ACOG 4X32 BAC Aiming Kit with RMR 3.25 MOA Collimator, Black

ACOG 4X32 BAC Optical Sight with RMR 3.25 MOA Collimator in Black Housing

Switching between medium and close range in combat is always a compromise. The ACOG 4X32 BAC kit with RMR 3.25 MOA collimator solves this problem by design: four-power optics for medium-range work and a compact collimator on top for instant close-range aiming - both devices are ready simultaneously.

Engage at Medium and Close Range Without Changing Position

The BAC (Bindon Aiming Concept) system allows you to work with both eyes open. Your left eye sees the magnified image in the eyepiece, your right eye sees the surrounding space. This accelerates target detection and transition between sectors without breaking sight picture. The RMR collimator sight with a 3.25 MOA dot, mounted directly on the ACOG housing, handles close-range work - without switching or additional mounting.

The kit is designed for airsoft, tactical training, and carbine work where rapid aiming mode changes depending on the situation are critical.

Key Features of the Kit

• ACOG Magnification: 4x (fixed)
• ACOG Objective Diameter: 32 mm
• RMR Aiming Dot Size: 3.25 MOA
• Housing Material: aircraft aluminum
• Mounting: Weaver/Picatinny base with two locking screws
• Reticle Illumination: yes (battery-powered)
• Color: black matte

Design and Appearance

The photo clearly shows the characteristic rectangular housing with a massive mounting base underneath. Along the side of the main sight runs a red-orange tube - a fiber-optic reticle illumination element. On top is a knurled adjustment drum, and the housing itself has knurled elements around the perimeter for secure grip. The RMR collimator with a yellowish-transparent lens and a round adjustment dial marked "R" is mounted directly on the upper part of the ACOG. The lenses feature multi-coated anti-reflection coatings for better light transmission and image clarity in various lighting conditions.

The housing is protected from moisture and dust - the aluminum construction withstands field conditions and firing vibration.