Long-Range Scopes

Long Range Rifle Scopes

Long range rifle scopes are precision optical sights designed for accurate shot placement at distances from 500 to 2,000+ yards (457.2 to 1,828.8+ m) with magnification ranges of 5-25x, 5-30x, 6-24x, or 7-35x mounted in 34 mm main tubes. A long range scope provides 3 capabilities that distinguish it from a standard hunting scope: First Focal Plane (FFP) reticles with MRAD or MOA holdover patterns for precise corrections at any magnification, exposed locking turrets with zero-stop for repeatable field adjustments, and 20 to 35+ MRAD (70 to 120+ MOA) of total elevation travel for dialing extreme distances. Long range scopes serve 3 primary disciplines: Precision Rifle Series (PRS) competition, National Rifle League (NRL) Hunter matches, and Extended Long Range (ELR) shooting beyond 1,000 yards (914.4 m). TactaBlue stocks long range scopes from Vortex, Nightforce, Zero Compromise Optic (ZCO), Vector Optics, Leupold, Athlon, Burris, and Trijicon alongside hunting scopes, LPVO scopes, and thermal rifle scopes.

Precision Scopes for Competitive Shooting

Precision rifle competition scopes require 5 performance features: FFP reticle with a Christmas tree holdover pattern, 0.1 MRAD (or 0.25 MOA) click adjustments with tactile and audible feedback, zero-stop elevation turrets, a minimum of 25 MRAD elevation travel, and a side-focus parallax adjustment from 10 yards (9.1 m) to infinity. PRS stages require shots at 200 to 1,200 yards (182.9 to 1,097.3 m) from improvised positions — barricades, rooftops, and unconventional rests — where fast holdover corrections at varying magnification demand an FFP reticle with accurate subtensions. A Christmas tree reticle with horizontal hashmarks at MRAD intervals provides windage holds without turret adjustment, which saves 2 to 4 seconds per shot on timed stages.

Key Performance Features

Key performance features for long range scopes include 6 specifications that separate precision optics from standard hunting scopes:

• Elevation travel — 25 to 35+ MRAD (87 to 120+ MOA) accommodates bullet drop at 1,000+ yards on common precision cartridges including 6.5 Creedmoor, .308 Winchester, 6 mm GT, and .300 Winchester Magnum
• Turret tracking accuracy — each 0.1 MRAD click moves the point of impact exactly 0.36 inches (9.1 mm) at 100 yards with ≤0.5% cumulative error over 20 MRAD of dialing
• Optical clarity at maximum magnification — edge-to-edge sharpness at 25x or 30x without softening, color fringing, or field curvature
• Parallax-free image — side-focus parallax adjustment eliminates point-of-impact shift when the eye moves off the optical axis at distances from 50 to 1,000+ yards
• Reticle illumination — daylight-bright center dot or etched crosshair for visibility against dark targets and shadowed backgrounds at any magnification
• Mechanical durability — turrets that maintain tracking accuracy after 10,000+ rounds of recoil and 5,000+ full-rotation dial cycles

Precision Scope Considerations

First Focal Plane vs Second Focal Plane

FFP scopes are the standard for long range precision because the reticle subtensions remain accurate at every magnification — a 0.5 MRAD holdover mark represents exactly 0.5 MRAD at 10x, 20x, or 25x. SFP scopes restrict accurate subtension reading to one designated magnification, which forces the shooter to dial to a specific power before using reticle holdovers. Competitive PRS shooters use FFP scopes exclusively because timed stages require holdover shots at the current magnification without pausing to adjust the power ring. FFP scopes cost $200 to $800 more than equivalent SFP models due to the precision required in placing the reticle inside the erector assembly.

MOA vs MRAD Measurement Systems

MRAD turrets dominate long range precision shooting because MRAD math uses base-10 calculations: 1 MRAD equals 10 cm at 100 m, 20 cm at 200 m, and 100 cm at 1,000 m. MOA turrets use base-60 calculations: 1 MOA equals 1.047 inches (26.6 mm) at 100 yards, 2.094 inches (53.2 mm) at 200 yards. MRAD turrets adjust in 0.1 MRAD clicks (0.36 inches / 9.1 mm at 100 yards). MOA turrets adjust in 0.25 MOA clicks (0.25 inches / 6.35 mm at 100 yards). MOA provides finer per-click adjustment. MRAD provides faster mental math for holdover corrections at variable distances. Over 85% of competitive PRS shooters use MRAD systems.

Parallax Adjustment

Parallax adjustment removes the apparent reticle movement against the target when the shooter's eye shifts off the optical axis, which causes point-of-impact errors of 0.5 to 2.0 MOA at distances beyond 200 yards (182.9 m). Long range scopes use a side-focus parallax knob on the left turret housing that adjusts the internal focus from 10 to 50 yards (9.1 to 45.7 m) at the near end to infinity at the far end. Set the parallax adjustment before each shot by rotating the side-focus knob until the target image appears sharpest and the reticle shows zero movement when the eye moves slightly off center. Parallax error compounds at higher magnification — a 25x scope shows 4 times more parallax-induced reticle shift than the same scope at 6.25x.

