Lighting module for an automotive vehicle, said lighting module comprising: - a support; - a projection lens secured to the support; - a first light source and a second light source secured to the support; - a first collimator and a second collimator, the first collimator being arranged to collect at least a part of the light rays emitted by the first light source and the second collimator being arranged to collect at least a part of the light rays emitted by the second light source, each collimator also being arranged to redirect said light rays towards the projection lens secured to the support; the projection lens being arranged to shape at least a part of the light rays emitted by the light sources in order to: ∘ project at least a part of the light rays collected by the first collimator in a first light beam comprising a cut-off zone (Zc); and ∘ project at least a part of the light rays collected by the first collimator and at least a part of the light rays collected by the second collimator in a second light beam, the part of the light rays collected by the second collimator forming a first beam complementary to the first light beam, said second light beam being formed by said first light beam and said first complementary beam, said first complementary beam being delimited at least partly by the cut-off zone (Zc); characterized in that the lighting module comprises at least one third light source and an optical device (142, 192) arranged to shape at least a part of the light rays emitted by the third light source so as to form a second complementary beam at least partly overlapping the cut-off zone (Zc) of the first light beam, the third source and the optical device (142, 192) being secured to the support, wherein the projection lens arranged to shape at least a part of the light rays emitted by the first and second light sources forms a first projection lens, and wherein the optical device (142, 192) comprises at least one third collimator for collecting at least a part of the light rays emitted by the third light source and for redirecting them towards a second projection lens integral with the first projection lens or added to the first projection lens and securely fastened to said first projection lens by fastening means, said second projection lens being configured to project at least a part of the light rays collected by the third collimator in order to form a second complementary beam at least partly overlapping the cut-off zone (Zc) of the first light beam and/or of the second light beam. - a support; - a projection lens secured to the support; - a first light source and a second light source secured to the support; - a first collimator and a second collimator, the first collimator being arranged to collect at least a part of the light rays emitted by the first light source and the second collimator being arranged to collect at least a part of the light rays emitted by the second light source, each collimator also being arranged to redirect said light rays towards the projection lens secured to the support; the projection lens being arranged to shape at least a part of the light rays emitted by the light sources in order to: ∘ project at least a part of the light rays collected by the first collimator in a first light beam comprising a cut-off zone (Zc); and ∘ project at least a part of the light rays collected by the first collimator and at least a part of the light rays collected by the second collimator in a second light beam, the part of the light rays collected by the second collimator forming a first beam complementary to the first light beam, said second light beam being formed by said first light beam and said first complementary beam, said first complementary beam being delimited at least partly by the cut-off zone (Zc); ∘ project at least a part of the light rays collected by the first collimator in a first light beam comprising a cut-off zone (Zc); and ∘ project at least a part of the light rays collected by the first collimator and at least a part of the light rays collected by the second collimator in a second light beam, the part of the light rays collected by the second collimator forming a first beam complementary to the first light beam, said second light beam being formed by said first light beam and said first complementary beam, said first complementary beam being delimited at least partly by the cut-off zone (Zc); characterized in that the lighting module comprises at least one third light source and an optical device (142, 192) arranged to shape at least a part of the light rays emitted by the third light source so as to form a second complementary beam at least partly overlapping the cut-off zone (Zc) of the first light beam, the third source and the optical device (142, 192) being secured to the support, wherein the projection lens arranged to shape at least a part of the light rays emitted by the first and second light sources forms a first projection lens, and wherein the optical device (142, 192) comprises at least one third collimator for collecting at least a part of the light rays emitted by the third light source and for redirecting them towards a second projection lens integral with the first projection lens or added to the first projection lens and securely fastened to said first projection lens by fastening means, said second projection lens being configured to project at least a part of the light rays collected by the third collimator in order to form a second complementary beam at least partly overlapping the cut-off zone (Zc) of the first light beam and/or of the second light beam.