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Rimfire scope reviews

Vortex Crossfire II 2-7x32 Rimfire Review

Last updated Researched from published specifications and owner reviews, not tested in person

Quick answer

The Vortex Crossfire II 2-7x32 Rimfire at $118.99 solves a problem most buyers never think to check: its parallax is fixed at 50 yards instead of the usual 100, which removes a real aiming error at the distances a .22 actually gets shot.

A parallax setting is not a marketing footnote on a rimfire scope, it is the entire reason a rimfire model exists as a separate product line rather than a rebadged centrefire scope. A scope built for a .308 has its parallax fixed at 100 yards because that is where a centrefire zero is checked. A .22 LR is shot mostly inside 50 yards, so a centrefire scope mounted on a rimfire quietly introduces an aiming error nobody notices until they chase a called flier that was never the ammunition's fault.

This review is built from Vortex's own published specifications for the Crossfire II 2-7x32 Rimfire, the exact parallax arithmetic that setting choice produces, and the consensus of verified owner reviews. We did not test this scope in person. Glass clarity at the edges of the field is the one thing a spec sheet cannot show, and it is where a budget rimfire scope tends to show its price first.

Run it for your own rifle first Parallax Error Calculator See exactly how much aiming error your own eye offset produces at any distance once you know where the parallax is actually set. Open
On this page
  1. What actually happens when a scope's parallax is set at 50 yards instead of 100?
  2. Why does this matter more on a .22 than on a hunting scope zeroed at 100 yards?
  3. What does the rest of the specification sheet actually give you?
  4. What does owner-review consensus say about this scope after a season on a .22?
  5. The limitation a fixed 50-yard parallax and a 32mm objective both create
  6. A brighter glass alternative, and an adjustable-power step up for longer rimfire distances

What actually happens when a scope's parallax is set at 50 yards instead of 100?

Parallax error is the apparent shift in the reticle against the target when your eye is not perfectly centred behind the scope. It is zero exactly at the distance the parallax is set for and grows in both directions away from it. The table below uses a modest 0.1 inch eye offset, a typical amount of off-centre eye position rather than a measurement of any one shooter's head position, to show how that error moves depending on where the parallax is fixed.

A scope with parallax fixed at 100 yards is already 0.08 inches off at 25 yards and 0.05 inches off at 50 yards, while a scope set at 50 yards reads true exactly where most rimfire shooting happens.

Shooter convention

Parallax error from a 0.1 inch eye offset: set at 50 yards against set at 100 yards
Parallax setting25 yd50 yd100 yd200 yd
Set at 50 yd-0.05 in0.00 in0.10 in0.30 in
Set at 100 yd-0.08 in-0.05 in0.00 in0.10 in

The 0.1 inch eye offset is a convention figure, not a measured one. Error scales directly with how far off-axis your eye actually sits behind the scope, and it is always exactly zero at whichever distance the parallax is fixed for.

Why does this matter more on a .22 than on a hunting scope zeroed at 100 yards?

A centrefire hunting scope's 100 yard parallax setting matches where most of those rifles are actually zeroed and shot. A rimfire scope shares none of that overlap: squirrel hunting, plinking and rimfire steel matches happen mostly between 25 and 75 yards, which is exactly the band a 100 yard parallax setting gets wrong. See the full computed breakdown of a scope parallax set at 50 yards against a target at 50 yards next to the same scope's error with its parallax fixed at 100 yards instead to see the exact size of the correction this scope is built to avoid.

What does the rest of the specification sheet actually give you?

Vortex publishes a 2-7x magnification range, a 32mm objective, a 25.4mm, or 1 inch, tube, a second focal plane V-Plex reticle and capped, resettable turrets for this model. Full figures are on the Crossfire II 2-7x32 Rimfire spec sheet. None of that is unusual for a budget rimfire scope. The parallax setting is the one line on the sheet that actually changes how the scope behaves rather than just how it looks.

What does owner-review consensus say about this scope after a season on a .22?

The recurring positive theme is exactly what the price suggests should not be reliable: turrets that hold zero across a season of plinking and small game hunting, and Vortex's transferable lifetime warranty backing a genuinely cheap scope the same way it backs a $600 one. Owners consistently describe the image as bright enough for daylight rimfire shooting and noticeably dimmer than the pricier Diamondback rimfire scope at 7x.

The recurring caution is the eyepiece's forgiveness at the top of the zoom range: several reviews describe needing to hold a more precise head position at 7x than at 2x to avoid the exact parallax shadowing this review's table describes, which is consistent with a fixed rather than adjustable parallax design.

The limitation a fixed 50-yard parallax and a 32mm objective both create

A fixed parallax setting is a trade, not a defect: it is correct exactly at 50 yards and increasingly wrong the further a shot happens from it, in either direction. Rimfire steel matches and squirrel hunting that stretch past 100 yards put this scope back into the same error band a centrefire scope creates for a .22 shot up close, just measured from the other side of the setting. A shooter who regularly shoots rimfire well past 75 yards needs an adjustable objective, not a scope fixed at any single distance.

