Trijicon ACOG Rifle Scope 4x32mm

Adapted from military applications, U.S. Forces have enhanced the Trijicon ACOG scope by integrating a small red dot sight on top for close quarters missions. Trijicon has now developed a similar model for civilian use, the TA31-D-100570. The primary Trijicon scope features a dual-illuminated reticle utilizing fiber optics and tritium, ensuring a bright aiming point under any lighting conditions. The ranging reticle facilitates bullet drop compensation up to 800 m without requiring manual adjustments. Positioned on top is a Trijicon RMR type-2, equipped with a 3.25 MOA aiming dot. ACOG models typically operate without batteries, utilizing a tritium/fiber optic illuminated reticle that self-adjusts brightness according to ambient light conditions Certain ACOG models feature a user-adjustable brightness setting, powered by a single AA battery, allowing for precise control of illumination levels The 3.5x35 LED and 4x32 LED models feature six customizable brightness levels, allowing users to adjust illumination to their specific needs The fixed-power design minimizes moving parts, resulting in a highly durable and nearly indestructible sighting system The Trijicon Bindon Aiming Concept (BAC) feature enhances situational awareness by enabling "both eyes open" shooting for improved target acquisition The high-quality glass and multi-coated lenses enhance light-gathering capabilities, providing a clear field of view with zero distortion ACOG models predominantly incorporate a bullet drop compensating and target-ranging reticle, facilitating precise aiming and enhancing target acquisition accuracy The ACOG is the most extensively utilized magnified optic in combat scenarios, surpassing all other similar devices in terms of deployment and usage Demonstrated to endure recoil from .22LR - .50 BMG calibers, this product consistently meets USA Military drop test standards Boasting superior waterproof capabilities, this product surpasses military standards, ensuring exceptional protection against water ingress