Weaver 4-Hole Skeleton Aluminum Scope Rings - Matte - 1" X-High

The Weaver 4-Hole Skeleton Aluminum Scope Rings in matte finish (X-High, 1-inch) deliver precision mounting for mid- to long-range rifle applications where elevation clearance over the barrel is critical. Built from aircraft-grade aluminum with Weaver's proven Cross Lock construction, these rings provide the rigid, zero-slip hold required for repeatable point-of-aim and consistent velocity strings across extended shooting sessions.

The X-High height specification accommodates larger objective bell diameters and provides sufficient clearance for high-mounted optics or dual-ring configurations on AR-pattern uppers and bolt-action platforms. Four-hole mounting design distributes clamping force across a wider footprint, reducing stress concentration on the picatinny rail and improving load distribution. Torx screw fasteners with anti-strip geometry ensure positive engagement during installation and eliminate concern of over-torque deformation—a critical detail for operators conducting maintenance in field conditions. Matte black finish resists glint and is compatible with most tactical rail systems.

These scope rings suit precision marksmen, law enforcement marksman teams, and serious hunters who demand repeatable performance across varied environmental conditions. The skeleton design minimizes weight without sacrificing structural integrity—particularly valuable for long-range field applications where system weight affects mobility and fatigue over extended duty cycles. Weaver scope rings are widely used across military, LE, and civilian precision platforms due to their track record of holding zero and their compatibility with 1-inch tube optics across manufacturers.

Available in multiple height options, the Weaver line allows shooters to standardize on proven mounting hardware across different rifle builds while maintaining flexibility for different barrel profiles and objective sizes. The aircraft-grade aluminum construction delivers superior corrosion resistance compared to steel, making these rings a practical choice for operations in salt-laden or humid environments where rust-out of ferrous components remains a persistent concern.