A working light for working machines, the working light comprising - at least one light source (12, 22) - an optical vertical axis y (13, 23) and a horizontal axis x (14, 24) wherein the optical axis y (13, 23) and the horizontal axis x (14, 24) intersect each perpendicularly - at least one primary reflector element (10, 20) further comprising a lower edge (103, 203), a first focus (101, 201) above the horizontal axis x (14, 24) and a second focus (102, 202) below the horizontal axis x (14, 24) - at least one secondary reflector element (11, 21) further comprising a secondary focus (111, 211), wherein - the at least one light source (12, 22) is located on the first focus (101, 201) of the at least one primary reflector element (10, 20) - the at least one secondary reflector element (11, 21) is placed so that its secondary focus (111, 211) is located on the same point with the second focus (102, 202) of the at least one primary reflector element (10, 20) below the horizontal axis x (14, 24) - the at least one primary reflector element (10, 20) is arranged to reflect light beams emitting from the at least one light source (12, 22) via the second focus (102, 202) to the at least one secondary reflector element (11, 21), characterized in that - the lower edge (103, 203) of the at least one primary reflector element (10,20) is arranged to prevent the light beams emitting from the at least one light source (12, 22) to reach an area above the horizontal axis x (14, 24), and - at least one secondary reflector element (11, 21) is arranged to form a horizontally spreading light distribution for the light beams so that the most of the light beams remain below the horizontal axis x (14, 24). - at least one light source (12, 22) - an optical vertical axis y (13, 23) and a horizontal axis x (14, 24) wherein the optical axis y (13, 23) and the horizontal axis x (14, 24) intersect each perpendicularly - at least one primary reflector element (10, 20) further comprising a lower edge (103, 203), a first focus (101, 201) above the horizontal axis x (14, 24) and a second focus (102, 202) below the horizontal axis x (14, 24) - at least one secondary reflector element (11, 21) further comprising a secondary focus (111, 211), wherein - the at least one light source (12, 22) is located on the first focus (101, 201) of the at least one primary reflector element (10, 20) - the at least one secondary reflector element (11, 21) is placed so that its secondary focus (111, 211) is located on the same point with the second focus (102, 202) of the at least one primary reflector element (10, 20) below the horizontal axis x (14, 24) - the at least one primary reflector element (10, 20) is arranged to reflect light beams emitting from the at least one light source (12, 22) via the second focus (102, 202) to the at least one secondary reflector element (11, 21), characterized in that - the lower edge (103, 203) of the at least one primary reflector element (10,20) is arranged to prevent the light beams emitting from the at least one light source (12, 22) to reach an area above the horizontal axis x (14, 24), and - at least one secondary reflector element (11, 21) is arranged to form a horizontally spreading light distribution for the light beams so that the most of the light beams remain below the horizontal axis x (14, 24).