The EO Tech EXPS3-4 AR223 is a high-performance red dot sight designed for quick target acquisition and reliable operation in various lighting conditions. With a sleek black finish and a compact overall length of approximately 3.8 inches, this sight offers an optimal balance of size and functionality. Weighing just 11.2 ounces, it is lightweight enough for tactical applications without sacrificing durability or performance. The EXPS3-4 features a rugged construction built to withstand harsh environments, making it ideal for both professional and recreational use.
Equipped with a 4-dot 1 MOA illuminated reticle, this sight provides precise aiming points that enhance accuracy at close to medium ranges. The illuminated reticle ensures clear visibility even in low-light conditions, and side buttons allow for easy brightness adjustments without disrupting your shooting stance. The sight is powered by CR123 batteries, known for their reliable power source and long shelf life, ensuring consistent operation during critical moments.
Designed for versatility, the EO Tech EXPS3-4 AR223 includes a ballistic reticle optimized for AR-15 platforms, specifically calibrated for 223 caliber rounds. The sight's robust build and easy-to-use controls make it suitable for tactical, hunting, and competitive shooting scenarios. Its compact size and lightweight profile help maintain your weapon's balance and maneuverability. Whether you're engaging targets at close quarters or extending your range, this optic provides the clarity, speed, and reliability needed for precise shooting. The EO Tech EXPS3-4 AR223 is a trusted choice for shooters seeking a dependable optic with advanced features for demanding situations.
Features:
- CR123 batteries provide reliable power for long-lasting illumination
- Ballistic AR223 reticle optimized for AR-15 platforms
- Side buttons for easy brightness adjustment and night vision compatibility
- Compact and lightweight design for enhanced maneuverability
- Illuminated 4-dot 1 MOA reticle for precise target acquisition in various lighting conditions
