Crimson Trace CT RAD Max | 3 MOA Red Dot | 01-01980

The Crimson Trace CT RAD Max is a maximum-sized open reflex sight engineered for carbines, rifles and shotguns where rapid target acquisition matters. It uses a 3 MOA red aiming dot, a recessed fully multi-coated lens and a large viewing window for quick sight picture establishment. The unit installs on standard MILSPEC M1913 Picatinny rails and includes both an AUTO shutoff and manual side-button controls to manage battery life. Its 7075 series aluminum body and top strap design prioritize structural reinforcement and resilience under routine field use.

Product Specifications

• The reticle is a 3 MOA red dot for fast aiming and target acquisition.
• The mount interface is a M1913 low profile Picatinny rail-compatible design.
• Battery type is a CR2032 cell with top-mounted battery access.
• Battery life is rated at 50,000 hours (5+ years) under typical use.
• The sight includes an AUTO shutoff after 8 consecutive hours to conserve battery.
• User adjustments include windage and elevation settings.
• Construction is 7075 Series Aluminum for increased strength compared with common 6061 alternatives.
• Durability is specified as IPX7 waterproof and described as shock impact and fog resistant.
• The lens is recessed and fully multi-coated with a large quick-acquisition window.
• Controls feature large brightness buttons designed for use with gloves and a manual on/off via side buttons.
• Top strap design is engineered to deflect force and reduce stress on the lens if the sight is dropped.
• The product is intended for rifles and shotguns (carbines) as a red-dot platform.
• Warranty is the CRIMSON Protect Lifetime Warranty.
• The weight is 0.635.
• UPC is 850013143672.

With its large window, glove-friendly controls and reinforced housing, the CT RAD Max is suited to demanding range sessions and field drills where quick, repeatable sighting is required. Its long battery life and automatic shutoff make it a low-maintenance optic for shooters who prioritize reliability and straightforward operation.

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