A vehicle headlamp, particularly for creating a main-beam and/or a dipped-beam light distribution, characterized in that a ball-and-socket joint (100, 200), a lighting module and a supporting frame are included, wherein the ball-and-socket joint (100, 200) connects the supporting frame to the lighting module or a support unit located on the vehicle side and the ball-and-socket joint (100, 200) can be fixed in a joint position, wherein the ball-and-socket joint (100, 200) comprises: a joint pin which comprises a joint ball, which merges on one side into an end face of a joint shank, which is essentially cylindrically shaped, a joint socket (120, 220) for accommodating the joint ball, and a joint bush for accommodating the joint socket (120, 220), characterized in that the joint socket (120, 220) comprises at least two, preferably three wings (121, 221), which are arranged one after the other along the circumference of the joint socket (120, 220) and form an internal joint surface of the ball-and-socket joint (100, 200) on the joint ball in the fixed state of the ball-and-socket joint (100, 200) and enclose the joint ball, which is shaped in a complementary manner to the surface of the joint ball in the fixed state of the ball-and-socket joint (100, 200), wherein the joint bush is preferably surrounded by the supporting frame or the support unit, wherein the joint bush at least partially encloses the wings (121, 221) of the joint socket (120, 220), wherein the ball-and-socket joint (100, 200) comprises at least one control contour (146; 126, 226), which is set up to exert a radial contact force on the joint ball by means of a rotational movement between the joint socket (120, 220) and the joint bush by means of the wings (121, 221) of the joint socket (120, 220) and the ball-and-socket joint (100, 200) can be fixed as a result, wherein a film hinge (124, 224) is formed between the two ends of the wings (121, 221) running along the circumference in each case. a joint pin which comprises a joint ball, which merges on one side into an end face of a joint shank, which is essentially cylindrically shaped, a joint socket (120, 220) for accommodating the joint ball, and a joint bush for accommodating the joint socket (120, 220), characterized in that the joint socket (120, 220) comprises at least two, preferably three wings (121, 221), which are arranged one after the other along the circumference of the joint socket (120, 220) and form an internal joint surface of the ball-and-socket joint (100, 200) on the joint ball in the fixed state of the ball-and-socket joint (100, 200) and enclose the joint ball, which is shaped in a complementary manner to the surface of the joint ball in the fixed state of the ball-and-socket joint (100, 200), wherein the joint bush is preferably surrounded by the supporting frame or the support unit, wherein the joint bush at least partially encloses the wings (121, 221) of the joint socket (120, 220), wherein the ball-and-socket joint (100, 200) comprises at least one control contour (146; 126, 226), which is set up to exert a radial contact force on the joint ball by means of a rotational movement between the joint socket (120, 220) and the joint bush by means of the wings (121, 221) of the joint socket (120, 220) and the ball-and-socket joint (100, 200) can be fixed as a result, wherein a film hinge (124, 224) is formed between the two ends of the wings (121, 221) running along the circumference in each case.