2006 - Bmw 3-series on 2040-cars

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2014 BMW 4 Series Coupe officially debuts, priced from $41,425*

Well, that didn't take long. Less than two hours after the first images of the 2014 BMW 4 Series Coupe leaked onto the Internet, we've been given the go-ahead to publish the whole kit and caboodle. And while we won't say we told you so, it looks as though the car's official details are standing true to our earlier predictions.
In other words, BMW will offer the 4 Series in 428i and 435i models, both of which can be had with xDrive all-wheel drive. Just like in the 3 Series, the 428i is powered by a 2.0-liter turbocharged inline four-cylinder engine, good for 240 horsepower and 255 pound-feet of torque, and the 435i gets BMW's turbocharged 3.0-liter inline-six making 300 hp and 300 lb-ft. In three of the four models, both a six-speed manual and eight-speed automatic transmission are available; the 428i xDrive can only be had with the auto 'box. The 428i (with rear-wheel drive, we assume) can hit 60 miles per hour in 5.7 seconds (though BMW doesn't specify with which transmission), and the 435i will do that same sprint in 5.3 seconds with the manual and five seconds flat with the eight-speed auto.
We've already dissected the 4 Series' visuals, but the numbers show just how different it is from the 3 Series sedan. The 4 Coupe is one-tenth of an inch longer overall, while riding on the same 110.6-inch wheelbase, is 0.6 inches wider, and has a roofline that's a full 2.7 inches closer to the ground. It looks sleek, incorporating BMW's new design language from the 3 Series with an overall profile that's similar to the larger 6 Series coupe.

BMW Concept Active Tourer Outdoor enjoys a day in the sun

This BMW Concept Active Tourer has evolved for the nature and cycling set and premiered at OutDoor Friedrichshafen, a trade fair in held this month in Germany. The sturdy wagon is tweaked with new materials, accessories and ConnectedDrive features for those who do a lot of their living under the sky as opposed to inside their cars.
Under the hood is the same plug-in hybrid drive system we've were introduced to in 2012, featuring a transversely-mounted, 1.5-liter turbocharged three-cylinder engine paired with an electric motor and a battery pack under the rear compartment floor. Total output is 190 horsepower and 147 pound-feet of torque headed to the front wheels, a claimed time from zero to 62 of under eight seconds, a pure electric range of up to 19 miles, a top speed of 124 miles per hour and claimed fuel economy of around 95 US miles per gallon.
The space behind the rear seats is the showcase, with a transformable compartment that can stow two bikes on built-in, retractable carriers. Remove the front wheel and seat from the bikes, then the frames can be locked into place using two rails and brackets. The wheels can be stowed in a holder attached to the right rear seat, the saddles can go into a compartment in the load floor. If you need to make a quick adjustment or a fix, you can do so since the bikes are aligned across the load bay.

BMW X4 reclaims dash of utility with Clemson student project [w/videos]

BMW seems willing to exploit every automotive niche it can find with creations like the four-door, 'crossover coupe' X4 and X6. Of course, these designs come with a compromise. That svelte fastback means that they just can't haul as much cargo as a more traditional, boxier hatchback. Fortunately, students at Clemson University's International Center for Automotive Research might have a novel solution: the engineering graduate program has turned the crossover into a unique pickup.
Dubbed Deep Orange 4 concept, this functional prototype has an enclosed cargo area with a sliding glass panel that opens up to expose a pickup bed if more room is needed. Think of it as the GMC Envoy XUV of German crossovers. This isn't just an X4 with its roof hacked off, though. The students actually started with an X3 and grafted on this top later in addition to the two barn doors for access to the bed.
To make this project even more impressive, this pickup-crossover could conceivably be produced. The graduate students conducted an in-plant analysis of BMW's manufacturing abilities and went back to the university to create a plan for a low-volume vehicle that could actually be built. "The students working on this phase of the project did an excellent job of keeping costs down while finding optimal integration opportunities," said Rich Morris, vice president of assembly at BMW Manufacturing, in the university's release.