Trijicon 1600036 VCOG | 1-6x24mm | Green Segmented Circle Reticle

The Trijicon VCOG 1-6×24 is a variable-power riflescope built to serve across close-quarters and extended-range engagements. It uses a first-focal-plane, illuminated green segmented circle with crosshair MOA reticle and runs on a single AA battery. The optic is housed in forged 7075-T6 aluminum for durability and is waterproof to 66 feet.

Product Specifications

• The magnification range is 1-6x for flexible use across distances.
• The objective lens diameter is 24mm to balance compactness and light gathering.
• The scope uses a 30mm tube diameter for enhanced adjustment range and rigidity.
• The reticle pattern is an Illuminated Green Segmented Circle/Crosshair MOA configured in the first focal plane.
• The focal plane is first, so subtensions remain true at all magnifications.
• The adjustment size is .25 MOA per click for fine zeroing.
• The total adjustment travel is 90 MOA elevation and 90 MOA windage, with 20 MOA per revolution.
• The eye relief is 4 inches for consistent shooting position.
• The stated weight is 23.20 oz for the optic body alone.
• The overall length measures 10.05 inches.
• The field of view is 95 ft – 15.9 ft @ 100 yds (approximately 18° – 3°).
• The exit pupil ranges from 0.41 in to 0.15 in (10.41mm – 3.81mm) across the zoom range.
• The housing material is forged aluminum (7075-T6) with a matte black finish.
• The illumination source is LED and the power is provided by a single AA (lithium or alkaline) battery.
• The UPC is 719307320543.

Rugged construction, a first-focal-plane MOA reticle and user-selectable LED illumination make the VCOG a practical optic for shooters who need a durable, versatile sighting system. It is well suited to applications such as duty/tactical use and precision-oriented target work where rapid ranging and holdover capability are beneficial. The VCOG’s combination of solid mechanics and a multi-purpose reticle positions it as a long-term choice for those who prioritize reliability and clarity in an optic.