A vehicular lamp comprising a plurality of types of light source units (10, 10B, 10C) in a lamp housing configured by a transparent cover and a lamp body, wherein each of the light source units (10, 10B, 10C) comprises: a semiconductor light-emitting element that is disposed upward; a reflector that is disposed at a position above the semiconductor light-emitting element, the reflector having a first reflecting surface that collects and reflects a light emitted from the semiconductor light-emitting element forward in a direction of an optical axis (Ax); a shade that is disposed at a position on a forward side in the direction of the optical axis (Ax) with respect to the semiconductor light-emitting element, the shade shielding a part of light reflected by the first reflecting surface; a second reflecting surface that is formed by extending a shielding end face of the shade rearward in the direction of the optical axis (Ax), the second reflecting surface reflecting light reflected by the first reflecting surface; and a projection lens (18, 18B, 18C) that is provided at a position on a forward side in the direction of the optical axis (Ax) with respect to the reflector, wherein the projection lenses (18, 18B, 18C) of the respective types are different from each other in rear focal length, and wherein in each light source unit (10, 10B, 10C), the first reflecting surface is formed in such a manner that a distance from the semiconductor light-emitting element to the first reflecting surface in a predetermined direction is 20 mm or less, the predetermined direction being substantially orthogonal to the optical axis (Ax), and a light output of the semiconductor light-emitting element being directed in the predetermined direction. a semiconductor light-emitting element that is disposed upward; a reflector that is disposed at a position above the semiconductor light-emitting element, the reflector having a first reflecting surface that collects and reflects a light emitted from the semiconductor light-emitting element forward in a direction of an optical axis (Ax); a shade that is disposed at a position on a forward side in the direction of the optical axis (Ax) with respect to the semiconductor light-emitting element, the shade shielding a part of light reflected by the first reflecting surface; a second reflecting surface that is formed by extending a shielding end face of the shade rearward in the direction of the optical axis (Ax), the second reflecting surface reflecting light reflected by the first reflecting surface; and a projection lens (18, 18B, 18C) that is provided at a position on a forward side in the direction of the optical axis (Ax) with respect to the reflector, wherein the projection lenses (18, 18B, 18C) of the respective types are different from each other in rear focal length, and wherein in each light source unit (10, 10B, 10C), the first reflecting surface is formed in such a manner that a distance from the semiconductor light-emitting element to the first reflecting surface in a predetermined direction is 20 mm or less, the predetermined direction being substantially orthogonal to the optical axis (Ax), and a light output of the semiconductor light-emitting element being directed in the predetermined direction.