Light module , notably for a motor vehicle, comprising: - a first reflective surface , of elliptical type, with a first focal point (f 1 ) and a second focal point (f 2 ) ; - a second reflective surface , of parabolic type, with a focal point corresponding to the second focal point (f 2 ) of the first reflective surface ; rays of light emitted by a first light source situated at the first focal point (f 1 ) of the first reflective surface being reflected by the first and second reflective surfaces to form a first beam of light; the module further comprising: - a third reflective surface adjacent to the second focal point (f 2 ) of the first reflective surface and configured to reflect, towards the second reflective surface , rays of light emitted by a second light source so as to form a second beam of light characterized in that : - said module comprises an optical system configured to cause the rays of light emitted by the second light source to converge towards the third reflective surface ; - the optical system comprises a fourth reflective surface , of elliptical type, with a first focal point (f' 1 ) at which the second light source is intended to be placed, and a second focal point (f' 2 ); - the first and fourth reflective surfaces each form a half-shell delimited by a plane on which a respective one of the first and second light sources is intended to be positioned; and - the two planes delimiting the first and fourth reflective surfaces form an angle α greater than 68° and less than 98°. - a first reflective surface , of elliptical type, with a first focal point (f 1 ) and a second focal point (f 2 ) ; - a second reflective surface , of parabolic type, with a focal point corresponding to the second focal point (f 2 ) of the first reflective surface ; rays of light emitted by a first light source situated at the first focal point (f 1 ) of the first reflective surface being reflected by the first and second reflective surfaces to form a first beam of light; the module further comprising: - a third reflective surface adjacent to the second focal point (f 2 ) of the first reflective surface and configured to reflect, towards the second reflective surface , rays of light emitted by a second light source so as to form a second beam of light - a third reflective surface adjacent to the second focal point (f 2 ) of the first reflective surface and configured to reflect, towards the second reflective surface , rays of light emitted by a second light source so as to form a second beam of light characterized in that : - said module comprises an optical system configured to cause the rays of light emitted by the second light source to converge towards the third reflective surface ; - the optical system comprises a fourth reflective surface , of elliptical type, with a first focal point (f' 1 ) at which the second light source is intended to be placed, and a second focal point (f' 2 ); - the first and fourth reflective surfaces each form a half-shell delimited by a plane on which a respective one of the first and second light sources is intended to be positioned; and - the two planes delimiting the first and fourth reflective surfaces form an angle α greater than 68° and less than 98°. - said module comprises an optical system configured to cause the rays of light emitted by the second light source to converge towards the third reflective surface ; - the optical system comprises a fourth reflective surface , of elliptical type, with a first focal point (f' 1 ) at which the second light source is intended to be placed, and a second focal point (f' 2 ); - the first and fourth reflective surfaces each form a half-shell delimited by a plane on which a respective one of the first and second light sources is intended to be positioned; and - the two planes delimiting the first and fourth reflective surfaces form an angle α greater than 68° and less than 98°. <EOS>