A vehicular lighting comprising: a semiconductor-type light source; and a projection lens to make light from the semiconductor-type light source directly incident and then emit incident light as a predetermined light distribution pattern having a horizontal cutoff line, wherein the projection lens is composed of an incidence surface and an emission surface, characterized in that the projection lens is arranged such that the incidence surface thereof is divided into an upper incidence surface and a lower incidence surface, the upper incidence surface and the lower incidence surface being respectively composed of folded surfaces, and the lower incidence surface being provided below a reference optical axis of the projection lens and having a vertical width smaller than the vertical width of the upper incidence surface, wherein an upper lens portion of the projection lens, comprising the upper incidence surface forms a first partial light distribution pattern in such a manner that an upper part of the upper lens portion forms a portion (P1U) having a horizontal cutoff line at an upper edge of the first partial light distribution pattern, and wherein a lower lens portion of the projection lens, comprising the lower incidence surface forms a second partial light distribution pattern, which has a vertical width smaller than a vertical width of the first partial light distribution pattern and which overlaps with the first partial light distribution pattern, in such a manner that an upper part of the lower lens portion forms a portion (P2U) having a horizontal cutoff line at an upper edge of the second partial light distribution pattern that overlaps with the portion (P1U) having the cutoff line at the upper edge of the first partial light distribution pattern. a semiconductor-type light source; and a projection lens to make light from the semiconductor-type light source directly incident and then emit incident light as a predetermined light distribution pattern having a horizontal cutoff line, wherein the projection lens is composed of an incidence surface and an emission surface, characterized in that the projection lens is arranged such that the incidence surface thereof is divided into an upper incidence surface and a lower incidence surface, the upper incidence surface and the lower incidence surface being respectively composed of folded surfaces, and the lower incidence surface being provided below a reference optical axis of the projection lens and having a vertical width smaller than the vertical width of the upper incidence surface, wherein an upper lens portion of the projection lens, comprising the upper incidence surface forms a first partial light distribution pattern in such a manner that an upper part of the upper lens portion forms a portion (P1U) having a horizontal cutoff line at an upper edge of the first partial light distribution pattern, and wherein a lower lens portion of the projection lens, comprising the lower incidence surface forms a second partial light distribution pattern, which has a vertical width smaller than a vertical width of the first partial light distribution pattern and which overlaps with the first partial light distribution pattern, in such a manner that an upper part of the lower lens portion forms a portion (P2U) having a horizontal cutoff line at an upper edge of the second partial light distribution pattern that overlaps with the portion (P1U) having the cutoff line at the upper edge of the first partial light distribution pattern.