2000 Supercharged Bmw M Coupe on 2040-cars

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BMW planning six-cylinder i9 hybrid to celebrate centenary?

On the prospect of a new BMW M1 based on the company's new i8 hybrid, the jury has been in and out so much that we can't even tell which way it's likely to go. However, the latest reports coming in from Germany suggest that BMW may have something else up its sleeves. Rather than make a conventional gas-powered version of the i8, Germany's Auto Motor und Sport says BMW will make a more powerful one.
Tentatively dubbed i9, the hybrid sports car is rumored to pack a six-cylinder internal-combustion engine instead of the i8's turbo three. Coupled to more potent electric motors, it would figure to produce even more than the 357 horsepower and 420 pound-feet of torque already on tap in the i8, with further weight reductions to offset the bulkier engine.
Auto Motor und Sport says the mooted model will be produced to celebrate the Bavarian automaker's 100th anniversary and eclipse the i8's performance, with a projected 0-60 run in under four seconds en-route to taking the gloves off to crunch the Autobahn in electric bliss. The new i flagship would be another member of the company's growing electrified family, joining the existing i3 hatchback, upcoming i5 minivan and possible i8 Spyder down the line.

2014 BMW 740Ld xDrive does diesel in a big way

Slowly but surely, BMW is expanding its lineup of diesel-powered models here in the United States. In addition to the 328d sedan and wagon, 535d sedan and X5 xDrive35d crossover, we now have this, the BMW 740Ld xDrive (not to mention the refreshed 2015 X3 xDrive28d that also makes its debut here in Chicago). As its name - and the photos above - suggest, this means BMW is offering diesel power in its flagship, long-wheelbase 7 Series sedan, set to directly compete with the likes of the excellent Audi A8 TDI.
Under the hood is BMW's familiar 3.0-liter turbocharged diesel inline-six, delivering 255 horsepower and 413 pound-feet of torque, all of which is sent to the road via the company's xDrive all-wheel-drive system and ZF eight-speed automatic transmission. That torque thrust is available straight away from 1,500 rpm, and BMW says the 740Ld xDrive will sprint to 60 miles per hour in a very respectable 6.1 seconds. Official fuel economy estimates haven't been released yet, but we expect the car to net highway fuel economy ratings in the mid-30 range.
The 740Ld xDrive arrives in BMW showrooms this spring, priced from $82,500, not including $925 for destination. We're pretty stoked to drive it. But in the meantime, have a look at fresh images of the big sedan live from the Chicago Auto Show, above.

BMW looking to fix i3 acceleration problem uncovered by Consumer Reports

The BMW i3 has been hailed in some quarters as the future of electric mobility, what with its innovative carbon-fiber-reinforced plastic body and commitment to sustainable materials wherever possible. The modernist little hatch is even available with a 650cc two-cylinder gas engine with 34 horsepower to act as a range-extender for those who want it. However, that optional engine might have a drawback - at least for the moment.
Consumer Reports brought the problem to light when one of its drivers was behind the wheel of an i3 using the range-extender. When the driver attempted to pass another vehicle on a rolling, two-lane road, the BMW suddenly had no power to accelerate - a scary situation. CR started examining the car and found something pretty shocking: After driving at a constant speed for a while without any regenerative braking in range-extended mode, acceleration to 60 miles per hour plummeted from about 9 seconds normally to a staggering 27 to 40 seconds in their testing.
A BMW spokesperson told CR that it knows about the problem and has a fix coming next spring that also works on current models. The upgrade includes a state of charge indicator, a warning about loss of power and uses the car's navigation to boost the battery before driving on rolling terrain. It is not clear if the severe power deficiency will also eventually result in a recall.