Motor vehicle headlamp for a motor vehicle, the motor vehicle headlamp comprising - a housing with a housing opening, which housing opening is closed by a cover lens, and - one or more light modules (11, 12) arranged in the housing, which are set up to emit light, which light can pass through the cover lens, wherein the cover lens has a base surface and at least one bulging region (31, 32) directed outwards from the base surface, at least one of the light modules (11, 12) being a so-called integration light module, and an integrating light module (11, 12) being arranged in the vehicle headlamp in such a way that at least a part, in particular a front part, of the integrating light module (11, 12) projects into a bulging region (31, 32), wherein the bulging region (31, 32), into which an integrating light module (11, 12) projects, is geometrically determined in such a way that components of the integrating light module (11, 12) projecting into the bulging region (31, 32) are located at a distance greater than zero from a bulging boundary surface (310, 320) defining the bulging region (31, 32), and wherein the cover disk is located at least in the region or regions of the bulging boundary surface or bulging boundary surfaces (310, 320). the cover lens is designed to be translucent at least in the region or regions of the bulge boundary surface or bulge boundary surfaces (310, 320), so that light emitted by an integrating light module (11, 12) can emerge through the cover lens, wherein one, preferably all, integration light modules (11, 12) or components of the respective integration light module can be pivoted about at least one pivot axis, preferably about two pivot axes, characterized in that at least one of the pivot axes or both pivot axes (HH11; VV11, W12) extends in a front region of the integrating light module, i.e. in a region of the integrating light module which lies within the bulge region (31, 32), wherein the at least one pivot axis or all pivot axes (HH11; VV11, W12) of an integrating light module (11, 12) extend through an apex point (31, 32). wherein the at least one swivel axis or all swivel axes (HH11; VV11, VV12) of an integrating light module (11, 12) extend through an apex (S11, S12) of this integrating light module, i.e. through the foremost point of the integrating light module. - a housing with a housing opening, which housing opening is closed by a cover lens, and - one or more light modules (11, 12) arranged in the housing, which are set up to emit light, which light can pass through the cover lens, the cover lens has a base surface and at least one bulging region (31, 32) directed outwards from the base surface, at least one of the light modules (11, 12) being a so-called integration light module, and an integrating light module (11, 12) being arranged in the vehicle headlamp in such a way that at least a part, in particular a front part, of the integrating light module (11, 12) projects into a bulging region (31, 32), wherein the bulging region (31, 32), into which an integrating light module (11, 12) projects, is geometrically determined in such a way that components of the integrating light module (11, 12) projecting into the bulging region (31, 32) are located at a distance greater than zero from a bulging boundary surface (310, 320) defining the bulging region (31, 32), and wherein the cover disk is located at least in the region or regions of the bulging boundary surface or bulging boundary surfaces (310, 320). the cover lens is designed to be translucent at least in the region or regions of the bulge boundary surface or bulge boundary surfaces (310, 320), so that light emitted by an integrating light module (11, 12) can emerge through the cover lens, wherein one, preferably all, integration light modules (11, 12) or components of the respective integration light module can be pivoted about at least one pivot axis, preferably about two pivot axes, characterized in that at least one of the pivot axes or both pivot axes (HH11; VV11, W12) extends in a front region of the integrating light module, i.e. in a region of the integrating light module which lies within the bulge region (31, 32), wherein the at least one pivot axis or all pivot axes (HH11; VV11, W12) of an integrating light module (11, 12) extend through an apex point (31, 32). wherein the at least one swivel axis or all swivel axes (HH11; VV11, VV12) of an integrating light module (11, 12) extend through an apex (S11, S12) of this integrating light module, i.e. through the foremost point of the integrating light module.