Burris Steel Signature Universal Rings Dovetail Front Windage Adjustable Rear 1" High Matte

The Burris Steel Signature Universal Rings Dovetail Front Windage Adjustable Rear 1" High Matte provides a rigid, repeatable scope mounting platform built from highest-grade steel. These universal rings are engineered to deliver secure mechanical locking across a broad range of firearms and barrel profiles, eliminating the shift and settlement issues that compromise accuracy. The dovetail front attachment and windage-adjustable rear design allow field-proven zero correction without full unmounting, a critical advantage during extended field operations or when transitioning between shooting positions.

At 1" ring height, these rings position mid-range optics at optimal eye level for most standard and AR-platform configurations, maintaining natural cheek weld and sight picture. The steel construction resists deformation under recoil and temperature cycling, critical for maintaining zero integrity in field environments. Matte finish eliminates light reflection and provides corrosion-resistant surface treatment suitable for humid or salt-air exposure. Measurable specifications include 0.26 lbs weight and 2.5" x 0.85" x 8" footprint, enabling compatibility with space-constrained rail systems and receivers.

These rings serve operators and serious shooters who demand repeatable scope attachment across multiple rifles or need the flexibility of field-adjustable windage correction without breaking zero. Law enforcement patrol carbine setups, precision rifle builds, hunting applications, and training platforms all benefit from the mechanical simplicity and proven reliability of this design. Burris Signature rings are recognized across the tactical and civilian shooting communities for delivering zero shift resistance and long-term accuracy maintenance.

Universal ring systems offer flexibility when building or modifying a scope package, accommodating different barrel diameters and mounting styles. The windage-adjustable rear design means precise zero correction is achievable without scope removal—a practical advantage in austere or field-repair environments where optical re-zeroing must happen without full system breakdown.