Recommended Long Range Rifle Scopes

Zero Compromise Optic ZC527 5-27x56 FFP

The Zero Compromise Optic (ZCO) ZC527 5-27x56 is a 34 mm FFP long range scope with 10 MRAD per turret revolution, the MPCT3X reticle, and optical clarity that matches or exceeds any scope produced worldwide. ZCO builds scopes in Austria with hand-assembled optics producing 93%+ light transmission. The ZC527 provides 32 MRAD of elevation travel with zero-stop and turret lock. The ZCO ZC527 is the scope of choice for top-10 PRS competitors and costs $3,400 to $4,000. The MPCT3X reticle uses a floating center dot with MRAD hashmarks in a compact tree pattern for holdover shooting.

Vortex Razor HD Gen II 4.5-27x56

The Vortex Razor HD Gen II 4.5-27x56 is the most popular long range scope in PRS competition with an APO lens system, HD glass, and the EBR-7C MRAD Christmas tree reticle in a 34 mm tube. The Razor HD Gen II provides 26 MRAD of elevation travel with zero-stop and locking turrets. The L-TEC turrets use a push-button lock to prevent accidental rotation. The scope weighs 48.5 ounces (1,375 g) and costs $1,800 to $2,000. The Vortex VIP lifetime warranty covers all damage.

Nightforce ATACR 5-25x56 and 7-35x56

The Nightforce ATACR series produces the highest mechanical precision in turret tracking with ≤0.1% cumulative error across the full elevation range, which translates to less than 0.025 MRAD of error over 25 MRAD of dialing. The ATACR 5-25x56 provides 30 MRAD of elevation travel in a 34 mm tube. The ATACR 7-35x56 extends maximum magnification to 35x for ELR shooting and target identification beyond 1,500 yards (1,371.6 m). Nightforce builds the ATACR in Orofino, Idaho, and tests every scope for tracking accuracy before shipment. The ATACR costs $2,400 to $3,000.

Vector Optics Continental x6 5-30x56 MPVO FFP

The Vector Optics Continental x6 5-30x56 is a 34 mm FFP long range scope with German Schott HT glass, VePRO fully multi-coated lenses, 44 MRAD of total elevation travel, and a price under $1,000. The Continental x6 uses 0.1 MRAD clicks with zero-stop and turret lock. The 30x maximum magnification suits PRS and NRL Hunter competition. The scope weighs 35 ounces (992 g). The Continental x6 provides 80 to 85% of the optical quality of scopes costing 3 to 4 times more. Vector Optics offers the Continental x6 in MRAD and MOA turret configurations.

Vector Optics Continental 3-18x50 MPVO FFP

The Vector Optics Continental 3-18x50 is a 34 mm FFP scope with Schott HT glass and a 3-18x magnification range that suits NRL Hunter matches and long-range hunting where a lighter, shorter scope reduces rifle weight. The 3-18x range covers close-range barricade stages at 3x and 800-yard targets at 18x. The Continental 3-18x50 weighs 28.5 ounces (808 g) — 6.5 ounces (184 g) lighter than the 5-30x56 model. The LRZ (Long Range Zero) system allows the shooter to set a custom zero-stop at any distance.

Vector Optics Tauron 6-24x50 HD MIL FFP

The Vector Optics Tauron 6-24x50 is a 34 mm FFP High Power Variable Optic (HPVO) with HD glass, zero-stop turrets, and a price under $500 for budget-conscious precision shooters. The Tauron uses the VTA-3 MIL reticle with a Christmas tree holdover pattern. The 6-24x magnification range covers PRS stage distances from 200 to 1,000 yards (182.9 to 914.4 m). The Tauron weighs 27.5 ounces (780 g) and provides 22 MRAD of elevation travel.

Vortex Viper PST Gen II 5-25x50

The Vortex Viper PST Gen II 5-25x50 is a 30 mm FFP long range scope with ED glass, zero-stop turrets, and the EBR-7C MRAD reticle at a $700 price point — the best entry point for serious long-range shooting. The 30 mm tube limits elevation travel to 24 MRAD compared to 26 to 32 MRAD on 34 mm competitors. The Viper PST Gen II delivers 85% of the Razor HD Gen II optical quality at 35% of the price. The scope suits 6.5 Creedmoor and .308 Winchester precision rifles shooting to 1,200 yards (1,097.3 m).

Athlon Ares BTR Gen2 4.5-27x50

The Athlon Ares BTR Gen2 4.5-27x50 is a 34 mm FFP long range scope with the APLR5 FFP MRAD reticle, zero-stop turrets, and ED glass at an $800 price point. The Ares BTR Gen2 provides 28 MRAD of elevation travel in the 34 mm tube. The APLR5 reticle uses a Christmas tree pattern with MRAD hashmarks at 0.5 MRAD intervals. Athlon's lifetime warranty covers all defects and transfers to subsequent owners.

