A lighting equipment of a saddle-ride-type vehicle comprising: an upper light emitting portion (110L, 110R) having a first light source and a first reflector which reflects light from the first light source toward a front side; a lower light emitting portion (112L, 112R) having a second light source and a second reflector which reflects light from the second light source toward the front side, the lower light emitting portion (112L, 112R) being arranged below the upper light emitting portion (110L, 110R); a housing which supports the upper light emitting portion (110L, 110R) and the lower light emitting portion (112L, 112R) in a state where the housing covers the upper light emitting portion (110L, 110R) and the lower light emitting portion (112L, 112R) from behind; and a lens which covers a front side of the upper light emitting portion (110L, 110R) and a front side of the lower light emitting portion (112L, 112R) while allowing a light emitted from the upper light emitting portion (110L, 110R) and a light emitted from the lower light emitting portion (112L, 112R) to pass therethrough, wherein an extension member (126L, 126R) which is arranged in an extending manner in the horizontal direction such that the extension member (126L, 126R) approaches a front end of a lower edge of the first reflector from a front side, and a flange portion (152L, 152R) which extends downward from the lower edge of the first reflector is formed on the first reflector, characterized in that the second reflector includes a concave surface portion which reflects light from the second light source frontward, and a frontwardly extending portion (121 b) extending frontward from an end portion of the concave surface portion, and the flange portion (152L, 152R) extends downward to an extent that at least the concave surface portion (121 a) is not visible through a gap. an upper light emitting portion (110L, 110R) having a first light source and a first reflector which reflects light from the first light source toward a front side; a lower light emitting portion (112L, 112R) having a second light source and a second reflector which reflects light from the second light source toward the front side, the lower light emitting portion (112L, 112R) being arranged below the upper light emitting portion (110L, 110R); a housing which supports the upper light emitting portion (110L, 110R) and the lower light emitting portion (112L, 112R) in a state where the housing covers the upper light emitting portion (110L, 110R) and the lower light emitting portion (112L, 112R) from behind; and a lens which covers a front side of the upper light emitting portion (110L, 110R) and a front side of the lower light emitting portion (112L, 112R) while allowing a light emitted from the upper light emitting portion (110L, 110R) and a light emitted from the lower light emitting portion (112L, 112R) to pass therethrough, wherein an extension member (126L, 126R) which is arranged in an extending manner in the horizontal direction such that the extension member (126L, 126R) approaches a front end of a lower edge of the first reflector from a front side, and a flange portion (152L, 152R) which extends downward from the lower edge of the first reflector is formed on the first reflector, characterized in that the second reflector includes a concave surface portion which reflects light from the second light source frontward, and a frontwardly extending portion (121 b) extending frontward from an end portion of the concave surface portion, and the flange portion (152L, 152R) extends downward to an extent that at least the concave surface portion (121 a) is not visible through a gap.