Motor vehicle headlamp comprising at least two light sources (211-218, 231-238) each adapted to emit a collimated light beam (211-218, 231-238), a mirror device (100, 300) for deflecting and bundling the at least two respective collimated light beams (211-218, 231-238) incident from the light sources into a common main light beam bundle, wherein each of the incident light beams (211-218, 231-238) enters the mirror device (100, 300) along an associated direction of incidence (251-258, 266, 268) normal to a main plane of the mirror device (100, 300), and the main light beam bundle is aligned normal to the main plane of the mirror device (100, 300), wherein the mirror device (100, 300) has at least two mirrors for each incident light beam (211-218, 231-238), which are arranged in the beam path of the respective light beam (211-218, 231-238), namely a deflecting mirror and a central mirror, each deflecting mirror having an orientation which deflects the incident light beam (211-218, 231-238) assigned to it from the respective direction of incidence (251-258, 266, 268) to the central mirror assigned to it, wherein each central mirror has an orientation which deflects the light beam (211-218, 231-238) thus deflected onto it normal to the main plane of the mirror device (100, 300), wherein the central mirrors are positioned relative to one another in an arrangement in which the beam paths of the light beams (211-218, 231-238) are normal to the main plane of the mirror device (100, 300) and adjacent to one another, wherein the deflection mirrors or the central mirrors are inclined about respective deflection axes or central axes, which axes are oriented parallel to the main plane, wherein in addition, at least one coupling mirror is arranged in the beam path of the respective light beam (211-218, 231-238) between the respective deflecting mirror and the respective central mirror, characterized in that the at least one coupling mirror is inclined about a coupling axis which is oriented normal to the main plane, and that at least one direction of incidence (251-258, 266, 268) of the incident light beams (211-218, 231-238) and the direction of emission of the main light beam run in opposite directions to one another. wherein the mirror device (100, 300) has at least two mirrors for each incident light beam (211-218, 231-238), which are arranged in the beam path of the respective light beam (211-218, 231-238), namely a deflecting mirror and a central mirror, each deflecting mirror having an orientation which deflects the incident light beam (211-218, 231-238) assigned to it from the respective direction of incidence (251-258, 266, 268) to the central mirror assigned to it, wherein each central mirror has an orientation which deflects the light beam (211-218, 231-238) thus deflected onto it normal to the main plane of the mirror device (100, 300), wherein the central mirrors are positioned relative to one another in an arrangement in which the beam paths of the light beams (211-218, 231-238) are normal to the main plane of the mirror device (100, 300) and adjacent to one another, wherein the deflection mirrors or the central mirrors are inclined about respective deflection axes or central axes, which axes are oriented parallel to the main plane, wherein in addition, at least one coupling mirror is arranged in the beam path of the respective light beam (211-218, 231-238) between the respective deflecting mirror and the respective central mirror, characterized in that the at least one coupling mirror is inclined about a coupling axis which is oriented normal to the main plane, and that at least one direction of incidence (251-258, 266, 268) of the incident light beams (211-218, 231-238) and the direction of emission of the main light beam run in opposite directions to one another.