A light module for a motor vehicle or for a motor vehicle headlight, wherein the light module is configured to generate a dimmed light distribution which has at least one horizontal LD line and an LD line (HD') ascending diagonally with respect thereto, and wherein the light module comprises at least two reflectors (1, 2, 3), and wherein each reflector (1, 2, 3) is associated with at least one LED light source (10, 20, 30), wherein at least one of the reflectors is of the LD front-field reflector type, this type being designed to project light of the at least one LED light source associated therewith as front-field light distribution with an LD line running substantially horizontally in the light pattern, and wherein at least one further reflector is of the asymmetric reflector type, this type being designed to project light of the at least one LED light source associated therewith as an asymmetric light distribution, wherein the asymmetric light distribution has an LD line running substantially horizontally and an LD line (HD1') ascending diagonally, wherein the at least one LED light source associated with the least one reflector of the asymmetric reflector type and the at least one LED light source associated with the at least one reflector of the LD front-field reflector type are arranged in a manner fixed relative to one another, all reflectors (1, 2) are arranged in exactly one defined position with respect to the LED light sources (10,20) associated therewith, and wherein reflectors of the asymmetric reflector type and reflectors of the LD front-field reflector type are configured in such a way that, with arrangement of at least one reflector of the asymmetric reflector type in the defined position thereof and with arrangement of at least one reflector of the LD front-field reflector type in the defined position thereof, the horizontal LD line of the overall light distribution is formed by the horizontal LD line of the at least one reflector of the asymmetric reflector type and/or by the horizontal LD line of the least one reflector of the LD front-field reflector type, wherein each system consisting of reflector (1, 2, 3) of a certain type and associated at least one LED light source (10, 20, 30) is subject to a preferably adjustable tolerance, such that horizontal LD lines (HD1, HD2, HD3) in the light patterns (LV1, LV2, LV3) generated by reflectors (1, 2, 3) of the same type and associated at least one LED light source (10, 20, 30) lie within a vertical tolerance field (TF1, TF2, TF3). wherein the tolerance field (TF1, TF2, TF3) of each reflector type in each case has an upper tolerance field boundary (TF1', TF2', TF3') and a lower tolerance field boundary (TF1", TF2", TF3"), the at least one reflector of the LD front-field reflector type and also the at least one reflector of the asymmetric reflector type are configured in such a way that, in the defined positions thereof with respect to the associated LED light sources (10, 20), the tolerance fields (TF1, TF2) of the reflectors (1, 2) of the LD front-field reflector type and of the asymmetric reflector type overlap one another in the vertical direction in such a way that the tolerance field lower boundary (TF1") of the at least one asymmetric reflector lies below the tolerance field upper boundary (TF2') of the at least one reflector of the LD front-field reflector type, and the tolerance field upper boundary (TF1') of the at least one reflector of the asymmetric reflector type lies above the tolerance field upper boundary (TF2') of the at least one reflector of the LD front-field reflector type, and the frequency distribution of the position of the horizontal LD lines (HD1, HD2, HD3) within the tolerance fields (TF1, TF2, TF3) of the reflectors (1, 2, 3) follow a distribution curve (K1, K2, K3), for example a Gaussian distribution curve, wherein the distribution curves (K1, K2, K3) each have a distribution maximum (K1m, K2m, K3m), characterized in that the distribution maximum (K1m) of the tolerance field of the at least one reflector of the asymmetric reflector type lies above the tolerance field upper boundary (TF2') of the tolerance field of the at least one reflector of the:D front-field reflector type, and/or the distribution maximum (K2m) of the tolerance field of the at least one reflector of the LD front-field reflector type lies below the tolerance field lower boundary (TF1") of the tolerance field of the at least one reflector of the asymmetric reflector type.