Born from the crucible of law enforcement experience, the Aimpoint PRO represents the perfect fusion of battle-proven reliability and tactical versatility. Now enhanced with the precision-engineered LRP (Leveraged Release Picatinny) mount, this optic system delivers even faster target acquisition with absolute return-to-zero capability.
While the PRO's legendary "always ready" 2 MOA dot and 30,000-hour battery life set the industry standard for duty-ready red dots, the LRP mount elevates this system to new heights. The leveraged release mechanism provides instant mounting and removal while maintaining zero, making this ideal for operators who need to quickly transition between optics or weapons. The included transparent rear flip cover allows for emergency engagement with both covers closed - a critical feature in law enforcement scenarios that sets the PRO apart from competitors.
Built to withstand the harshest conditions, the PRO's hard-anodized aluminum housing is submersible to 150 feet. The included spacer optimizes height for AR-15 platforms while being removable for use on subguns or AK-pattern rifles. The threaded front lens opening accepts an optional anti-reflection device (ARD) for enhanced stealth capability.
The LRP mount represents a significant advancement in quick-detach technology, rivaling premium offerings from industry leaders. While Geissele mounts are known for their tank-like construction and LaRue's proven track record spans decades, the LRP mount matches their return-to-zero capability with a more user-friendly interface. It offers similar rapid deployment to Scalar Works' innovative lever system but with added tension adjustment flexibility. Unlike the tool-dependent Spuhr mounts or the more complex mechanisms found in Knights Armament offerings, the LRP's leverage-assisted design provides both rock-solid lockup and tool-free operation. The mount's seven-position lever tension adjustment ensures perfect fit across worn or in-spec rails without deformation - a common issue with lesser QD systems.