How to Sight in a 22 Rifle

Table of Contents

1. Introduction
2. The Importance of the Rimfire Zero
3. Gear and Preparation
4. The Mechanical Zero and Bore Sighting
5. The Step-by-Step Sighting Process
6. Understanding Trajectory and Holdovers
7. Advanced Tips for Consistency
8. Troubleshooting a Wandering Zero
9. Practical Application and SHTF Readiness
10. Maintaining Your Proficiency
11. Conclusion
12. FAQ

Introduction

A .22 LR rifle is often the first firearm a person owns, but for the seasoned operator or serious prepper, it remains one of the most essential tools in the armory. It is quiet, the ammunition is lightweight, and it is incredibly effective for small-game hunting or high-volume training without the cost of centerfire rounds. However, a rifle is only as effective as its zero. If you cannot reliably hit a one-inch target at 50 yards, your ability to put food on the table or practice precision fundamentals is compromised.

At Crate Club, we emphasize that the best gear in the world is useless if you haven't mastered the fundamentals of its operation. If you're building out your kit, start with the Lieutenant tier so you can match your gear to your experience level. Sighting in a rifle is a foundational skill that bridges the gap between owning a firearm and being proficient with it. This guide will walk you through the professional process of zeroing your .22 rifle, ensuring that when you squeeze the trigger, the round goes exactly where you intended.

Quick Answer: Sighting in a .22 rifle involves stabilizing the firearm on a solid rest, firing a three-shot group at a short distance like 15 or 25 yards, and adjusting the optic or irons until the point of aim matches the point of impact. Finalize the zero at your preferred distance, typically 50 yards for a .22 LR, to account for the round's trajectory.

The Importance of the Rimfire Zero

The .22 Long Rifle (.22 LR) is a rimfire cartridge, meaning the firing pin strikes the rim of the base rather than a central primer. While it lacks the long-range punch of a 5.56 or .308, its utility in a survival or training context cannot be overstated. Because the projectile is light and travels at relatively low velocities, the trajectory is much more "loopy" than high-powered rifle rounds.

This dramatic arc makes a precise zero critical. A shift of even a fraction of an inch at the muzzle can result in a complete miss at 75 yards. For the tactical enthusiast, the .22 rifle serves as a low-recoil platform to master MOA (Minute of Angle)—an angular measurement where 1 MOA equals roughly 1 inch at 100 yards—without developing a flinch or breaking the bank.

Gear and Preparation

Before heading to the range, you need to ensure your kit is squared away. Browse the Gear Shop for the range-day essentials that keep your setup consistent.

Selecting the Right Ammunition

The .22 LR is notoriously picky. Different brands and loads will produce different points of impact. For a consistent zero, choose a high-quality round that you plan to use for your primary purpose.

• Target/Match Grade: Best for precision and training. Usually sub-sonic (below 1,125 feet per second).
• High Velocity: Better for hunting small game, but can be less consistent in some barrels.
• Segmented/Hollow Point: Specialized for terminal performance on pests.

Pick one load and stick with it during the sighting-in process. If you switch from 36-grain hollow points to 40-grain solid rounds later, your zero will shift.

Essential Tools

• Solid Rest: Use sandbags, a dedicated shooting bipod, or a bench rest. If you want a steadier platform, how to shoot with a bipod is worth studying.
• Targets: Use "splatter" targets or high-visibility grid targets marked in 1/4-inch or 1/2-inch increments.
• Tools: Bring a set of torque-limited drivers to ensure your optic mounts are tight. A loose screw is the most common cause of a wandering zero.
• Rangefinder: To verify your exact distance to the target.

Checking the Optic Mount

If you are using a scope, ensure the Eye Relief—the distance between your eye and the rear lens—is set correctly for your natural shooting position. The scope must be level. If the reticle is canted (tilted), your windage adjustments will affect your elevation, making it impossible to get a true zero. For a deeper explanation of that optical error, read What is Parallax on a Rifle Scope?

The Mechanical Zero and Bore Sighting

Before you fire your first shot, you want to be "on paper." There is nothing more frustrating than burning through a box of ammo because you can't see where your rounds are hitting.

Setting a Mechanical Zero

For most modern optics, a mechanical zero means the internal adjustment dial is in the center of its range. Turn your Elevation (up/down) and Windage (left/right) turrets all the way to one side, then count the clicks as you turn them all the way to the other. Divide that number by two and dial back to the center. This gives you the maximum amount of adjustment in every direction.

Bore Sighting

If you are using a bolt-action rifle, you can perform a manual bore sight. If you want a more complete walkthrough, how to bore sight a scope lays out the process clearly.

1. Remove the bolt.
2. Set the rifle on a steady rest and look through the barrel from the rear.
3. Center a target (usually at 25 yards) inside the circle of the bore.
4. Without moving the rifle, look through your scope or sights.
5. Adjust the turrets until the reticle is centered on the same target.

