Weaver 4-Hole Tactical Picatinny Aluminum Scope Rings - Matte - 30mm X-High

The Weaver 4-Hole Tactical Picatinny Aluminum Scope Rings in matte finish deliver a proven mounting solution for serious marksmen and tactical operators. Built from solid aluminum construction, these 30mm X-High rings mount securely to Picatinny rails and provide the foundation for accurate optic placement on rifles used in law enforcement, military, and precision shooting applications. The four-screw clamping design distributes clamping force across dual rings, reducing the risk of scope tube distortion and maintaining zero integrity through extended use and recoil cycles.

The X-High height specification is engineered for rifles equipped with larger objective lenses (40mm and above) or for shooters who require increased cheek weld clearance when using body armor or night vision housings. The Type III hard-anodized matte finish resists glint, reduces reflectivity in tactical environments, and provides corrosion resistance across multiple deployment climates. The aluminum construction keeps overall ring weight minimal—critical for duty rifles and precision platforms where every fraction of ounce impacts handling and fatigue during extended operations. The Picatinny interface ensures compatibility with any MIL-STD-1913 rail system, whether installed on AR-pattern rifles, bolt-action platforms, or modular duty weapons.

These rings address the needs of patrol officers, federal agents, precision rifle competitors, and hunters who demand repeatable scope mounting without proprietary systems. The four-hole configuration allows tool-free ring separation for optic changes in the field, a practical advantage when swapping between day scopes and thermal systems or when maintaining multiple uppers. This particular Weaver design represents the bridge between legacy Weaver-dovetail heritage and modern Picatinny standardization, offering familiar ergonomics for experienced operators while delivering the standardized interface required across modern rifle platforms.