The Arken TOR Reticle and VPR Reticle are both designed for precision shooting, but they serve different purposes. While the VPR offers a clean, versatile reticle for hunting and general long-range shooting, the TOR was developed for competition shooters who rely more heavily on holdovers and rapid corrections.

This guide explains why Arken introduced the TOR, how it compares with the VPR, and which reticle best fits your shooting style.

Why Arken Introduced the TOR Reticle

At Arken Optics, every reticle begins with a practical question:

How can we help shooters perform better in real-world conditions?

As precision rifle competition has evolved, so have the demands placed on reticle design. Disciplines such as PRS, NRL, ELR, and rimfire precision matches often require shooters to transition quickly between targets while making immediate elevation and wind corrections.

The VPR Reticle continues to excel as a versatile, all-around solution. Its open layout provides a clean sight picture and an intuitive holdover system that performs well across hunting, recreational shooting, and general long-range applications.

The TOR reticle expands on that foundation by offering greater holdover capability and finer aiming references for shooters who rely more heavily on in-reticle holds. Rather than replacing the VPR, it gives shooters another reticle option for competition-focused and precision-oriented applications.

VPR vs. TOR: Which Reticle Fits Your Shooting Style?

The table below highlights the key design differences between the TOR and the VPR reticles.

Specifications tell only part of the story. While the table highlights the technical differences, the real advantage of each reticle comes from how it performs in your preferred shooting style.

Key Features of the TOR Reticle

The Arken TOR Reticle is designed around one central idea: more usable information where precision shooters need it most.

0.2 MIL Subtensions

The denser 0.2 MIL subtension layout provides finer reference points for wind holds, spotting impacts, and making rapid follow-up corrections.

For shooters making small adjustments under time pressure, these additional references make holdovers faster and more intuitive. In competition, the difference between a hit and a miss may come down to a quick 0.2 or 0.4 MIL correction rather than reaching for the turret.

Fine Floating Center Dot

At the centre of the reticle is a fine floating dot measuring 0.05–0.08 MIL, depending on the model.

The smaller aiming point minimizes target obstruction while providing a more precise point of aim, allowing more of the target to remain visible—particularly when engaging small or distant targets.

16 MIL Vertical Holdover Grid

Compared with the VPR's 12 MIL of usable holdover, the TOR provides 16 MIL of vertical holdover, giving shooters more room to compensate for bullet drop without dialing elevation. This can be especially useful for ELR shooting, rimfire precision stages, or any scenario where maintaining rhythm is more efficient than making frequent turret adjustments. As a first focal plane reticle, the full 16 MIL holdover is most accessible at lower magnification.

Fully Illuminated Reticle

The TOR reticle features a larger illuminated area, improving reticle visibility in changing light conditions and against low-contrast backgrounds.

Although illumination is often associated with low-light shooting, it can also help shooters maintain a clear aiming reference whenever the reticle becomes difficult to distinguish from the target or surrounding environment.

Competition-Driven Layout

More than simply adding additional holdover, the TOR is designed for shooters who prefer solving more of the shot inside the reticle.

Rather than relying on frequent turret adjustments, it allows shooters to hold for elevation, make wind corrections, transition quickly between targets, and apply rapid follow-up corrections—all while staying in the optic.

Which Reticle Fits Your Shooting Style?

Although both reticles are designed for precision shooting, they support noticeably different workflows.

Who Should Choose the TOR Reticle?

The TOR Reticle is an excellent fit if your shooting style includes any of the following:

• You compete in PRS, NRL, or ELR

• You shoot .22LR precision or rimfire matches

• You prefer holdovers instead of dialing

• You engage multiple targets at varying distances

• You want more elevation hold built into the reticle

• You value finer aiming references for small or distant targets

For these shooters, the TOR can feel less like a basic aiming aid and more like a built-in ballistic reference system.

Who Should Stay with the VPR Reticle?

The VPR reticle remains a strong choice for shooters who prioritize versatility and a cleaner sight picture.

Choose VPR if you:

• Primarily shoot for general long-range use

• Spend time on the range rather than on a competition clock

• Want a reticle that feels less dense and more open

• Prefer to dial elevation more often

• Use your rifle for hunting or mixed-use shooting applications

The VPR is not outdated. It simply serves a different kind of shooter. That is why it still matters in the Arken lineup.

Arken Scopes Featuring the TOR Reticle

The TOR reticle is currently available in the flagship Arken Optics EP-5 GENII series. Both scopes are first focal plane, MIL-based, and ship with the choice of reticle — so you can order the same scope in either TOR or VPR depending on your intended use.

EP-5 GENII 5-25x56 FFP

A versatile precision riflescope designed for competition, training, and long-range shooting where speed and precision are equally important. The 5-25x magnification range and 56mm objective cover the most common PRS and general long-range stages comfortably. The fully illuminated TOR reticle inside this scope reads cleanly even in low light and against gray or shaded targets.

EP-5 GENII 7-35x56 FFP

Built for shooters pushing the limits of long-range performance. The increased magnification on the top end (7-35x) makes target identification and shot placement more precise at extended distances. Paired with TOR, this scope becomes a purpose-built ELR optic — the 16 MIL holdover grid and 0.2 MIL subtensions give shooters a full ballistic reference at the lower end of the zoom range, while the extra top-end magnification is there for identifying and confirming hits on distant targets.

Final Thoughts

Both the VPR and TOR reflect Arken's commitment to designing optics around the practical needs of real shooters. VPR offers a clean, versatile reticle for hunting and general precision shooting. TOR provides greater holdover capability and finer aiming references for competition-focused disciplines.

The best reticle isn't the one with the most features. It's the one that best matches the way you shoot.

• EP-5 GENII 5-25x56 FFP — From $479.99 with Code ARKEN— Shop Now

• EP-5 GENII 7-35x56 FFP — From $599.99 with Code ARKEN— Shop Now

FAQs

What is the Arken TOR reticle designed for? 

TOR is purpose-built for precision rifle competition — PRS, NRL, ELR, and rimfire precision matches — where shooters need to hold for elevation and wind, transition between targets, and make fast in-reticle corrections inside a shot clock.

What is the difference between TOR and VPR holdover range? 

TOR provides 16 MIL of usable vertical holdover, while VPR provides 12 MIL. The extra 4 MIL on TOR is meaningful at long range, with rimfire cartridges, and in matches where dialing is slow. The full 16 MIL is most visible in one field of view at lower-to-mid magnification; at the top of the zoom range, only part of the grid may be visible at once.

Should a hunter choose TOR or VPR? 

For most hunting applications — where shots are typically within hold zones and the optic is rarely stretched to extreme magnification — VPR is the better fit. Its 12 MIL of holdover covers practical distances and the reticle stays out of the way.

What is 0.2 MIL subtension used for?

0.2 MIL subtensions provide finer aiming references for small corrections — particularly wind calls, splash adjustments, and follow-up shot corrections. In competition, the difference between a hit and a miss can be one 0.2 MIL hash mark.

Why is the TOR center dot 0.05–0.08 MIL instead of one fixed size?

The range comes from normal manufacturing tolerance in the reticle-etching process used to produce a dot this small, not from a deliberate difference between models. Any individual TOR reticle will have a dot that falls within that window.