Vehicular lamp fitting

A vehicular lamp fitting comprising:

• a decorative member;
• a first inner lens disposed on the front surface side of the decorative member;
• a light source disposed on the back surface side of the decorative member;
• a second inner lens disposed on the back surface side of the decorative member;
• and
• a housing;
• wherein
• the first inner lens includes a first light-entering surface, a first light-exiting surface, a first light guiding unit configured to guide light entering from the first light-entering surface, and a first reflection surface configured to reflect the light guided in the first light guiding unit to exit from the first light-exiting surface;
• the second inner lens includes a second light-entering surface arranged in a state facing the light source, a second light-exiting surface arranged in a state facing the first light-entering surface through a space, and a second light guiding unit configured to guide light from the light source, which has entered from the second light-entering surface, to the second light-exiting surface;
• the first inner lens is attached to the decorative member,
• the second inner lens is attached to the housing,
• the second inner lens includes a flange portion with which the decorative member comes into contact and which is pressed against the housing, in a state where the decorative member is attached to the housing and a stopper portion with which an outer peripheral surface of the first light-entering surface side of the first inner lens comes into contact, in a state where the decorative member is attached to the housing,
• the first light-entering surface of the first inner lens is positioned with respect to the second light-exiting surface of the second inner lens so as to maintain a predetermined distance between the first light-entering surface and the second light-exiting surface of the second inner lens, when the decorative member comes into contact with the flange portion and the flange portion is pressed against the housing,
• the first light-entering surface of the first inner lens is positioned with respect to the second light-exiting surface of the second inner lens so that the optical axis of the first inner lens coincides with the optical axis of the second inner lens, when the outer peripheral surface of the first light-entering surface side of the first inner lens comes into contact with the stopper portion.