Trijicon ACOG 4X32 .223 BAC LED Red Chevron - TA02-D-100393

ACOG 4X32 .223 BAC LED RED CHV TA02-D-100393 Experience precision shooting like never before with the Trijicon ACOG 4X32 .223 BAC LED Red Chevron, model TA02-D-100393. Designed for .223 Rem and 5.56 NATO calibers, this high-performance optic is the perfect accessory for enhancing your shooting capabilities. The rugged black finish provides durability while ensuring that you stay focused on your target. The ACOG features a powerful 4X magnification and a 32mm objective size, delivering crystal-clear visuals even in challenging conditions. Its LED Red Chevron reticle is illuminated for enhanced visibility, allowing for quick target acquisition. With a 1/2 MOA adjustment, you can easily make precise corrections on the fly, ensuring that every shot counts. This optic is powered by an easy-to-find AA battery, making it convenient for extended use in the field. Features: * TA51 Flattop Mounting Adapter: Provides secure mounting for the ACOG optic.: TA51 Flattop Mounting Adapter: Provides secure mounting for the ACOG optic. * Calibrated for .223/5.56: Optimized for use with .223 Rem and 5.56 NATO ammunition.: Calibrated for .223/5.56: Optimized for use with .223 Rem and 5.56 NATO ammunition. * Uses AA Battery: Convenient power source for extended use.: Uses AA Battery: Convenient power source for extended use. * Optic Magnification: 4X magnification for enhanced target visibility.: Optic Magnification: 4X magnification for enhanced target visibility. * Objective Size: 32mm objective for optimal light transmission.: Objective Size: 32mm objective for optimal light transmission. * Optic Adjustments: 1/2" MOA for precise windage and elevation adjustments.: Optic Adjustments: 1/2" MOA for precise windage and elevation adjustments. * Optic Reticle: LED Red Chevron for quick target acquisition.: Optic Reticle: LED Red Chevron for quick target acquisition. * Optic Reticle Illuminated: Enhanced visibility in low-light conditions.: Optic Reticle Illuminated: Enhanced visibility in low-light conditions.