Burris XTR Pro 5.5-30x56mm 34mm FFP | SCR 2 1/4 MIL

The Burris XTR Pro 5.5-30x56mm is a purpose-built long-range competition riflescope engineered for PRS and NRL style matches. Designed and manufactured in Greeley, Colorado, it combines a high-magnification range with a 34mm main tube and a first focal plane SCR reticle. The optic includes illuminated reticle settings, Burris’ Quick Detach Race Dial, and a Tool-less Zero Click Stop to support rapid, accurate adjustments on the range.

Product Specifications

• The magnification range is 5.5-30x for extended-range target work.
• The objective lens diameter is 56mm to gather light at higher magnifications.
• The main tube diameter is 34mm to support larger adjustment travel.
• The reticle designation is SCR 2 1/4 MIL in the model name.
• The focal plane is FFP (first focal plane) so reticle subtensions scale with magnification.
• Reticle illumination offers Red and Green with 11 brightness levels and off positions between settings.
• Manufactured by Burris in Greeley, Colorado.
• The elevation turret includes a Quick Detach Race Dial with a whiteboard-style coating for marking click values.
• The elevation turret also features a Tool-less Zero Click Stop with a cam lever for changing zero quickly.
• The scope provides accurate and repeatable windage and elevation adjustments that match the reticle’s measurement system.
• An optional throw lever is available to aid faster magnification changes.
• The scope includes a windage cap for protection and field use.
• Three reticle options are offered to match shooter preference and course requirements.
• The UPC is 000381022233.

The XTR Pro is focused on repeatable, match-oriented performance: long-range magnification, simple and fast turret operation, and illuminated reticle options that help in varied lighting. It is suited to precision competition and long-range target applications where consistent adjustments and clear optics matter. Its feature set places an emphasis on usability under match conditions while maintaining Burris’ approach to ruggedness and optical quality.

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