Trijicon ACOG 4x32 BAC Rifle Scopes

Trijicon ACOG 4x32 BAC Rifle Scopes are combat-proven, fixed-power optics designed for military, law enforcement, and tactical shooters who demand exceptional durability, precision, and rapid target acquisition. Featuring Trijicon’s Bindon Aiming Concept (BAC), these scopes enable both-eyes-open shooting, enhancing situational awareness and engagement speed in dynamic environments.

Key Features:

  • Fixed 4x Magnification – Provides crystal-clear optics for mid-range precision shooting, while maintaining a wide field of view for fast target acquisition.
  • Battery-Free Dual-Illumination – Utilizes fiber optics for daylight illumination and tritium for low-light operation, ensuring continuous reticle visibility without batteries.
  • Rugged Military-Grade Construction – Built from forged 7075-T6 aluminum, making it shockproof, waterproof (up to 100 meters), and fog-proof, capable of withstanding extreme conditions and heavy recoil.
  • Bullet Drop Compensating (BDC) Reticles – Calibrated for specific calibers like 5.56mm, 7.62mm, and .300 Blackout, allowing for accurate holdovers at various distances.
  • Both-Eyes-Open Shooting (Bindon Aiming Concept - BAC) – Enhances target tracking, speed, and peripheral awareness, making it ideal for fast-paced combat scenarios.
  • TA51 Picatinny Rail Mount – Ensures secure and repeatable mounting on a wide range of rifle platforms.
  • Optional RMR Red Dot Integration – Select models include a mounted Trijicon RMR for dual aiming capabilities, enabling quick transitions between close-quarters and long-range targeting.

Why Choose the Trijicon ACOG 4x32 BAC?

The Trijicon ACOG 4x32 BAC is one of the most trusted combat optics worldwide, relied upon by U.S. Special Forces and military units for its rugged dependability, crystal-clear optics, and rapid engagement capabilities. Whether used in high-intensity combat, tactical operations, or competitive shooting, this optic delivers unmatched precision, reliability, and performance in all lighting conditions.