ARKEN EP5GII-7351VPR VPR 7-35X FFP 34MM MRAD - SHIPS FROM SPORTS SOUTH
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ARKEN
ARKEN EP5GII-7351VPR VPR 7-35X FFP 34MM MRAD - SHIPS FROM SPORTS SOUTH
ARKEN OPTICS EP-5 GEN II 7-35x56 FFP RIFLE SCOPE — VPR RETICLE / MRAD TURRETS
The Arken Optics EP-5 Gen II 7-35x56 FFP VPR MRAD (EP5GII-7351VPR) is the MRAD-turret variant of Arken's EP-5 Gen II precision rifle scope. The optical and mechanical specification is identical to the MOA variant (EP5GII-7350VPR) — J-XED Japanese glass, VPR Classic Precision reticle, AZS zero stop, 30 MRAD of total elevation travel, IP67 waterproof rating, and .50 BMG recoil certification — with the critical difference that the elevation and windage turret clicks are in MRAD rather than MOA. The VPR reticle uses MIL-based subtension spacing (0.25 MIL), so on this variant both the reticle and turrets operate in the same unit of measure, eliminating the need to convert between MIL holdover reads and MOA dial inputs during live fire.
For precision rifle shooters who build their ballistic data in MIL and run a MIL-over-MIL workflow, this variant provides the cleanest shooting process: read the holdover in MIL from the VPR reticle, dial the correction in MRAD on the turret, no mental arithmetic required. At $599.99 and the same price as the MOA variant, the choice between the two is purely a matter of preferred unit system and how the shooter's ballistic data is formatted.
The VPR reticle reads holdovers in MIL. MRAD turrets dial corrections in MIL. When you read 3.5 MIL of holdover from the reticle and need to dial up, you turn the turret 3.5 MRAD. No conversion factor, no multiplication, no mental math under time pressure or in poor conditions.
Most modern ballistic calculators, DOPE cards, and military-derived shooting systems output elevation and windage data in MRAD. A MIL-over-MIL scope (MIL reticle, MRAD turrets) accepts this data directly. Shooters who have built their ballistic data in MIL do not need to reformat anything to use this scope.
One MRAD equals approximately 3.438 MOA. A 0.1 MRAD click is approximately 0.344 MOA — finer than the standard 0.25 MOA click used in most MOA scopes. This finer per-click resolution gives the shooter greater precision in dialing exact corrections from calculated data, particularly relevant at extended range where small angular errors produce significant point-of-impact shift.
Laser rangefinders, wind meters, and spotting scope reticles used in precision rifle competition and long-range hunting increasingly use MIL-based output. Running a MIL-over-MIL rifle scope keeps units consistent across the full system — rangefinder, wind call, reticle, and turret all in the same angular measurement.
Key Features
- MRAD (MIL) turrets — reticle and turrets both MIL; no MOA-to-MIL conversion required for holdover or dial-up corrections
- J-XED Japanese glass — Japanese Extremely Extra-Low Dispersion glass; outstanding resolution, contrast, and target definition across 7-35x
- VPR reticle (Classic Precision) — 12 MIL holdover grid, 0.25 MIL subtensions, 0.04–0.08 MIL floating center; precise holds, wind calls, and follow-up corrections
- First Focal Plane (FFP) — VPR subtensions accurate at all magnification settings; holdovers valid at 7x through 35x
- AZS zero stop — positive mechanical stop after multiple full turret rotations; fast, reliable return-to-zero
- 30 MRAD / 108 MOA elevation travel — substantial internal range for long-range and ELR applications
- 15 MRAD / 54 MOA windage travel — wide windage range for field correction
- Side parallax adjustment, 25 yd – infinity — supports rimfire precision and centerfire long-range equally
- 3.5" eye relief / 1.4" eyepiece diameter — forgiving eyebox for fast acquisition and comfort under sustained shooting
- .50 BMG recoil rated — 800G impact / 600 cycles
- IP67 waterproof & dustproof — rated for rain, mud, dust, and field conditions
- Nitrogen-purged — fog-free through temperature changes and high humidity
- Aircraft-grade aluminum / Torx screws / O-ring sealing — built for sustained hard use
- 56mm objective / 34mm maintube — maximum light collection and expanded adjustment range
VPR MRAD vs VPR MOA — Which Variant to Choose
| Feature | VPR MRAD — This Scope | VPR MOA (EP5GII-7350VPR) |
|---|---|---|
| Turret Unit | MRAD (MIL) | MOA |
| Reticle Unit | MIL (VPR) | MIL (VPR) |
| Unit Matching | MIL reticle + MIL turrets — no conversion | MIL reticle + MOA turrets — conversion required |
| Per-Click Resolution | 0.1 MRAD (~0.344 MOA) — finer | 0.25 MOA — standard |
| Best For | MIL-based ballistic data / competition | MOA-based ballistic data / hunters |
| All Other Specs | Identical | Identical |
| List Price | $599.99 | $599.99 |
VPR vs TOR — Choosing the Right EP-5 Gen II Reticle
| Feature | VPR (This Scope) | TOR (EP5GII-7351TOR) |
|---|---|---|
| Reticle Philosophy | Classic Precision | Extreme Competition |
| Holdover Grid Depth | 12 MIL | 16 MIL and beyond |
| Subtension Spacing | 0.25 MIL | 0.2 MIL |
| Illumination | Not illuminated | Fully illuminated |
| Best For | Range, hunting, mid-to-long range precision | PRS/NRL, .22 LR, ELR, competition |
| List Price | $599.99 | $629.99 |
Quick Specs
- BrandArken Optics
- MPNEP5GII-7351VPR
- UPC850065806372
- GenerationEP-5 Gen II
- Magnification7-35x
- Objective Lens56mm
- Tube Diameter34mm
- Focal PlaneFirst Focal Plane (FFP)
- ReticleVPR (Classic Precision)
- Holdover Grid12 MIL
- Subtensions0.25 MIL
- Center Dot0.04–0.08 MIL floating
- IlluminationNot Illuminated
- TurretsAZS Tactical Zero Stop
- Adjustment UnitMRAD (MIL)
- Elevation Range30 MRAD / 108 MOA
- Windage Range15 MRAD / 54 MOA
- Parallax25 yd – Infinity (side adj.)
