Give your crossbow the ultimate upgrade with Trijicon’s ACOG 3x24 XB Crossbow Scope. It offers the same legendary performance and quality of Trijicon’s rifle-mounted optics, but has been specifically designed for use on crossbows and provides a wide assortment of exclusive features. The reticle is designed to be zeroed at 30 yards, and is composed of multiple stadia lines that go out to 80 yards in 5-yard increments, allowing the shooter to accurately compensate for arrow drop at extended ranges. The reticle also features Bad River Outdoors’ patented deer/elk rangefinding capabilities, and models are available for crossbows that fire bolts at 300-340 fps, 340-400 fps, and 400-440 fps.
Like many of Trijicon’s rifle-mounted ACOG sights, the ACOG 3x24 XB Crossbow Scope operates without the use of batteries thanks to a system of a tritium-phosphor lamp and fiber optics. This configuration also allows the scope to automatically adjust its brightness level and contrast to conform to the available lighting conditions. The ACOG 3x24 XB Crossbow Scope is internally adjustable since only the prism housing moves, making the optic extremely rugged when compared to other more conventional designs. The ACOG 3x24 XB Crossbow Scope’s durability is enhanced even further with its forged 7075-T6 aluminum housing, which also keeps the weight to a minimum and helps withstand the shock pattern of all crossbows. In addition, the ACOG 3x24 XB Crossbow Scope utilizes multi-coated, broadband, anti-reflective lenses to deliver superior clarity and light transmission, and is waterproof up to 20 meters.
Features of the ACOG 3x24 XB Crossbow Scope:
- Specifically designed for crossbows
- Models available for crossbows with velocities at 300-340 fps, 340-400 fps, and 400-440 fps
- Arrow drop compensation reticle with Bad River Outdoors’ patented deer/elk rangefinding capabilities
- Rugged design made to withstand the shock patterns of all crossbows
- Multi-coated, broadband, anti-reflective lenses
- Battery free operation – illumination provided by tritium-phosphor lamp and fiber optics