EGW AR Extendariser Clamp-On Picatinny Rail 6061 Aluminum Alloy

The precision-machined aluminum riser mount enhances optics elevation by approximately 0.60 inches on a flattop, allowing primary optics to be positioned higher. This adjustment facilitates a more comfortable, heads-up shooting stance and accelerates target acquisition. It typically eliminates the necessity for extra-high rings in most setups. The mount's top is angled at 20 MOA to compensate for the increased height, minimizing its impact on the point of impact. It offers a full 7 inches of usable mounting length, which is 1 inches more than the receiver rail and the underside of the extension is relieved to ensure clearance over the handguard. Constructed from lightweight 6061-T6 aluminum billet, it features MIL-STD-1913 picatinny slot-and-rail spacing, enabling quick and straightforward eye relief adjustments and providing greater flexibility in optics selection. The mount securely attaches to the receiver rail with three heavy-duty steel cross-bolts to prevent movement under recoil and it aligns with the receiver profile for a smooth, seamless appearance. It is compatible with both picatinny and weaver-style scope rings. Crafted from billet aluminum using CNC machines, this AR mount exemplifies durability and robustness, setting the standard for heavy-duty performance The mount is designed to extend and align with the entire upper profile, ensuring a customized and seamless appearance The system employs three cross bolts to ensure a proper and secure attachment, enhancing stability and reliability in its operational configuration The screws are designed to be flush-mounted, ensuring a secure fit that minimizes the risk of snagging, providing a seamless and streamlined appearance The mount's increased height elevates optics for a more ergonomic shooting position, facilitating easy scope swaps from other picatinny applications without changing rings Tighten the crossbolts to a torque specification of 65 in-lb, ensure the torque wrench is calibrated correctly to achieve precise and consistent results