The 32mm objective is the other honest limit: it is enough for daylight plinking and normal-light hunting, but it gives up real brightness at dawn, dusk and in deep cover compared with the 35mm objective on Vortex's own Diamondback rimfire model in the identical 2-7x configuration.

A brighter glass alternative, and an adjustable-power step up for longer rimfire distances

If the 32mm objective is the limiting factor, the Vortex Diamondback 2-7x35 Rimfire at $239.00 keeps the same rimfire-specific parallax idea with a larger objective and better glass. If you regularly shoot rimfire steel or small game well past 75 yards, the TRACT 22 FIRE 4-12x40 at $324.00 adds real magnification and a rimfire-specific BDC reticle for that longer window instead of a single fixed setting.

The Crossfire II Rimfire against a glass step up and a longer-range alternative
Model Price MagnificationObjective lensFocal planeReticle
Vortex Crossfire II 2-7x32 Rimfire Riflescope, V-Plex Reticle Vortex Crossfire II 2-7x32 Rimfire Riflescope, V-Plex Reticle $118.99 2-7x32 mmSecondV-Plex
Vortex Diamondback 2-7x35 Rimfire Riflescope, V-Plex MOA Vortex Diamondback 2-7x35 Rimfire Riflescope, V-Plex MOA $239.00 2-7x35 mmSecondV-Plex MOA
TRACT 22 FIRE 4-12x40 Rimfire Riflescope with BDC Reticle TRACT 22 FIRE 4-12x40 Rimfire Riflescope with BDC Reticle $324.00 4-12x40 mmSecondBDC

A dash means the manufacturer does not publish that figure. We leave it blank rather than estimating it.

How we chose

We did not test these optics in person and we never claim to. Picks are researched from manufacturer specification sheets, published optical and ballistic formulas, and the recurring themes in verified owner reviews. Every pick is matched to a real objective diameter, a real tube size, a real ring height or a real exit pupil rather than to a price bracket, and it is placed in the tier where its capability actually belongs. Where a figure is shooter convention rather than a sourced number we label it, and where a manufacturer does not publish a figure we leave it out instead of estimating it.

Sources

  • Vortex published specifications for the Crossfire II 2-7x32 Rimfire
  • Parallax error computed from a fixed 0.1 inch eye offset assumption
  • Owner-review consensus aggregated across major retailers

Frequently asked questions

What distance is the parallax on the Vortex Crossfire II 2-7x32 Rimfire actually set for?

50 yards, rather than the 100 yards a centrefire hunting scope typically uses. That setting is built into the optical design and is not adjustable on this model. It matches where the large majority of rimfire shooting, from plinking to small game hunting, actually happens, and it is the entire reason a rimfire-specific scope exists as its own product line.

What happens if I shoot this scope well past 100 yards?

The parallax error that was corrected at 50 yards reappears in the opposite direction. Using a typical 0.1 inch eye offset, the error is about 0.10 inch at 100 yards and grows to roughly 0.30 inch at 200 yards. That is small compared to rimfire drop at those distances, but it is a real, computable error rather than a rounding footnote.

Is 2-7x enough magnification for rimfire shooting?

For plinking, small game and rimfire steel out to about 75 yards, yes. The V-Plex reticle is a simple duplex without holdover marks, so shooters stretching distance further usually move to a scope with a BDC or mil reticle built for rimfire drop rather than relying on magnification alone to place a precise hold.

What is the difference between this scope and the Diamondback rimfire version?

Both share the same 2-7x range and the same rimfire-specific parallax setting. The Diamondback steps up to a 35mm objective and better glass and coatings, which shows up as a brighter, cleaner image at 7x and in dim cover, for close to double the price of the Crossfire II.

Can I mount this scope on a spring piston air rifle?

No. This scope is built for the single-direction recoil of a rimfire cartridge, not the two-directional recoil impulse a spring piston air rifle produces, which can destroy an ordinary riflescope's internals over time. Use a scope specifically rated for spring piston recoil on an air rifle instead.

Does the V-Plex reticle give any holdover for rimfire bullet drop?

No. The V-Plex is a simple duplex reticle with a single fine centre crosshair and no graduated marks, so it is built for a single zero distance rather than holdovers. A shooter who wants marked holdover points for rimfire drop at longer distances needs a scope built with a dedicated rimfire BDC reticle.

Researched, not professional advice. This page is compiled from published manufacturer specifications, published optical and ballistic formulas, and owner-review consensus, not hands-on testing. Figures described as a rule of thumb are shooter convention rather than sourced numbers, and they are labelled that way wherever they appear. Ballistic figures come from a point mass model using the ballistic coefficient the maker publishes, so treat them as a starting point and confirm them on paper at a measured distance. Confirm your firearm is unloaded with the action open before you mount, level, torque or bore sight anything. Verify a zero only on a supervised range or a safe, legal backstop, know what lies beyond your target, and follow the law where you hunt and shoot, including rules on land access and permitted cartridges.