For semi-auto rifles like the Ruger 10/22, you may need a laser bore sighter—a small device that fits into the chamber or muzzle and projects a beam onto the target. This won't give you a perfect zero, but it will get you close enough to hit the paper at short range.

The Step-by-Step Sighting Process

Once you are bore-sighted, it is time for live fire. How to Practice Target Shooting is a good companion read for keeping your fundamentals sharp. Always follow standard firearm safety protocols: treat every weapon as if it is loaded, keep your finger off the trigger until ready to fire, and be sure of your target and what is behind it.

Step 1: The Short-Range Group (15–25 Yards)

Start close. While 50 yards is the standard final zero for a .22 LR, starting at 15 or 25 yards allows you to see exactly how the rifle is behaving. A target with clear reference points helps here, and what targets are ideal for rifle shooting can help you choose the right one.

1. Fire a three-shot group at the center of the target.
2. Do not rush. Focus on Trigger Control and a consistent Cheek Weld (the position of your face against the stock).
3. Identify the center of that three-shot group. This is your current Point of Impact (POI).

Step 2: Calculating Adjustments

Look at your scope turrets. Most are marked with "1/4 MOA" or "1/2 MOA."

• At 100 yards, a 1/4 MOA click moves the POI 1/4 inch.
• At 50 yards, a 1/4 MOA click moves the POI 1/8 inch.
• At 25 yards, a 1/4 MOA click moves the POI 1/16 inch.

If you are 1 inch low and 1 inch right at 25 yards, and your scope is 1/4 MOA per click, you will need to move the elevation "Up" 16 clicks and the windage "Left" 16 clicks. The same click-by-click logic appears in How to Zero a Red Dot Sight for Maximum Precision, even though the optic type is different.

Field Note: Always "chase the hole." If the bullet hole is to the right of the bullseye, move your sights to the left. If the bullet hole is below the bullseye, move your sights up.

Step 3: Confirming at Short Range

Fire another three-shot group. If your math was correct, the group should now be centered on the bullseye. If it is, you are ready to move out to your primary zero distance.

Step 4: The Final Zero (50 Yards)

Move your target to 50 yards. This is widely considered the "sweet spot" for the .22 LR. At this distance, the bullet is usually at the peak of its arc or just beginning to drop, depending on the velocity of the round. For a deeper dive into distance selection, see What Distance to Sight in Your Hunting Rifle.

1. Fire a five-shot group. The larger group size helps account for the inherent inconsistency of rimfire ammunition.
2. Adjust your turrets based on the 50-yard math (each 1/4 MOA click moves the impact 1/8 inch).
3. Confirm with a final five-shot group.

Key Takeaway: Precision zeroing requires a stable platform and a consistent point of aim. If your groups are larger than an inch at 25 yards, check your optic mounts and your shooting fundamentals before making further adjustments.

Understanding Trajectory and Holdovers

Once your .22 rifle is zeroed at 50 yards, you need to understand how that bullet will behave at other distances. The .22 LR drops significantly as it loses velocity.

• At 25 Yards: The bullet will typically be slightly low (about 1/4 to 1/2 inch) as it rises to meet the line of sight.
• At 50 Yards: This is your "Zero." Point of Aim (POA) equals Point of Impact (POI).
• At 75 Yards: You can expect a drop of about 2 to 3 inches.
• At 100 Yards: The drop can be as much as 6 to 10 inches depending on the muzzle velocity.

If you are using a scope with a BDC (Bullet Drop Compensator) reticle or Mil-dots, you can learn which hashmark corresponds to which distance. This is vital for tactical training and hunting, where you may not have time to dial your turrets for a 75-yard shot.

Parallax Considerations

Many high-powered rifle scopes have Parallax set at 100 or 150 yards. Parallax is the apparent movement of the reticle against the target when you move your eye. At the short distances used for .22 LR (25–50 yards), a fixed-parallax scope can cause aiming errors. If you want a broader look at how fundamentals shape accuracy, how to shoot a hunting rifle accurately is a useful next step.

Advanced Tips for Consistency

To get the most out of your .22 rifle, consider these professional-level adjustments.

Torque the Action Screws

The way your rifle's action is seated in the stock affects accuracy. If the action screws are loose, the entire barreled action can shift during recoil. Use a torque wrench to tighten these screws to the manufacturer’s specifications—usually between 15 and 25 inch-pounds for rimfire rifles. Our community at Crate Club often discusses how small mechanical details like these separate a "plinker" from a precision tool; see what's inside the Captain crate for the kind of everyday-use gear that complements a solid rifle setup.

Clean the Bore—But Not Too Much

Unlike high-velocity centerfire rifles, .22 LR rounds are lead-lubricated. A certain amount of lead and wax buildup actually helps seal the bore and improve consistency. You don't need to scrub a .22 barrel after every 20 rounds. However, the chamber and the bolt face should be kept clean to ensure reliable feeding and extraction. When it is time for a thorough cleaning, WOOX All-in-One Tactical Gear Cleaner can help keep the rest of your kit in shape. If you notice your groups opening up after several hundred rounds, it might be time for a thorough cleaning.

