A motor vehicle with a vehicle interior and an object recognition system, wherein the object recognition system includes an evaluation device and at least two capturing devices with each at least one image capturing device as well as an extensive carrier medium for arranging on an appliance, wherein the carrier medium is formed as a light guide, at which a coupling-in area and a coupling-out area are provided, wherein - the coupling-in area is formed as a holographic element with a first deflection structure, which is adapted to couple light, which is incident on the first deflection structure from an environment, into the extensive carrier medium; - the extensive carrier medium is formed to transfer the coupled-in light from the coupling-in area to the coupling-out area by means of internal reflection; - the coupling-out area is formed as a holographic element with a second deflection structure, which is adapted to couple the transferred light, which is incident on the second deflection structure, out of the extensive carrier medium; - the at least one image capturing device is formed to capture the coupled-out light and to provide it in the form of image data, which correlates with the captured light; and - the evaluation device is formed to recognize an object in the environment considering the image data, to recognize the captured object considering an object recognition criterion and to provide object data describing the recognized object; wherein the at least two capturing devices of the object recognition system are arranged in the vehicle interior and are oriented towards a volume of the vehicle interior penetrated by light and/or towards an environment of the motor vehicle, wherein the at least two capturing devices are arranged in respectively different positions in the vehicle interior such that the object is captured from multiple viewpoints in respectively different perspectives, wherein the evaluation device is adapted to provide details about the arrangement of the captured object in the environment from the image data of the pictures from different perspectives after the respective object data has been determined. - the coupling-in area is formed as a holographic element with a first deflection structure, which is adapted to couple light, which is incident on the first deflection structure from an environment, into the extensive carrier medium; - the extensive carrier medium is formed to transfer the coupled-in light from the coupling-in area to the coupling-out area by means of internal reflection; - the coupling-out area is formed as a holographic element with a second deflection structure, which is adapted to couple the transferred light, which is incident on the second deflection structure, out of the extensive carrier medium; - the at least one image capturing device is formed to capture the coupled-out light and to provide it in the form of image data, which correlates with the captured light; and - the evaluation device is formed to recognize an object in the environment considering the image data, to recognize the captured object considering an object recognition criterion and to provide object data describing the recognized object;