BMW M releases a new video of the upcoming F10 M5. The new footage showcases the M5 being tested at the BMW secret facility in Miramas, France. If you had any doubts that the M5 will live up to the expectations, please watch the footage below. Here is the text that accompanies the video:

At the proving grounds, the engineers push the new BMW M5 to its physical limits. Engine, suspension and transmission settings are checked under the most extreme conditions in order to fulfill the highest requirements in the series vehicle.

Precise steering, adaptive suspension control, the M Double Clutch Transmission that shifts without interruption of traction and the Active M Differential are tested on the handling course to ensure optimal interaction.

For maximal acceleration from a standing start, the BMW M5 has an improved launch control function. The torque of the high-revving V8 engine with M TwinPower Turbo technology is made tractable in the best possible way, delivering unrivaled acceleration.

A smokey burnout like this might not play a role in everyday driving, but it has to be part of the testing. This spectacular start leaves behind a trail of black rubber on the pavement and a smile on the face of the driver.

On the wet handling course, the engineers optimize the car’s controllability on its performance threshhold. Thanks to the spontaneous, finely tuned response of the new M TwinPower Turbo V8 engine, the BMW M5 can be perfectly balanced with the gas pedal – whether in M Dynamic Mode of with deactivated DSC.

The BMW M5 isn’t just a high-performance sportscar; on the proving grounds in Miramas it also proves its suitability for daily driving. On extreme downhill sections and winding roads, the sequential and automatic transmissions are tested for flawless function.

On the over six kilometer long autobahn ring, the BMW M5s entire drive train is subjected to hard endurance testing. The development engineers drive the car over the long distance at top speed, shifting far more often than they would during the lifetime of a normal car.