A vehicle headlamp comprising: a semiconductor-type light source; a reflector; and a lens having a first lens portion and a second lens portion, wherein the lens is provided with an incidence surface, a first emission surface, and a second emission surface, the first emission surface and the second emission surface respectively formed in a convex shaped free curved surface, wherein the first lens portion has the first emission surface and the second lens portion has the second emission surface, wherein the semiconductor-type light source has a downward or upward light emission surface, wherein the reflector has: a first reflection surface that is configured to reflect light from the light emission surface of the semiconductor-type light source as a basic light distribution pattern that has an oblique cutoff line; and a second reflection surface that is configured to reflect light from the light emission surface of the semiconductor-type light source as a basic light distribution pattern that has a horizontal cutoff line, wherein the first lens portion has a plurality of convex surfaces, is provided in correspondence with the first reflection surface, and is configured to emit the basic light distribution pattern that has the oblique cutoff line, wherein the second lens portion has a plurality of convex surfaces, is provided in correspondence with the second reflection surface, and is configured to scatter the basic light distribution pattern that has the horizontal cutoff line from the second reflection surface and then emit the scattered basic light distribution pattern forward of a vehicle, and wherein a curvature radius of each of the plurality of convex surfaces of the second lens portion is smaller than the curvature radius of each of the convex surfaces of the first lens portion. a semiconductor-type light source; a reflector; and a lens having a first lens portion and a second lens portion, wherein the lens is provided with an incidence surface, a first emission surface, and a second emission surface, the first emission surface and the second emission surface respectively formed in a convex shaped free curved surface, wherein the first lens portion has the first emission surface and the second lens portion has the second emission surface, wherein the semiconductor-type light source has a downward or upward light emission surface, wherein the reflector has: a first reflection surface that is configured to reflect light from the light emission surface of the semiconductor-type light source as a basic light distribution pattern that has an oblique cutoff line; and a second reflection surface that is configured to reflect light from the light emission surface of the semiconductor-type light source as a basic light distribution pattern that has a horizontal cutoff line, a first reflection surface that is configured to reflect light from the light emission surface of the semiconductor-type light source as a basic light distribution pattern that has an oblique cutoff line; and a second reflection surface that is configured to reflect light from the light emission surface of the semiconductor-type light source as a basic light distribution pattern that has a horizontal cutoff line, wherein the first lens portion has a plurality of convex surfaces, is provided in correspondence with the first reflection surface, and is configured to emit the basic light distribution pattern that has the oblique cutoff line, wherein the second lens portion has a plurality of convex surfaces, is provided in correspondence with the second reflection surface, and is configured to scatter the basic light distribution pattern that has the horizontal cutoff line from the second reflection surface and then emit the scattered basic light distribution pattern forward of a vehicle, and wherein a curvature radius of each of the plurality of convex surfaces of the second lens portion is smaller than the curvature radius of each of the convex surfaces of the first lens portion.