2010 BMW 750i xDrive
Following its successful introduction into the market last year, the BMW 7-series is further expanding its position in 2010 with the launch of several new models and accessories. In addition to the new M Sport Package, which is available for all models in the 7-series range, both normal and extended wheelbase, the 2010 BMW 7-seires also gets optional xDrive all-wheel-drive as well as a new 740d model.
The BMW 740d, to be introduced in the third of the year in select markets, will for the first time feature a new straight-six diesel engine with BMW’s TwinPower direct-injection and twin-turbocharging technologies. The engine displaces 3.0-liters and produces a peak output of 306hp and 442lb-ft of torque maintained consistently between 1,500 and 2,500rpm.
2010 BMW 740d
This enough to accelerate the car from a standstill to 62mph in 6.3 seconds and see it easily reach its electronically limited top speed of 155mph. Despite the respectable performance, average fuel economy comes in at 34mpg.
The existing 730d diesel model also gets BMW’s new BluePerformance exhaust particulate filtering system for 2010. As a result, the exhaust management reduces nitric oxides to the European emissions standard not coming into force until the introduction of EU6 in the year 2014. Fuel economy remains at 34.6mpg.
BMW’s intelligent xDrive all-wheel-drive system will also be introduced in the 7 Series for the first time in the 2010 model year. It will initially be available for the 750i and 750Li models but is expected to filter across to other models over the course of the year.
Through a power divider with an electronically controlled multiple-plate clutch, xDrive adjusts the amount of torque going to either axle depending on the detected traction levels at all four wheels. In the process, the operation of xDrive is also based on the steering angle pre-determined by the driver. When driving smoothly in a straight line, the front-to-rear power split is 40:60, but up to 80% of the drive power goes to the rear axle in a bend. Then, when leaving the bend, the distribution of drive power returns to normal.