22-250 Remington Ballistics: Velocity Charts, Gel Test Data & Varmint Hunting Guide

1. What Is 22-250 Remington?

The 22-250 Remington started life as a wildcat cartridge in the 1930s, built by necking down the .250 Savage case to accept .224-caliber bullets. Remington legitimized it as a factory cartridge in 1965, and it quickly became the gold standard for high-velocity varmint hunting. The appeal was simple: push a .22-caliber bullet faster than anything else commercially available, and let physics do the rest.

Factory loads push 55-grain bullets to 3,680 fps and lighter 35–40 grain projectiles past 4,000 fps. At those velocities, the 22-250 shoots remarkably flat, produces explosive terminal effects on small game, and reaches across open prairie and pastureland with a level of precision that makes 300-yard shots on prairie dogs routine.

The 22-250 occupies a specific niche: it’s the cartridge you choose when .223 Remington doesn’t shoot flat enough or hit hard enough at distance, but you don’t need the recoil and expense of a .243 Winchester or 6mm Creedmoor. For dedicated varmint hunters, predator callers, and long-range small-game shooters, it remains one of the best tools available.

Browse our selection of 22-250 Remington ammunition at Tatted Tacticals for varmint hunting, predator control, and target shooting.

2. How We Evaluate 22-250 Performance

Ballistic gel testing for the 22-250 uses calibrated 10% ordnance gelatin with shots fired from 10 feet. For a cartridge designed around varmint hunting, the gel data tells a dramatic story: high-velocity .22-caliber bullets produce explosive fragmentation patterns with enormous temporary wound cavities relative to bullet diameter. Penetration depths are typically shallow (8–14 inches) because the bullets are designed to fragment rather than penetrate.

Chronograph data is captured across five-shot strings from 24-inch test barrels, the standard for most 22-250 bolt-action rifles. We include barrel length adjustments because the 22-250’s large case capacity means it gains significant velocity in longer barrels — roughly 25–30 fps per inch.

Drop and drift calculations use published G1 ballistic coefficients with a 200-yard zero, which is the most practical zero for varmint hunting at the ranges the 22-250 was designed for.

3. 22-250 Ballistic Data — 6 Factory Loads Compared

Key takeaway: The 22-250’s sweet spot is 50–55 grain varmint bullets at 3,680–4,000 fps. The 35-grain loads at 4,450 fps are spectacularly fast but shed velocity quickly due to low BCs. For long-range precision, heavy 75-grain match bullets at 3,200 fps offer significantly better wind performance but require a fast twist barrel (1:8 or faster).

4. 22-250 Gel Test Results & Terminal Performance

At 22-250 velocities, varmint bullets produce some of the most dramatic gel test results in any caliber. The combination of high velocity and thin-jacketed, polymer-tipped bullets creates explosive fragmentation that maximizes energy transfer to the target.

The terminal behavior changes dramatically with distance. At muzzle velocity, 55-grain varmint bullets fragment almost completely within the first 6–8 inches of penetration. At 300 yards (2,750 fps impact), the same bullet produces more controlled expansion with deeper penetration — 11.5 inches with moderate fragmentation. This velocity-dependent behavior is why the 22-250 produces its cleanest kills inside 275 yards, where impact velocity exceeds 2,600 fps and fragmentation is still violent.

Past 400 yards, impact velocity drops below 2,200 fps and many varmint bullets begin to lose their explosive fragmentation characteristics. Kills become less instantaneous, and coyote-sized predators may require follow-up shots. This is the practical terminal limit of the 22-250 with varmint bullets, even though the cartridge remains accurate well past this distance.

Key takeaway: The 22-250 produces devastating terminal effects on varmints inside 300 yards. Past 400 yards, terminal performance drops significantly as velocity falls below the fragmentation threshold. For long-range varmint work, shot placement becomes more critical than terminal energy.

5. Bullet Drop Charts — 100 to 600 Yards

All figures assume a 200-yard zero from a 24-inch barrel. Wind drift is calculated for a 10 mph full-value crosswind.

The 22-250 is one of the flattest-shooting cartridges available. With a 200-yard zero, the 50-grain V-Max drops only 3.8 inches at 300 yards and 11.8 inches at 400. That means you can hold center-mass on a prairie dog at 300 yards and hit without holdover — something that requires a turret adjustment with most other cartridges.

The 35-grain NTX at 4,450 fps is actually flatter at close range but loses its advantage past 350 yards due to its poor BC (.177). By 500 yards, it drifts nearly 6 inches more than the 50-grain V-Max. Speed alone doesn’t equal flat trajectory at distance — BC matters more past 300 yards.

Key takeaway: The 22-250 with 50–55 grain varmint bullets is point-and-shoot accurate inside 300 yards. For shots past 400 yards, choose the heaviest bullet your twist rate stabilizes to minimize wind drift.

6. Barrel Length and Velocity — 22″ vs 24″ vs 26″

The 22-250 gains roughly 25–30 fps per inch of barrel, consistent with most centerfire rifle cartridges. Going from 24 to 26 inches adds about 60 fps — enough to notice on a chronograph but negligible at the range. Going from 24 down to 22 inches costs roughly 110 fps, which slightly affects trajectory past 400 yards but doesn’t fundamentally change the cartridge’s capability.

Most 22-250 rifles ship with 24-inch barrels, which represent the best balance of velocity and handling. Dedicated varmint rifles with heavier, stiffer 26-inch barrels gain marginal velocity while providing better heat management during extended prairie dog sessions.

Key takeaway: A 24-inch barrel is standard and optimal for most 22-250 applications. A 26-inch varmint barrel adds minimal velocity but improves heat management during high-volume shooting.

