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ACOG 4x32 Scope, USMC Rifle Combat Optic for the M4 w/ TA51 Mount


Price: $1,450.00
Manufacturer: Trijicon

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Trijicon TA31RCO Rifle Scope is an Advanced Combat Optical Gunsight (ACOG) designed for the M16M4 weapon system (16 inch barrel). Trijicon TA31RCO-M4 ACOG 4x32 USMC Rifle Combat Optic for the M4 w/ TA51 Mount provides the shooter with quick target acquisition at close combat ranges while providing enhanced target identification and hit probability out to 800 meters utilizing the Bullet Drop Compensator. Trijicon TA31RCO-M4CP ACOG 4x32 Scope with BAC USMC Rifle Combat Optic (RCO) for M4 incorporates dual-illumination technology using a combination of fiber optics and self-luminous tritium. This allows the aiming point to be always illuminated without the use of batteries. The Tritium illuminates the aiming point in total darkness, and the fiber-optic self-adjusts reticle brightness during daylight according to ambient light conditions. This allows the operator to keep both eyes open while engaging targets and maintaining maximum situational awareness. Designed to the exact specifications of the United States Marine Corp, the unique reticle pattern provides the shooter with quick target acquisition at close combat ranges while providing enhanced target identification and hit probability out to 800 meters utilizing the Bullet Drop Compensator Trijicon TA31RCO M4CP 4 x 32mm ACOG Advanced Combat Optical Gunsights hit fast in any light. Trijicon ACOG 4 x 32 Riflescopes are internally-adjustable, compact telescopic sights with tritium illuminated reticle patterns for use in low light or at night. Trijicon 4x32 ACOGs combine traditional, precise distance marksmanship with close-in aiming speed. Although Trijicon ACOG 4 x 32 Rifle Scopes TA31RCO-M4CP have many features which are very advantageous for military use, they were developed by Trijiconwithout government funding. Designed for use with the M16 family, every feature of its mechanical and optical design was chosen for a single purpose: to provide increased hit potential in all lighting conditions - without failure-prone batteries.