Aimpoint Acro P2 3.5MOA FDE 200777

Aimpoint Acro P-2 – 3.5 MOA Red Dot Sight (Flat Dark Earth)

The Aimpoint Acro P-2 in Flat Dark Earth is a fully enclosed red dot reflex sight built for extreme durability and compact performance. Designed for use on handguns, carbines, shotguns, and personal defense weapons, the Acro P-2 delivers superior reliability in harsh environments.

Product Features

• 3.5 MOA red dot provides a precise, fast-acquisition aiming point for defensive and tactical use

• Fully enclosed optical system protects against rain, dust, mud, and debris

• CR2032 battery offers over 50,000 hours of constant operation at standard daylight brightness

• 10 brightness settings including 4 for night vision and 6 for daylight

• Flat Dark Earth Cerakote finish provides a non-reflective surface and enhanced durability

• Optimized for pistol slides, but also adaptable to rifles and other weapon platforms

• Integrated Acro mounting interface allows secure and repeatable mounting (mounts sold separately)

• Waterproof to a depth of 35 meters, suitable for submerged use

• Compact, low-profile design minimizes obstruction and weight

Technical Specifications

• Dot Size: 3.5 MOA

• Magnification: 1x (non-magnifying)

• Eye Relief: Unlimited

• Optical Window: 15 x 15 mm

• Power Source: One CR2032 lithium battery

• Battery Life: Over 5 years of continuous use at setting 6

• Weight: 2.2 oz (61 g)

• Dimensions: 1.9 x 1.3 x 1.2 in (47 x 33 x 31 mm)

• Operating Temperature: -49°F to +160°F

• Submersion Rating: Waterproof to 115 feet (35 meters)

• Housing: High-strength aluminum with FDE Cerakote finish

Included in the Box

• Aimpoint Acro P-2 Red Dot Sight in Flat Dark Earth

• CR2032 Battery

• Multi-purpose adjustment tool

• User manual

The Acro P-2 is trusted by military, law enforcement, and defense professionals for its compact form, extended battery life, and rugged design. Built to perform in the most demanding conditions, it offers a true closed-emitter solution for those who require uncompromising optical performance.