7. 22-250 vs .223 Remington — Is the Extra Velocity Worth It?

The 22-250 delivers roughly 440 fps more velocity and 30% more energy than .223 Remington with comparable bullets. At 400 yards, that translates to 4.5 inches less drop and 37% more energy on target. For varmint hunting past 250 yards, the 22-250’s advantage is tangible — faster kills, flatter trajectory, and a wider margin for range estimation errors.

The .223’s advantages are significant: half the ammunition cost, nearly triple the barrel life, and AR-15 platform compatibility. For high-volume prairie dog shooting where you might fire 200+ rounds in a session, the .223’s economics are compelling. For dedicated varmint hunters who want maximum performance and don’t mind the cost, the 22-250 is the superior tool.

Key takeaway: The 22-250 outperforms .223 by a significant margin at every distance. Choose it when performance matters more than cost and volume. Choose .223 when you need an AR platform, cheaper ammo, or longer barrel life.

8. 22-250 vs .220 Swift — The Speed Kings Compared

The .220 Swift is marginally faster — about 120 fps with equal-weight bullets — but the 22-250 wins in every practical category. Ammunition availability, rifle selection, barrel life, and aftermarket support all favor the 22-250. The Swift’s 120 fps advantage translates to roughly 1 inch less drop at 400 yards — a difference that’s irrelevant in the field.

Key takeaway: The 22-250 has effectively replaced the .220 Swift in the market. The performance difference is negligible, and the 22-250’s practical advantages are overwhelming.

9. 22-250 for Varmint Hunting — The Definitive Guide

The 22-250 was designed for varmint hunting, and it remains one of the best cartridges available for the purpose. Here’s what you need to know for each varmint type.

For prairie dog shooting — the 22-250’s signature application — bring a heavy-barreled bolt action, a good bipod, a quality scope with a target turret, and plenty of ammunition. The flat trajectory allows rapid engagement at 200–400 yards without significant holdover adjustment. At that cadence, barrel heating becomes a concern; let the barrel cool every 15–20 rounds to maintain accuracy.

For coyote hunting, the 22-250 is extremely effective but produces significant pelt damage with varmint bullets. If you’re selling fur, use 55-grain FMJ or bonded bullets that pass through without explosive fragmentation. If pelt damage isn’t a concern, the V-Max produces quick, humane kills at extended ranges.

Key takeaway: The 22-250 is the premier varmint cartridge for shooters who want flat trajectory and explosive terminal effects. Match your bullet construction to your quarry and fur-saving needs.

10. Can You Hunt Deer With a 22-250?

Some states permit deer hunting with .22-caliber centerfire cartridges, and the 22-250 is technically capable of killing deer-sized game. But “capable” and “recommended” are different things.

The 22-250 with a 55-grain varmint bullet at close range will kill a whitetail quickly — the explosive fragmentation creates massive tissue disruption. But past 200 yards, the light bullets lose energy rapidly and may not produce reliable kills. More importantly, varmint bullets are designed to fragment on prairie dogs, not penetrate the thick muscle and bone of a deer’s chest cavity from awkward angles.

If you must hunt deer with a 22-250, use a premium controlled-expansion bullet like the Nosler Partition 60gr or Barnes TTSX 53gr. These bullets are designed to expand without fragmenting, delivering adequate penetration for broadside chest shots. Keep shots inside 200 yards and avoid quartering angles that require deep penetration.

For most hunters, the 22-250 is not the right deer cartridge. A .243 Winchester delivers roughly 50% more energy with heavier, better-constructed bullets designed for medium game. If you already own a 22-250 and want to hunt deer, it can work with the right bullet and disciplined shot placement — but it’s operating at the bottom edge of what’s ethical for deer-sized game.

Key takeaway: The 22-250 can kill deer, but it’s not designed for it. Use premium controlled-expansion bullets, keep shots inside 200 yards, and choose broadside angles only. For dedicated deer hunting, step up to .243 Win or 6mm Creedmoor.

11. Frequently Asked Questions

How fast does a 22-250 shoot?

Factory loads range from 3,680 fps (55-grain bullets) to 4,450 fps (35-grain bullets). The most common loads push 50–55 grain bullets at 3,680–4,000 fps, making the 22-250 one of the fastest commercially available cartridges.

What twist rate does a 22-250 need?

Most factory 22-250 rifles use a 1:14 or 1:12 twist rate, which stabilizes bullets from 35 to 55 grains. To shoot heavier bullets (62–80 grains) for long-range work, you need a custom barrel with 1:8 or 1:9 twist. Check your rifle’s twist rate before purchasing heavy match bullets.

How far can you accurately shoot a 22-250?

With a quality rifle and scope, the 22-250 is capable of consistent hits on prairie dog-sized targets (4-inch circle) at 400+ yards. Accuracy remains good to 600+ yards with proper fundamentals, but terminal performance on varmints degrades past 400 yards as velocity drops below the fragmentation threshold.

Is 22-250 good for predator hunting?

Excellent. The 22-250 is one of the most popular coyote and predator cartridges in North America. Its flat trajectory and explosive terminal effects produce fast kills at ranges that challenge most other cartridges. The only downside is significant pelt damage if you’re saving fur — in that case, use FMJ or bonded bullets.

What is the barrel life of a 22-250?

Expect roughly 3,000 rounds before accuracy degrades noticeably. The combination of high velocity, large powder charge, and relatively small bore diameter creates significant throat erosion. Conservative shooting practices (cooling between strings, avoiding sustained rapid fire) can extend barrel life toward 3,500–4,000 rounds.

Ready to set up your varmint rig? Browse our full selection of 22-250 Remington ammunition at Tatted Tacticals.