










OVERVIEW
The 3x30mm model is designed for law enforcement and military applications- where the combination of ample magnification, low light capability and long eye relief make the TA33 the ACOG of choice. This ACOG scope features a Dual Illumination Amber Crosshair .223 Ballistic Reticle.

The 3x30mm model is designed for law enforcement and military applications- where the combination of ample magnification, low light capability and long eye relief make the TA33 the ACOG of choice. This ACOG scope features a Dual Illumination Amber Crosshair .223 Ballistic Reticle.

ALWAYS ON, ALWAYS READY
Most ACOG® models are battery free, featuring a tritium/fiber optic illuminated reticle that automatically adjusts the brightness based on available light.

TAKE CONTROL
Several ACOG models are designed with a user adjustable brightness setting powered by a single AA battery. The 3.5x35 LED and 4x32 LED models both offer six adjustable brightness settings.

RUGGED, RELIABLE HOUSING DESIGN
Fixed-power design allows for minimal moving parts to create a nearly indestructible sighting system.

“BOTH EYES OPEN” DESIGN
“Both eyes open” shooting using Trijicon's Bindon Aiming Concept™ (BAC) feature allows for improved situational awareness.

OUTSTANDING CLARITY
The quality of the glass and multi-coated lenses maximize light-gathering capabilities and clear field of view with zero distortion.

EXACT TARGET DISTANCES & HOLDS
Most ACOG models feature a bullet drop compensating and target-ranging reticle for decisive aiming.

COMBAT PROVEN
No other magnified optic has been used more in combat than the ACOG.

SHOCK-RESISTANT
Proven to withstand recoil from a .22LR to a .50BMG and everything in between. Easily passes U.S. Military drop test requirements.

WATERPROOF
Exceptional waterproof performance that exceeds military standards. Dry nitrogen-filled to eliminate fogging. This optic is tested to withstand and perform in extreme cold and heat with dry-nitrogen filled housing that mitigates fogging.
(154.94mm x 40.64mm x 53.34mm)