Precision Scope FAQs

What Features Define a True Precision Rifle Scope?

A true precision rifle scope requires 5 features: FFP reticle with MRAD or MOA holdover marks, exposed turrets with zero-stop and 0.1 MRAD (or 0.25 MOA) click resolution, minimum 25 MRAD elevation travel, side-focus parallax adjustment, and fully multi-coated ED glass producing 90%+ light transmission. A scope lacking any one of these features limits the shooter's capability at distances beyond 500 yards (457.2 m).

How Important Is FFP for Precision Shooting?

FFP is required for competitive precision shooting because timed stages demand accurate holdover corrections at the current magnification without pausing to dial to a specific power setting. FFP reticles maintain accurate subtension values at every magnification. SFP reticles provide accurate subtensions at only one magnification (typically maximum). A PRS competitor using an SFP scope loses 2 to 5 seconds per shot dialing to the correct magnification for accurate holdovers.

What Magnification Range Is Ideal for Precision Rifle Competitions?

The ideal precision competition magnification range is 5-25x or 5-30x in a 34 mm tube. The 5x minimum provides sufficient FOV for close barricade stages at 100 to 200 yards (91.4 to 182.9 m). The 25x to 30x maximum provides target detail at 800 to 1,200 yards (731.5 to 1,097.3 m). A 4.5-27x range works equivalently. Avoid scopes starting above 6x for competition — close-range stages at 5x or lower require sufficient FOV for fast target transitions.

How Do Precision Reticles Differ from Standard Hunting Reticles?

Precision reticles use graduated MRAD or MOA hashmarks in a Christmas tree pattern with horizontal wind-hold references at each elevation mark, while standard hunting reticles use a duplex crosshair or simple BDC dots without wind-hold references. A Christmas tree reticle provides simultaneous elevation and windage holdovers at 0.2 to 0.5 MRAD intervals for shots at 200 to 1,200 yards (182.9 to 1,097.3 m). A standard duplex reticle provides only a center aiming point with no holdover reference marks.

Does Depth of Field Enhance Performance in ELR, NRL Hunter, and PRS?

Yes, deeper depth of field at higher magnification allows the shooter to maintain a sharp target image across a wider distance range without re-adjusting the parallax knob between targets at different distances. A scope with deep depth of field at 20x shows sharp focus from 400 to 700 yards (365.8 to 640.1 m) simultaneously, which eliminates parallax adjustment between targets on multi-target stages. ED glass and smaller exit pupils (achieved at higher magnification) increase depth of field.

Why Is Field of View Critical for Precision Shooting?

Field of view determines how much terrain the shooter sees at a given magnification, which affects target acquisition speed on timed stages. A long range scope at 10x shows 10 to 13 feet (3 to 4 m) of FOV at 100 yards (91.4 m). Wider FOV at a given magnification allows the shooter to spot targets faster and transition between multiple targets without panning the rifle. Premium long range scopes optimize FOV at mid-magnification (10-15x) where competitors spend the most shooting time.

What Turret Features Are Vital for Precision Shooting Accuracy?

Precision turrets require 4 features: tactile and audible clicks at 0.1 MRAD resolution, zero-stop to prevent dialing below zero, a locking mechanism to prevent accidental turret movement, and a revolution indicator showing total turret rotations. A revolution indicator prevents "lost turret" errors where the shooter dials past one full revolution (10 MRAD on most turrets) without realizing the turret has crossed into the second revolution. Zero-stop allows the shooter to spin the turret back to zero in the dark or under stress.

Long Range Scope Budget Tiers

Long range scope pricing divides into 5 tiers based on optical quality, mechanical precision, and build features:

• Under $500 — Vector Optics Tauron 6-24x50 ($400), Athlon Midas TAC 6-24x50 ($450): FFP reticle, basic zero-stop, HD glass, suitable for entry-level PRS and recreational long-range shooting
• $500 to $1,000 — Vortex Viper PST Gen II 5-25x50 ($700), Vector Optics Continental x6 5-30x56 ($900), Athlon Ares BTR Gen2 ($800): ED or Schott glass, repeatable turrets, competitive precision
• $1,000 to $2,000 — Vortex Razor HD Gen II ($1,800), Bushnell XRS3 ($1,500), Trijicon Tenmile ($1,400): premium ED glass, tight turret tolerances, illuminated FFP reticles
• $2,000 to $3,500 — Nightforce ATACR ($2,500), ZCO ZC527 ($3,500), Tangent Theta TT525P ($3,200): reference-grade optics with the tightest mechanical tolerances available
• $3,500+ — Schmidt & Bender PM II 5-25x56 ($4,000+), March Genesis 6-60x56 ($5,500): ELR competition and military precision applications