Trijicon AccuPoint 2.5-10x56mm | 30mm Tube | 200024

The Trijicon AccuPoint 2.5-10×56 is a variable-power riflescope built for long-range, low-light performance. It combines a large 56mm objective and multi-coated lenses for enhanced light transmission with a battery-free illuminated reticle using fiber optics and tritium. The scope is housed in aircraft-grade 6061-T6 aluminum with a hardcoat anodized finish and a 30mm main tube for stable mounting and generous adjustment range.

Its second-focal-plane reticle maintains a consistent subtension across magnification settings, and the quick-focus eyepiece with long eye relief supports comfortable, repeatable aiming in varied field conditions.

Product Specifications

• The magnification range is 2.5-10x.
• The objective lens diameter is 56mm for improved light gathering.
• The tube diameter is 30mm to provide increased adjustment and mounting flexibility.
• The reticle is an Illuminated Duplex Crosshair with Green Dot (second focal plane).
• The illumination source is fiber optics & tritium, providing battery-free illumination.
• The eye relief measures 2.8 to 4.1 inches.
• The exit pupil ranges from 16.3mm to 5.6mm depending on magnification.
• The field of view at 100 yards is 37.6 to 10.1 feet across the magnification range.
• The elevation/windage adjustment increment is 0.25 MOA per click.
• The adjustment range is a minimum of ±30 MOA.
• The finish is a matte hardcoat anodized black applied to 6061-T6 aluminum housing.
• The lenses are multi-coated to enhance light transmission with reduced glare.
• The unit weight is 20.7 oz and the overall length is 13.8 inches.
• The scope is rated waterproof, fogproof, and shockproof.
• The UPC is 719307400511.

This AccuPoint model is well suited to long-range hunting and precision target shooting in low-light conditions where a bright, battery-free aiming point and strong light transmission matter. Its combination of a large objective, second-plane reticle, and rugged construction make it a practical choice for field use across varied environments.