Dual-emitter micro-dot sight

A method of independently positioning each micro dot in a dual-emitter micro-dot sight, the method comprising:

• receiving, with a beam combiner, light from a first light emitter;
• guiding, by the beam combiner, the light from the first light emitter to an optical path;
• receiving, with the beam combiner, light from a second light emitter;
• guiding, by the beam combiner, the light from the second light emitter to the optical path;
• collimating, with a collimating lens in the optical path, the light from the first light emitter, the light from the first light emitter striking the collimating lens at a first location;
• collimating, with the collimating lens, the light from the second light emitter, the light from the second light emitter striking the collimating lens at a second location;
• spreading, with a diverging lens in the optical path between the beam combiner and the collimating lens, the light from the first light emitter;
• and
• spreading, with the diverging lens, the light from the second light emitter.

A dual-beam micro-dot sight comprising:

• a light emitter coupled to a sight housing, the light emitter configured to produce a first beam of light along an optical path and a second beam of light along the optical path;
• a collimating lens in the optical path, the collimating lens configured to collimate the first beam of light from the light emitter and to collimate the second beam of light from the light emitter, the first beam of light from the light emitter striking the collimating lens at a first location, and the second beam of light from the light emitter striking the collimating lens at a second location;
• a diverging lens in the optical path between the light emitter and the collimating lens, the diverging lens configured to spread the light from the first light emitter and to spread the light from the second light emitter;
• and
• a windage adjustment mechanism configured to position the first location in a windage adjustment direction and to position the second location in the windage adjustment direction, the first location being separate and independent of the second location.