Collapsible sight for a firearm
A pistol, incudes a slide; a lens attached to and rotatable with respect to the slide; a light source that reflects a light off a reflective surface of the lens to aim the pistol; a hood rotatably mounted and in contact with the lens, wherein the hood folds over the lens in a collapsed configuration and is angled from the lens in a deployed configuration, and the lens, the light source, and the hood fit within an outline profile of the slide in the collapsed configuration.
1. A pistol, comprising:
a slide;
a lens attached to and rotatable with respect to the slide;
a light source that reflects a light off a reflective surface of the lens to aim the pistol;
a hood rotatably mounted and in contact with the lens, wherein
the hood folds over the lens in a collapsed configuration and is angled from the lens in a deployed configuration, and
the lens, the light source, and the hood fit within an outline profile of the slide in the collapsed configuration.
2. The pistol of claim 1 , further comprising a release switch in communication with the hood to lock the lens and the hood in the collapsed configuration for storage and to release the lens and hood from the collapsed configuration into the deployed configuration.
3. The pistol of claim 1 , further comprising a base configured to mount the lens, the light source, and the hood to the slide.
4. The pistol of claim 3 , wherein the base is configured to be integrated into the slide.
5. The pistol of claim 3 , wherein the base includes a mechanical sight.
6. The pistol of claim 5 , wherein the mechanical sight does not rotate with respect to the slide.
7. The pistol of claim 1 , wherein the hood is one-piece.
8. The pistol of claim 1 , wherein the hood includes an opening in which the light that is reflected off the reflective surface is viewed to aim the pistol.
9. The pistol of claim 1 , wherein the hood pivots on an axis that is perpendicular to a longitudinal axis of a barrel of the pistol.
10. The pistol of claim 1 , wherein
an upper portion of the lens rotates with respect to the hood, and
a lower portion of the lens is guided in a track during movement to an end position in both the deployed and collapsed configurations.