Gorgeous California Rust Free Bmw 528i Immaculate Inside And Out Must See on 2040-cars

Auto blog

BMW could have a fuel cell vehicle by 2020

The Ultimate Driving Machine may start emitting water vapor, which may not thrill gearheads but could be good for the environment. BMW may have a hydrogen fuel-cell electric vehicle to sell as soon as the end of the decade, UK's Auto Express says, citing people familiar with the process that it didn't identify. And the model will likely be sold within the i sub-brand that includes the i3 electric vehicle and the i8 plug-in hybrid. "We are working on fuel cell development, but we are not able to comment on vehicle plans at this stage or timing at this point," BMW spokesman Dave Buchko wrote in an e-mail to AutoblogGreen on Thursday. Chatter about a potential BMW fuel-cell vehicle has been getting louder in recent months. Late last year, Autocar reported that BMW was mulling using Toyota's fuel-cell system for a version of what would be called the i5 (all the better to quietly cruise the interstate running up and down the West Coast, we guess). BMW and Toyota have been working together on accelerating the development of fuel-cell technology since 2013. Toyota has since made good on the effort of selling fuel-cell vehicles by introducing the Mirai in Japan last year and is preparing to start sales in California later this year. But BMW has been mum, so far. Featured Gallery 2014 BMW i3: First Drive View 33 Photos News Source: Auto Express via Hybrid CarsImage Credit: Copyright 2015 Sebastian Blanco / AOL Green BMW Toyota Hydrogen Cars i5

BMW 5 Series future: 3-cyl engines and 600-hp M5

What if we told you the next BMW M5 would crest 600 horsepower? You probably wouldn't be too surprised, considering the steady increase in output that's accompanied each preceding generation. Now, what if we told you that the next BMW 5 Series would be available with a three-cylinder engine? Yeah, that'd be a surprise. But it may be a reality, according to a new report from Car. In its roundup of information on the next-gen BMW 5, code-named G30, the Brit mag predicts the new sedan will arrive in the summer of next year riding on an all-new platform that trims nearly 180 pounds of body fat through the use of high-strength steel, aluminum and carbon fiber. That platform, called the CLAR, which is short for Cluster Architecutre will give birth to not only a new 6 Series, but (for some reason) a 5 Series Gran Turismo and a Touring model, which won't likely be sold in the US. It will also underpin the 7 Series, eventually. Under hood, the lighter 5er will be paired with a new 1.5-liter, three-cylinder turbodiesel for the entry level 518d. This is the same three-pot oil-burner found in the 2 Series Active Tourer and Mini Cooper D. Of course, considering how little of BMW's actual engine range is sold in the US, we very much doubt the 518d will make it across the pond. More likely candidates for the US market include a range of a 2.0-liter, four-cylinders, such as the 272-horsepower 528i, and potentially a four-cylinder diesel. Naturally, there will be six-cylinder mills, found on the 530i, 530d, 540i and M550d. At the very top of the range, of course, will be a 600-hp M5. There will even be a range of hybrids and plug-in hybrids that are sure to further annihilate the formerly logical BMW nomenclature. Car expects the new 5er to arrive next summer, which we'd wager would lead to a debut at either the 2016 Geneva Motor Show or perhaps next year's Auto China, in Beijing. Featured Gallery BMW 5 Series Next Generation Spy Shots News Source: CarImage Credit: CarPix Rumormill BMW Diesel Vehicles Hybrid Luxury Sedan

Land Rover could build a baby Defender on a platform sourced from BMW

The collaboration between BMW and Jaguar-Land Rover started out small, it was originally limited to motors for electric cars, but it might not stay that way for long. The Tata-owned British sister companies will allegedly rummage through Munich's sizable parts bin to build nearly half a dozen cars scheduled to come out during the 2020s. According to a report by British magazine Autocar, Jaguar has started designing two small cars that will join its growing family of Pace-badged soft-roaders. They'll be new additions to the firm's portfolio, not replacements for existing cars. One will be a regular crossover, while the other will be a swoopier, form-over-function four-door model ostensibly marketed as a coupe. Both will slot at the very bottom of the Jaguar portfolio, below the already pretty small E-Pace, in a growing market segment where the competition is fierce, and profit margins are thinner than an i3's tires. Here's where BMW apparently comes in. Instead of developing a platform from scratch, the two crossovers could ride on the hybrid-ready, front-wheel drive FAAR architecture found under the third-generation 1 Series hatchback and the upcoming 2 Series Gran Coupe. If we believe an earlier report claiming Jaguar and BMW will also share engines, most of the hardware found under the sheet metal will have German genes. All-wheel drive will certainly be available, and it could also come from BMW. The same platform -- and, presumably, the same engines -- would provide the basis for a Land Rover-badged model positioned in the same segment. Autocar learned it will be to the next-generation Defender (pictured) what the Mercedes-Benz GLB is to the G-Class. Some key design cues will carry over, but the two models will share absolutely nothing under the sheet metal. The soft-roader could resurrect the Freelander nameplate when it goes on sale during the 2020s. Looking even further ahead, the front-wheel-drive platform the next Mini Countryman and X1 will utilize could find its way under the replacements for the next Range Rover Evoque and Discovery Sport. These plans could very well change; the Evoque and the Disco Sport barely entered their second generation, so they're not due for a replacement until the second half of the coming decade. While neither company has confirmed or denied the report, the partnership makes sense from a business standpoint.