PRS Dynamic Shooting Scopes: Precision and Speed ​​for Competition

In PRS, targets range in distance from 300 to over 1,200 meters, which means you need a scope with a versatile magnification range.

Recommended range: 5-25x or 6-36x is most common in PRS, allowing good field vision at low magnification and excellent precision at long range.
Reticle and Quick Reference: Excessive magnifications can cause you to miss the target when changing targets quickly, so it is crucial to have an FFP (First Focal Plane) reticle that keeps ballistic references constant at all magnifications.
Field of view vs. Detail: In multi-target scenarios at different distances, field of view at low magnifications is as important as image clarity at high magnifications.
Expert Tip: A 5-25x56 or 7-35x56 is the best option if you compete in PRS. Make sure the optics offer a clear image and good light transmission throughout the magnification range.

The choice between MIL and MOA is one of the most frequent debates in PRS. Both systems are accurate, but 90% of PRS shooters use MIL for its ease of use in dynamic environments.

MIL Reticles (Milliradians): Divisions in 0.1 MIL (1 cm at 100 m), which makes corrections and compensations more intuitive. Most high-end scopes for PRS are designed with this system.
MOA (Minute of Angle) Reticles: Finer corrections in 1/4 MOA (≈7 mm at 100 m), useful for shooters accustomed to this system, although less intuitive in dynamic shooting.
First Focal Plane (FFP) vs. Second Focal Plane (SFP): For PRS, always choose FFP as it allows for consistent measurements at any magnification level.
Pro Tip: If you are starting out in PRS, choose MIL and FFP. It is the standard in competition and facilitates communication with other shooters and observers.

The turrets of a PRS scope must be precise, tactile and repeatable, since adjusting elevation and windage quickly and without error is key in competition.

Exposed and quick-adjusting turrets: In PRS you need to make constant corrections, so a scope with lockable turrets and "Zero Stop" is essential.
Settings in MIL or MOA: They must match the reticle to avoid confusion. A quality PRS scope should deliver 0.1 MIL per click or ¼ MOA, with consistent adjustments.
Precise markings and feel: The turrets must have firm, audible clicks, without play or variations, to ensure exact adjustments with each correction.
Vertical Adjustment Range: A PRS scope requires a minimum of 20 MIL (or 60 MOA) of elevation adjustment, ideally with a 20-30 MOA inclined rail on the rifle to take full advantage of its travel.
Expert Tip: Test the turrets before purchasing a scope. They should feel solid, with each click clear and without slack. A soft or inconsistent turret will ruin your accuracy.

PRS is practiced in variable light conditions, extreme distances and demanding scenarios, so glass quality is crucial to clearly see hits and targets.

ED (Extra-low Dispersion) lenses: They reduce chromatic aberrations and offer a sharp image, especially at high magnification.
Advanced multi-layer treatments: Improve light transmission and contrast in low visibility or backlight conditions.
Precise parallax correction: A good PRS scope allows parallax adjustments from 25 meters to infinity, avoiding errors in aiming.
Tube diameter and objective lens: A 34 mm viewfinder with a 50-56 mm objective allows more light and a better elevation adjustment range.
Expert Tip: In PRS, the sharpness of the glass makes a difference when detecting impacts and reading the terrain. A Vortex Razor HD, Kahles K525i, Leupold Mark 5HD or Hawke Frontier ensure optimal image quality.