Aimpoint Scopes

suffices for “license” for mg, si
or some expdd (bomb) despite AG
opinion reprinted in ATF Green Book;
no incendiary expdd; C&R sr, sg only)
MN Y N Y Y Y Y ? (C&R mg, sg only, registration required)
MO Y N Y Y Y N N (C&R mg, sr, sg only to non FFL holders,
C&R FFL holders any mg, sr, sg)
MS Y N Y Y Y Y Y
MT Y N Y Y Y N N (pistol cal. mg’s over .30 must be

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horus vision

Horus Vision today announced a licensing agreement with Nightforce Optics that will allow Nightforce to embed patented Horus grid reticles in their tactical scopes. Nightforce joins a number of leading scope manufacturers that have chosen Horus Vision reticles to enhance their products’ capabilities. The Horus Vision grid reticles will initially be used in Nightforce’s 3.5-15×50mm scope, a first-focal-plane model that will be available exclusively through Nightforce and will be sold primarily to the U.S. military. Nightforce may use Horus Vision reticles in other products in the future, including scopes marketed to the public. Horus Vision patented two-dimensional grid reticles provide superior performance beyond traditional reticles that use crosshairs and mil dots. Fine grid marks don’t obscure targets, and no manual adjustments such as knob-clicks are necessary. The first-focal-plane engineering keeps the reticle size constant relative to the target’s dimensions at all magnifications. And the grid marks stay in visual synch with the target image at any zoom level, allowing a shooter to easily range targets and factor in hold-offs such as elevation and wind. “A grid reticle instantly allows a user to shoot farther with more accuracy,” said Larry Chao, VP of Horus Vision. “You can optically correct for elevation and wind instead of having to do it mechanically by clicking knobs, which takes time and lacks reference points. Your eyes are much faster, more accurate and more adaptable than your fingers. “Our reticles also allow for superior second-shot correction, because the shooter can optically adjust based on the first shot. They provide a steady optical frame of reference