- Eye Relief3.5"
- Eyepiece Diameter1.4"
- GlassJ-XED Japanese Fluoride
- ConstructionAircraft-Grade Aluminum
- WaterproofIP67
- Fog ResistanceNitrogen-Purged
- Recoil Rating.50 BMG / 800G / 600 Cycles
- List Price$599.99
Japanese Extremely Extra-Low Dispersion (J-XED) glass goes beyond standard ED formulations to minimize chromatic aberration — the color fringing that appears at high-contrast edges under high magnification. At 35x, uncorrected chromatic aberration becomes clearly visible; the J-XED glass in the EP-5 Gen II keeps fringing below the threshold of visibility across the full 7-35x magnification range. The result is a clean, high-contrast image with strong target definition at maximum power — the condition that matters most when reading trace, spotting impacts, or confirming target identification at extended range.
MRAD turrets on this scope deliver 0.1 MRAD per click — approximately 0.344 MOA per click, compared to the standard 0.25 MOA per click on most MOA scopes. At 100 yards, 0.1 MRAD moves point of impact approximately 1 centimeter. At 1,000 yards, one click is approximately 10 centimeters (about 3.9 inches). The finer per-click resolution allows more precise dialing of specific DOPE values from ballistic data, particularly when the calculated correction falls between whole MOA values. For shooters who build and apply ballistic data in MIL, this click value matches their data format exactly without rounding.
Frequently Asked Questions
What is the practical difference between this scope and the MOA variant?
The only difference between the EP5GII-7351VPR (this scope) and the EP5GII-7350VPR (MOA variant) is the turret click unit. This scope clicks in MRAD; the MOA variant clicks in MOA. The VPR reticle is MIL-based on both scopes. On this MRAD variant, the reticle and turrets operate in the same unit — a MIL holdover read from the reticle corresponds directly to an MRAD dial input on the turret. On the MOA variant, the MIL reticle read must be converted to MOA before dialing (approximately 3.438x, or using a conversion reference). For shooters who work from MIL-based ballistic data, this variant eliminates a calculation step at every shooting position. For shooters whose data is in MOA or who prefer MOA clicks for other reasons, the MOA variant is the correct choice. Both scopes cost the same.
Should I choose MIL or MOA turrets?
The most useful guiding principle is consistency: your scope turret unit should match the unit of your ballistic data and ranging equipment. If your ballistic calculator outputs solutions in MIL, your rangefinder uses MRAD, and your spotting scope reticle is MIL-based, then MRAD turrets on this scope give you a consistent, conversion-free workflow. If your data is in MOA, your references are in MOA, and you have years of experience dialing MOA — stick with MOA turrets (EP5GII-7350VPR). Neither system is more accurate than the other; they are different angular measurement conventions that produce identical physical impact shifts. The decision is purely about which unit your workflow uses and whether you want to convert at each step.
How does the AZS zero stop work?
The Arken Zero Stop (AZS) provides a positive mechanical stop at the elevation turret's zeroed position. After zeroing the scope, you set the AZS to mark zero as the hard lower limit. When you dial up for long-range corrections — even if this requires multiple full revolutions of the elevation turret — returning to zero means spinning the turret down until it physically stops. The stop is tactile and audible; you feel and hear the turret reach zero. No click-counting, no visual reference, no revolution tracking required. Return-to-zero is fast and mechanically confirmed regardless of how far up the turret has traveled.
Is the VPR reticle illuminated on this scope?
No. The VPR reticle on the EP5GII-7351VPR is not illuminated. The VPR is a non-illuminated FFP reticle designed for range work, hunting, and precision shooting in normal lighting conditions. If you need reticle illumination for dawn, dusk, or low-light field use, the TOR reticle variant (EP5GII-7351TOR) offers a fully illuminated 16 MIL reticle on the same EP-5 Gen II platform at $629.99. The VPR's non-illuminated design keeps the reticle wire free from any illumination electronics, which some precision shooters prefer for simplicity and battery-free operation.
What rings or mounts fit the EP-5 Gen II?
The EP-5 Gen II uses a 34mm maintube and requires 34mm scope rings or a 34mm-compatible one-piece mount. Standard 30mm rings will not fit. For precision long-range and ELR applications, a quality 34mm one-piece rail-mount system is typical. Mount height depends on the rifle's action rail height and objective bell clearance. Many long-range shooters running this class of scope use a 20 MOA canted Picatinny rail in combination with 34mm rings to extend the usable elevation range into ELR territory. The 30 MRAD (108 MOA) of internal elevation capacity can be supplemented by rail cant when engaging at distances that demand total elevation beyond the internal range from a flat mount.
About Arken Optics
Arken Optics is an American optics company focused on delivering precision rifle scopes, red dots, and accessories at competitive price points for the long-range and competition shooting community. The EP-5 Gen II is Arken's flagship first focal plane line, available in VPR (Classic Precision) and TOR (Extreme Competition) reticle variants with MOA or MRAD turret options across the range. J-XED Japanese glass, AZS zero stop, IP67 waterproofing, and .50 BMG recoil certification are standard across the EP-5 Gen II platform.