High-resolution vehicle headlamp, in particular a motor vehicle headlamp, comprising - a light module for emitting a high-resolution, dynamically variable intermediate light distribution, - an optical lens system located downstream of the light module for projecting the intermediate light distribution emitted by the light module in the form of a final light distribution onto an area located in front of the vehicle headlamp, in particular a roadway, wherein the lens system comprises an optically effective body produced from a single casting and having a light entry surface located on a first side and a light exit surface arranged on a second side (3a") spaced apart therefrom, wherein the optically effective body consists of translucent material, and two light-forming mirror surfaces (3b', 3b") are formed on or in the optically effective body in the beam path from the light entry surface to the light exit surface, which are spaced apart from one another and are shaped in such a way that * light entering the body via the light-entry surface and impinging on a light-forming second mirror surface (3b") is reflected onto a first mirror surface * and is reflected via this light-forming first mirror surface in the direction of the second side (3a") and is emitted outwards from the body through the light exit surface arranged on the second side (3a"), the lens system having an unadjustable, fixed focal length, characterized in that the light module for emitting the high-resolution, dynamically variable intermediate light distribution comprises a light source system for emitting parallel-directed light beams and a DMD module, the DMD module being set up to reflect the parallel-directed light of the light source system and thus being set up to emit the high-resolution, dynamically variable intermediate light distribution onto the light entry surface of the optically effective body, wherein the light entry surface and the light exit surface of the optically effective body are flat and the DMD module and the optically effective body are oriented and designed in such a way relative to one another, that the light beams of the intermediate light distribution emitted by the DMD module are incident orthogonally on the light entry surface of the optically effective body, are formed by the light-forming second (3b") and first mirror surface and emerge orthogonally through the light exit surface of the optically effective body to form the final light distribution. - a light module for emitting a high-resolution, dynamically variable intermediate light distribution, - an optical lens system located downstream of the light module for projecting the intermediate light distribution emitted by the light module in the form of a final light distribution onto an area located in front of the vehicle headlamp, in particular a roadway, wherein the lens system comprises an optically effective body produced from a single casting and having a light entry surface located on a first side and a light exit surface arranged on a second side (3a") spaced apart therefrom, wherein the optically effective body consists of translucent material, and two light-forming mirror surfaces (3b', 3b") are formed on or in the optically effective body in the beam path from the light entry surface to the light exit surface, which are spaced apart from one another and are shaped in such a way that * light entering the body via the light-entry surface and impinging on a light-forming second mirror surface (3b") is reflected onto a first mirror surface * and is reflected via this light-forming first mirror surface in the direction of the second side (3a") and is emitted outwards from the body through the light exit surface arranged on the second side (3a"), the lens system having an unadjustable, fixed focal length, * light entering the body via the light-entry surface and impinging on a light-forming second mirror surface (3b") is reflected onto a first mirror surface * and is reflected via this light-forming first mirror surface in the direction of the second side (3a") and is emitted outwards from the body through the light exit surface arranged on the second side (3a"), the lens system having an unadjustable, fixed focal length,