Burris XTR Pro 5.5-30x56mm | Tremor5

The Burris XTR Pro 5.5-30x56mm is a purpose-built long-range competition riflescope designed for PRS and NRL-style shooting. Manufactured in Greeley, Colorado, the XTR Pro pairs a high-magnification 5.5–30X zoom with a 56mm objective and a 34mm main tube for a stable mounting platform. The scope incorporates Burris innovations such as the Quick Detach Race Dial and a Tool-less Zero Click Stop to streamline on-stage adjustments.

Intended uses include precision long-range target shooting and PRS/NRL competition stages where repeatable, rapid adjustments and a high-quality first focal plane reticle are required.

Product Specifications

• The magnification range is 5.5X – 30X for extended long-range observation and aiming.
• The objective lens diameter is 56mm to maximize light gathering at high magnification.
• The main tube size is 34mm for increased adjustment range and mounting stability.
• The reticle is listed as the Horus TREMOR5 MIL-Dot in the provided attributes.
• The scope weight is 33.6 oz. as indicated in the product attributes.
• The overall length measures 15.4 inches per the provided specification.
• The finish is specified as Black.
• Elevation and windage adjustments are provided with a resolution listed as 1/10 Mil.
• The scope features a Toolless ZCS Race Dial (Tool-less Zero Click Stop) for quick zero changes.
• The package includes a Quick Detach Race Dial option for elevation turret swaps.
• The reticle is specified as a Front Focal Plane Reticle in the attributes.
• The product is marked as Made In USA in the provided attributes.
• The scope supports an optional Throw Lever for faster magnification changes.
• The UPC is 000381022240.

The XTR Pro blends Burris mechanical innovation with a competition-oriented optical package. Its 34mm tube and large 56mm objective support high adjustment travel and image brightness at long distance, while the Quick Detach Race Dial and toolless zero stop are built for fast, repeatable stage work. The Horus Tremor5 reticle in a first focal plane layout provides holdovers that scale with magnification for consistent use across the magnification range.

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