1999 Bmw Z3 M Coupe Only 27 Produced Rare Low Mile on 2040-cars

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2014 BMW 328i xDrive Gran Turismo

"The Ultimate Driving Machine" has been BMW's tagline for nearly 40 years. Launched in the 1970s, the marketing campaign was a stroke of genius by ad firm Ammirati & Puris, as the phrase helped differentiate the imported Bavarian cars from their fellow European rivals by subtly pointing out that Mercedes-Benz and Audi were offering luxury models, while BMW was selling sporty and youthful driving dynamics. The campaign worked - some would argue that stands among the most effective ad campaigns ever - and countless Baby Boomers embraced the brand's fun-to-drive image by taking delivery of the company's new models.
BMW still boasts that its vehicles are "The Ultimate Driving Machine" four decades later, but the brand is very different today. It offered just a few model lines in the mid-1970s, and only a handful of vehicles within. In 2014, the automaker offers an exhaustive range comprised of nearly a dozen lines with almost 50 different models. To survive and thrive, BMW has decided it must massively broaden its appeal.
One of the latest arrivals to BMW's ever-growing stable is the 2014 3 Series Gran Turismo. The five-door hatchback is best thought of as a smaller version of the company's 5 Series Gran Turismo built on stretched 3 Series platform that, in the case of this test car, shares the running gear of the 328i xDrive sedan. On paper, the five-passenger vehicle checks all the proper boxes with regards to performance, utility and economy. But does this family-focused 3 Series still deliver driving dynamics that qualify it for the title of Ultimate Driving Machine?

Toyota-BMW sports car to gain all-wheel drive, supercapacitors?

Sales of salt are skyrocketing following the latest rumor of the planned joint-venture sports car from Toyota and BMW. The whisperings indicate that project will spawn both a replacement for the BMW Z4 and a long-awaited Toyota Supra successor based on the FT-1 Concept shown above. Word is that the new cars will feature front-engine, all-wheel-drive layouts with plug-in hybrid technology. This news would appear to run somewhat counter to earlier reports that BMW and Toyota are teaming for a six-figure hybrid supercar.
According to Autocar, the project will benefit from the experience Toyota gained with the TS030, its hybridized Le Mans prototype. The evidence for this is, of all things, a Toyota Yaris - in particular, the Yaris Hybrid R that was shown at the 2013 Frankfurt Motor Show last September. That car used a 300-horsepower, 1.6-liter gas engine, while a pair of 60-horsepower electric motors provided all-wheel-drive push (an additional motor also sent additional juice to the front axle). The 414-system-horsepower drivetrain used supercapacitors in place of the traditional lithium-ion batteries of traditional hybrids.
For the production sports cars, Autocar claims that the Yaris Hybrid R's setup will serve as the basis for the new powertrain, although it won't be a direct carryover. Instead, a 2.0-liter BMW engine will be paired with Toyota-designed, BMW-built motors.

BMW ponders increase in i3 production capacity on early demand

The 2014 BMW i3 is not slated to hit US showrooms until the second quarter of next year, but the response BMW has received for the all-electric hatchback has been positive enough that the automaker is already considering boosting production capacity. Bloomberg Businessweek reports that more than 8,000 customers have reserved an i3 so far, which is high, especially considering that BMW only planned to sell 10,000 i3s total in 2014.
Talking to BMW CFO Friedrich Eichiner, the report says that if the demand holds for the i3, BMW would increase capacity accordingly. The i3 goes on sale next month in Germany before a global roll out in the US, China and Japan, and with a starting price of $41,350, it is priced slightly higher than current small plug-in vehicles offered in the US like the Chevy Volt, Ford Focus Electric and Toyota Prius Plug-in, though features more use of advanced, lightweight materials.