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Next BMW X1 moving to smaller, lighter FWD-biased platform

BMW's decision to make the upcoming 2-Series Active Tourer front-wheel drive has been polarizing to say the least, but like it or not, that is the direction the company will go in the near future - one rumor put the number as high as 23 front-wheel-drive models for Mini and BMW combined. The next-generation X1 won't send all its power to the front wheels, though, when it launches in early 2016. While it will use the same platform as the Active Tourer, rumors suggest all models will use all-wheel drive - at least at launch.
A "high-ranking," unnamed BMW manager confirmed to AutoWeek that the new model will switch to transversely-mounted three- and four-cylinder engines and the same six-speed manual and eight-speed automatic transmissions as the Active Tourer. The new, smaller platform will allow for more efficient packaging, and despite the smaller size, interior space will remain comparable. All the changes should make it significantly lighter too.
Don't start wailing just yet because BMW surely won't be entirely abandoning sporty models. AutoWeek claims that the Bavarians are working on a higher-output version of the 2.0-liter turbocharged four-cylinder with power closer to 300 horsepower, about a 72-hp boost. It's also rumored to offer a sporty version of the X1 that may be called the X2.

Researchers halfway to cutting carbon fiber costs by 90%

Carbon fiber has been utilized for decades to build racecars, as a means to cut weight while maintaining strength. But until recently, the space-age material has been largely absent from the street on anything but supercars because of the expense to use it. Recently, BMW signaled a major shift in that trend when it starting using carbon fiber reinforced plastic panels on the i3 and i8. This relatively small scale start might be just the beginning; the German company believes that a breakthrough to inexpensively manufacture the lightweight stuff is just on the horizon.
MAI Carbon Cluster Management GmbH counts BMW, Audi, Airbus, the German government and many other organizations as supporters, and it's researching how to make carbon fiber cheaper to produce, according to Automotive News Europe. The company thinks it can reduce costs by 90 percent in the near future. "We've certainly reached a halfway point on our cost-cutting target for suitable carbon-fiber parts," said project head Klaus Drechsler to Automotive News Europe.
Unfortunately, it isn't entirely clear just what MAI Carbon is doing to make such a huge leap possible. However, a recent post on the company's website talks about a new form a carbon fiber using a thermoplastic matrix that could be cured in less than three minutes. That's compared to about 90 minutes in the traditional process with an autoclave.

BMW i5 could get Toyota-sourced hydrogen power

It's starting to feel like the automotive landscape is right on the cusp of a boom in hydrogen-fueled vehicles. After all, the Toyota FCV is nearly ready, Volkswagen is readying a fuel cell concept for this week's Los Angeles Auto Show and Hyundai already sells its Tucson Fuel Cell. The next big name to add to that list might be BMW, as the company's co-development deal with Toyota starts to bear fruit.
According to Autocar, BMW may use a version of the fuel cell system from the Toyota FCV in the future i5. As part of its eco-oriented i sub-brand, the i5 is expected to be a stretched version of the i3 (pictured above) with extra rear legroom and cargo space. It's unclear at the moment whether a battery-powered pure electric powertrain will also be available. If accurate, then the rumor could give the Bavarian brand a counterattack against Mercedes-Benz' planned fuel cell vehicle in 2017.
BMW and Toyota first signed the memorandum of understanding to co-develop fuel cells, lightweight technology and a sports car back in 2012, and they made the arrangement official in late 2013. So far, few details on the progress of the work have been disclosed, but the performance model has been rumored to use a front-engine, all-wheel drive layout with supercapacitors.