A vehicle lighting fixture comprising: a tubular support body having a front opening and a rear opening opposite to the front opening, and an inner peripheral surface being an inner surface defining an inner space and an outer peripheral surface being an outer surface opposite to the inner peripheral surface, the tubular support body having a light shielding property; a first lamp unit being supported by the tubular support body in a state where the first lamp unit is arranged in the inner space surrounded by the inner peripheral surface of the tubular support body, the first lamp unit including a first lens having a first light emission region having a circular shape when viewed from its front direction to project light from a first light source toward a front side through the first light emission region; and a second lamp unit being supported by the tubular support body in a state where the second lamp unit is arranged along the outer peripheral surface of the tubular support body, the second lamp unit including a second lens having a second light emission region having a circular arc shape when viewed from its front direction to project light from a second light source to the front side through the second light emission region, wherein the second lamp unit includes: the second light source, a light guiding member configured to guide the light from the second light source, a sub-bracket configured to hold the second light source, and the second lens configured as a tubular lens body having an incident surface, on which the light from the second light source having been guided by the light guiding member is incident, and a light emission surface through which the light having entered the tubular lens body exits, wherein the tubular lens body is supported by the tubular support body such that an inner peripheral surface of the tubular lens body faces to the outer peripheral surface of the tubular support body. a tubular support body having a front opening and a rear opening opposite to the front opening, and an inner peripheral surface being an inner surface defining an inner space and an outer peripheral surface being an outer surface opposite to the inner peripheral surface, the tubular support body having a light shielding property; a first lamp unit being supported by the tubular support body in a state where the first lamp unit is arranged in the inner space surrounded by the inner peripheral surface of the tubular support body, the first lamp unit including a first lens having a first light emission region having a circular shape when viewed from its front direction to project light from a first light source toward a front side through the first light emission region; and a second lamp unit being supported by the tubular support body in a state where the second lamp unit is arranged along the outer peripheral surface of the tubular support body, the second lamp unit including a second lens having a second light emission region having a circular arc shape when viewed from its front direction to project light from a second light source to the front side through the second light emission region, wherein the second lamp unit includes: the second light source, a light guiding member configured to guide the light from the second light source, a sub-bracket configured to hold the second light source, and the second lens configured as a tubular lens body having an incident surface, on which the light from the second light source having been guided by the light guiding member is incident, and a light emission surface through which the light having entered the tubular lens body exits, wherein the tubular lens body is supported by the tubular support body such that an inner peripheral surface of the tubular lens body faces to the outer peripheral surface of the tubular support body. the second light source, a light guiding member configured to guide the light from the second light source, a sub-bracket configured to hold the second light source, and the second lens configured as a tubular lens body having an incident surface, on which the light from the second light source having been guided by the light guiding member is incident, and a light emission surface through which the light having entered the tubular lens body exits, wherein the tubular lens body is supported by the tubular support body such that an inner peripheral surface of the tubular lens body faces to the outer peripheral surface of the tubular support body.