BLEMISHED Burris XTR II Rifle Scope - 4-20x50mm 34mm FFP Illum SCR MOA Matte

The BLEMISHED Burris XTR II Rifle Scope 4-20x50mm 34mm FFP Illum SCR MOA Matte is purpose-built for precision rifle applications where extended-range accuracy and optical quality are non-negotiable. Designed for law enforcement tactical teams, military marksmen, and competitive long-range shooters, this first-focal-plane riflescope delivers the optical clarity and reticle reliability demanded in field operations. The blemished condition—cosmetic imperfections without functional degradation—offers substantial savings while maintaining full optical performance and Burris's reputation for durability.

The 4-20x magnification range with 50mm objective lens maximizes light transmission and field-of-view versatility, critical for transitioning between close-quarters engagement and distance shooting scenarios. The 34mm tube diameter provides superior elevation and windage adjustment range—essential when dialing for ballistic drop beyond 800 yards—while the first-focal-plane (FFP) reticle ensures the illuminated SCR MOA reticle maintains true subtension across all magnification settings. Matte black finish reduces light reflection and glint, a operational advantage in tactical and hunting environments where signature control matters. The robust construction and multi-coated optics system deliver edge-to-edge clarity and contrast even in low-light conditions.

This scope excels on AR-10 platforms, bolt-action rifles, and precision semi-automatic systems chambered in full-power rifle cartridges. The 34mm mounting standard (via Picatinny rings or integrated 34mm mounts) integrates seamlessly with modern tactical rails and modular systems. Shooters conducting precision rifle courses, executing long-range field shots, or building tack-driving competition builds will appreciate the SCR MOA reticle's intuitive holdover marks and the FFP design's accuracy at variable magnification. Weight and dimensions make it suitable for field-portable rifles without sacrificing optical performance.