1. A motor vehicle, comprising: two side cameras, one of said two side cameras being arranged on a left side of the motor vehicle and the other one of the two side cameras being arranged on a right side of the motor vehicle for a wide-angle capture of a respective zone situated to the left side and the right side of the motor vehicle; a rear camera arranged on a rear side of the motor vehicle for imaging an area behind the motor vehicle, said two side cameras being spaced apart from the rear camera at least in a longitudinal direction of the motor vehicle, wherein a respective displayed spatial angle of the two side cameras overlaps with a displayed spatial angle of the rear area camera at least in a zone behind the motor vehicle; two display devices; and a processing device configured to generate a first target image from data obtained by the one of the two side cameras and the rear camera, and a second target image from data obtained from the other one of the two side cameras and the rear camera, said first and second target image each comprising a first image region and a second image region arranged next to each other, said first image region of the first and second target image displaying image data of the rear camera corresponding to a fixedly predefined spatial angle covered by the rear camera, said image data of the rear camera corresponding to a field of view of a conventional external rear mirror of a motor vehicle, said second image region of the first target image displaying image data of the one of the two side cameras, said second region of the second target image displaying image data of the other one of the two side cameras, said image data of the two side cameras corresponding respectively to a fixedly predefined spatial angle respectively covered by the two side cameras said processing device being configured to control one of the two display devices to display the first target image and to control the other one of the two display devices to display the second target image.