, it made sense. BMW had a small, but successful, line of sedans. Rover had no success outside of Western Europe (its last US attempt at selling cars, the Sterling, ended three years earlier). Yet its Land Rover line of SUVs was just right for the time and the 35-year-old Mini still had image-conscious clout. With every passing day, the brilliance of BMW's move to abandon Rover in 2000 seems brighter. Even ditching Land Rover made sense in the long run (and probably saved Jaguar in the process). With every passing day, the brilliance of BMW's move to abandon Rover in 2000 seems brighter. During a chat with Mini USA VP David Duncan this summer, it became clear the Mini of the past is probably gone. A small, city-sized Mini is not necessarily off the table, but larger and more profitable models are coming first.