A collapsible reflective optical sight for a firearm includes a base configured to mount the optical sight to a firearm; a lens attached to and able to rotate with respect to the base, wherein the lens includes a first optic with a reflective surface, and the lens is movable between a collapsed configuration in which the lens is folded down with respect to the base for storage and a deployed configuration in which the lens is angled with respect to the base for use in aiming the firearm; a light source mounted to the base that reflects light off the reflective surface of the first optic to a user for aiming the firearm; and a hood rotatably mounted to the base and connected to an upper portion of the lens. Additionally, the collapsible reflective optical sight can include a firearm and a mechanical sight.

A collapsible reflective optical sight for a firearm includes a base configured to mount the optical sight to a firearm; a lens attached to and able to rotate with respect to the base, wherein the lens includes a first optic with a reflective surface, and the lens is movable between a collapsed configuration in which the lens is folded down with respect to the base for storage and a deployed configuration in which the lens is angled with respect to the base for use in aiming the firearm; a light source mounted to the base that reflects light off the reflective surface of the first optic to a user for aiming the firearm; and a hood rotatably mounted to the base and connected to an upper portion of the lens. Additionally, the collapsible reflective optical sight can include a firearm and a mechanical sight.

A flip-up aiming sight for a firearm includes a mounting base having a top platform, an illuminator embedded under the platform of the mounting base, and a flip up lens module which includes a lens frame pivotally coupled at a front side of the mounting base and a reflecting lens encirclingly mounted at the lens frame. The flip up lens module is arranged to pivotally fold between a folded position and an unfolded position. At the folded position, the lens frame is rearwardly and downwardly folded flat on the platform of the mounting base, and at the unfolded position, the lens frame is frontwardly and upwardly moved from the platform, such that the illuminator generates an aiming point on the reflecting lens.

A pistol comprising: a frame having an elongated upper portion defining a centerline; a front sight connected to a forward portion of the upper portion; a rear sight connected a rear portion of the upper portion; a first one of the front sight and the rear sight being right of the center line; the other one of the front and rear sight being left of the center line; the front sight being scaled larger than the rear sight to present an equivalent angular dimension as the rear sight; and each of the front sight and rear sight being entirely to one side of the centerline.

A pistol comprising: a frame having an elongated upper portion defining a centerline; a front sight connected to a forward portion of the upper portion; a rear sight connected a rear portion of the upper portion; a first one of the front sight and the rear sight being right of the center line; the other one of the front and rear sight being left of the center line; the front sight being scaled larger than the rear sight to present an equivalent angular dimension as the rear sight; and each of the front sight and rear sight being entirely to one side of the centerline.

A gun sight includes a rear sight including a plurality of light sources with each of at least two light sources of the plurality of light sources emitting a different color of light than the other of the at least two light sources; and a front sight including a reflective surface that is directly opposing the plurality of light sources, wherein the rear sight and the front sight are configured such that light emitted from the plurality of light sources is reflected by the reflective surface toward the rear sight.

The invention relates to a uniquely designed set of iron sights for a firearm. The rear site includes a ring aperture and notch located directly above the ring aperture. The front site includes a bead or substantially circular section to be centered inside the ring and a thinner post style extension located above the bead to interact visually with the notch.

The invention relates to a uniquely designed set of iron sights for a firearm. The rear site includes a ring aperture and notch located directly above the ring aperture. The front site includes a bead or substantially circular section to be centered inside the ring and a thinner post style extension located above the bead to interact visually with the notch.

Implementations of a rear sight block for AK-type rifles are provided. In some implementations, the rear sight block may comprise an optic mounting interface and a sleeve. In some implementations, the optic mounting interface may be used to attach an optical gun sight to the rear sight block, and the sleeve may be used to secure the rear sight block to the barrel of an AK-type rifle. In some implementations, the optic mounting interface may include a rear sight notch therein. In some implementations, the rear sight block may further comprise at least one accessory mounting interface thereon. In some implementations, the accessory mounting interface may be used to position a flashlight, laser, and/or other firearm accessory on the left (or right) side of the rear sight block.

Implementations of a rear sight block for AK-type rifles are provided. In some implementations, the rear sight block may comprise an optic mounting interface and a sleeve. In some implementations, the optic mounting interface may be used to attach an optical gun sight to the rear sight block, and the sleeve may be used to secure the rear sight block to the barrel of an AK-type rifle. In some implementations, the optic mounting interface may include a rear sight notch therein. In some implementations, the rear sight block may further comprise at least one accessory mounting interface thereon. In some implementations, the accessory mounting interface may be used to position a flashlight, laser, and/or other firearm accessory on the left (or right) side of the rear sight block.