BMW 2 Series Coupé - Exterior Design: side, front and rear view, engine, logo / Interior Design.

The new BMW 2 Series Gran Coupé in various interior and exterior settings in the studio in Maisach.

In order to be tested to receive 5 Stars in Euro NCAP's safety evaluation, the vehicle must be put through 4 total vehicle crash tests, plus active safety tests on the track as well as component tests. This side (barrier) test demonstrates the top performance of the 2 Series active tourer and BMW X1 as well as presenting BMW's first production implementation of a center airbag in a compact claas to further limit interaction on the far side of the vehicle.

In order to be tested to receive 5 Stars in Euro NCAP's safety evaluation, the vehicle must be put through 4 total vehicle crash tests, plus active safety tests on the track as well as component tests. This side (barrier) test demonstrates the top performance of the 2 Series active tourer and BMW X1 as well as presenting BMW's first production implementation of a center airbag in a compact claas to further limit interaction on the far side of the vehicle.

In order to be tested to receive 5 Stars in Euro NCAP's safety evaluation, the vehicle must be put through 4 total vehicle crash tests, plus active safety tests on the track as well as component tests. This side (barrier) test demonstrates the top performance of the 2 Series active tourer and BMW X1 as well as presenting BMW's first production implementation of a center airbag in a compact claas to further limit interaction on the far side of the vehicle.

In order to be tested to receive 5 Stars in Euro NCAP's safety evaluation, the vehicle must be put through 4 total vehicle crash tests, plus active safety tests on the track as well as component tests. This side (barrier) test demonstrates the top performance of the 2 Series active tourer and BMW X1 as well as presenting BMW's first production implementation of a center airbag in a compact claas to further limit interaction on the far side of the vehicle.

In the conventional procedure, paint is atomised by a rotating bell with 35 to 55,000 revolutions per minute and adheres electrostatically to the body. The new method works without electrostatics, relying instead on jet application. The paint is applied using an orifice plate that enables high edge definition with a variable paint thickness of between 1 and 48 millimetres. This requires maximum precision from both the robot and application technology.

In the conventional procedure, paint is atomised by a rotating bell with 35 to 55,000 revolutions per minute and adheres electrostatically to the body. The new method works without electrostatics, relying instead on jet application. The paint is applied using an orifice plate that enables high edge definition with a variable paint thickness of between 1 and 48 millimetres. This requires maximum precision from both the robot and application technology.