Natural Point of Aim

When sighting in, don't muscle the rifle into position. Set the rifle on the rest, get behind it, and close your eyes. Take a deep breath, exhale, and open your eyes. If the crosshairs are no longer on the target, your body was under tension. Adjust your physical position—not the rifle—until the sights naturally rest on the target. If you need better support gear for that process, browse the Gear Shop for the tools that keep your position stable.

Bottom line: A successful zero is the result of eliminating variables. Use consistent ammo, a stable rest, and precise mechanical adjustments.

Troubleshooting a Wandering Zero

If you are following the steps but the rifle won't hold a group, check for these common failures:

1. Loose Mounts: This is the culprit 90% of the time. Check the base-to-receiver screws and the ring-to-base screws.
2. Ammunition Defects: Rimfire ammo can have "flyers"—rounds with slightly more or less powder or a deformed heel. If one shot is wildly off but the others are tight, it might be the ammo.
3. Barrel Heat: While .22s don't get as hot as 5.56 rifles, a thin barrel can still experience "heat stringing" where the shots climb as the metal expands. Pace your shots.
4. Optic Failure: Cheap scopes can suffer from "turret drift" where the internal springs don't hold the reticle in place under recoil. If you move the turret 10 clicks and nothing happens, or the impact moves randomly, your optic may be broken. For a broader maintenance-minded approach, firearm maintenance tips can help you keep the rest of your system in top condition.

Practical Application and SHTF Readiness

In a survival or emergency scenario, your .22 rifle is a precision instrument for gathering protein. Small game like squirrels and rabbits require headshots to preserve the meat and ensure a quick, ethical kill. This requires a rifle that is zeroed to within a fraction of an inch.

We suggest practicing your "Cold Bore" shot. This is the very first shot you take when you arrive at the range. In the field, you won't get five "foulers" to warm up the barrel. You need to know exactly where that first cold shot will land. Keep a small logbook in your range bag or tactical pack with your zero data: the ammunition used, the temperature, and your holdovers for different distances. If you are building out a more serious preparedness loadout, explore the General tier for professional-grade gear that fits a field-ready setup.

Maintaining Your Proficiency

Sighting in is not a "one and done" task. Every time you drop your rifle, change your optic, or switch ammunition brands, you need to verify your zero. A seasonal check-up is also smart, as extreme temperature changes can affect the density of the air and the burn rate of the powder, leading to slight shifts in impact.

As you build out your kit, remember that the "Captain" tier of our crates often includes the kind of EDC and survival gear that complements a solid rifle setup—tools for maintenance, navigation, and field craft. Building a relationship with your gear through the sighting-in process makes you a more capable operator.

Conclusion

Sighting in a .22 rifle is a straightforward process that rewards patience and attention to detail. By starting close, using a solid rest, and understanding the math of your optic, you can turn a basic rimfire rifle into a surgical tool. Whether you are training for high-stakes tactical environments or preparing for a long-term survival situation, your zero is the foundation of your accuracy.

Mastering these fundamentals ensures that you aren't just "spraying and praying," but delivering effective, purposeful fire every time you engage a target. Stay prepared, keep your kit maintained, and continue to refine your skills.

If you’re looking to upgrade your gear and join a community of like-minded tacticians, subscribe to Crate Club. From the everyday essentials in the Lieutenant tier to the professional-grade equipment in the General tier, we provide the field-tested tools you need to unleash your inner operator.

FAQ

What is the best distance to zero a .22 LR rifle?

For most general-purpose use, including hunting and target practice, a 50-yard zero is ideal. This provides a relatively flat trajectory from 25 to 60 yards, which is the effective range for most small-game hunting. It also makes it easier to calculate holdovers for longer distances like 75 or 100 yards.

Do I need to clean my .22 barrel before sighting it in?

It is a good idea to start with a clean, dry bore to establish a baseline, but keep in mind that many .22 rifles require a few "fouling shots" to settle into their most accurate state. Fire 5 to 10 rounds after cleaning before you start making serious adjustments to your zero.

Can I sight in a .22 rifle at 100 yards?

While possible, it is not recommended for a primary zero. The .22 LR projectile is very susceptible to wind and experiences significant drop at that distance, which can make the initial sighting-in process frustrating. It is better to zero at 50 yards and then practice shooting at 100 yards to learn your holdovers.

Why does my point of impact change when I switch ammo?

Different .22 LR loads have different projectile weights, shapes, and muzzle velocities. A heavier bullet will drop faster, while a higher-velocity round will have a flatter arc. Additionally, different lubricants and powders can affect how the bullet interacts with your specific barrel’s rifling, causing shifts in both horizontal and vertical impact.