Burris Xtreme Tactical XTR II 5-25x50 SCR Mil FF ILL

The XTR II 5-25x is serious, state-of-the-art technology for competitive shooters and tactical operators.

The XTR II 5-25x50 mm riflescope features a 5-times zoom system and 25% larger tube construction than the original XTR™ Riflescope.

The front focal plane reticle design on this and all high-magnification XTR II riflescopes allows the reticle size to increase or decrease as magnification is increased or decreased. Trajectory compensation is always correct and proportional for the selected power setting. This reticle design is also called first focal plane or FFP.

It has dimensionally-matched precision adjustment knobs and Zero Click Stop technology.

High-performance optics offer Hi-Lume® multi-coated lenses. The lenses optimize target resolution, contrast, and low-light performance.

All hand-fitted internal assemblies are triple spring-tensioned for absolute shockproofing, even under severe recoil. They are vibration resistant, even on extended vehicular patrols.


Magnification: 5-25x
Reticles: G2B Mil-Dot™ (201053)
SCR™ Mil (201051)
SCR™ MOA (201052)
SCR™ Mil (201056 (FDE))
SCR™ Mil (201054 (non-Illuminated))
Objective Lens Diameter: 58 mm
Clear Objective Lens Diameter: 50 mm
Ocular Lens Diameter: 44.25 mm
Finish: Matte
Focal Plane: FFP
Main Tube Size: 34 mm
Field of View: 21 low – 4.3 high (ft. @ 100 yds.)
Eye Relief: 3.50 – 4.25 in.
Exit Pupil: 10 low – 2.0 high (mm)


The SCR Mil reticle is ideal for precision competition use. With its extended illumination area, you can engage targets at long distances even in low light.

• 1/2-mil holdover lines
• 2/10-mil and 1-mil windage hold-off lines for precision
• 1/10-mil ranging brackets on the crosshairs, at the top, left, and right extremes
• Mil-based, proprietary Burris design
• SCR stands for special competition reticle
• Extended center illumination area lets you engage targets at long distances in low light and shadows
• Front focal plane design means trajectory compensation and wind hold-off references are accurate at any magnification
• Increases speed and precision for wind hold-off and for range estimation and impact measurement