- What Is the .222 Remington? The Cartridge That Started It All
- Complete .222 Remington Ballistic Data — 5 Loads Compared
- Terminal Performance: How .222 Rem Bullets Behave on Impact
- Trajectory & Bullet Drop Charts to 400 Yards
- Barrel Length Effects on Velocity
- .222 Rem vs .223 Rem — The Comparison Everyone Asks About
- .222 Rem vs .22 Hornet — Stepping Up
- Hunting Applications & Effective Range
- Reloading the .222 Remington
- Frequently Asked Questions
The .222 Remington is the cartridge that created the modern varmint-hunting category. Introduced by Remington in 1950, the “Triple Deuce” delivered a level of accuracy and flat trajectory that no commercial cartridge had offered before. It dominated benchrest competition for over a decade and set the standard that every small-bore centerfire cartridge since has been measured against.
The .223 Remington eventually overtook its parent cartridge in popularity, but the .222 Rem still has a devoted following among accuracy-minded shooters who appreciate its mild recoil, exceptional barrel life, and inherent precision. This guide covers the ballistic data, terminal performance, and practical applications for the cartridge that started a revolution. Browse our .222 Remington ammo selection at Tatted Tacticals.
1. What Is the .222 Remington? The Cartridge That Started It All
The .222 Remington was designed by Mike Walker at Remington Arms as a dedicated varmint and target cartridge. It was the first commercial cartridge built from the ground up for accuracy rather than adapted from a military or hunting round. The design used a small, efficient case that held approximately 25 grains of powder and pushed 50-grain bullets to 3,140 fps — impressive numbers for 1950.
The .222 Rem’s accuracy reputation was established immediately. It dominated benchrest shooting throughout the 1950s and 1960s, winning national championships and setting records. When the U.S. military needed a new small-caliber, high-velocity cartridge in the late 1950s, Remington submitted the .222 Remington Magnum (a lengthened version). That cartridge didn’t win the military contract — instead, an intermediate version was developed, which became the .223 Remington/5.56 NATO.
Key Specifications
| Specification | Value |
|---|---|
| Bullet Diameter | .224 in (5.7mm) |
| Case Length | 1.700 in (43.2mm) |
| Overall Length | 2.130 in (54.1mm) |
| Max Pressure (SAAMI) | 50,000 psi |
| Typical Bullet Weight | 40–55 gr |
| Muzzle Velocity Range | 3,000–3,580 fps |
Takeaway: The .222 Remington was purpose-built for accuracy. It’s the grandfather of the .223 Remington and still one of the most inherently precise cartridges ever designed.
2. Complete .222 Remington Ballistic Data — 5 Loads Compared
| Load | Weight (gr) | Muzzle Vel. (fps) | Muzzle Energy (ft-lbs) | 200 yd Vel. (fps) | 200 yd Energy (ft-lbs) | BC (G1) |
|---|---|---|---|---|---|---|
| Hornady V-Max 50gr Superformance | 50 | 3,140 | 1,094 | 2,365 | 621 | .242 |
| Remington AccuTip-V 50gr | 50 | 3,140 | 1,094 | 2,340 | 608 | .238 |
| Remington 50gr Hollow Point | 50 | 3,140 | 1,094 | 2,310 | 592 | .228 |
| Remington 50gr Soft Point | 50 | 3,140 | 1,094 | 2,280 | 577 | .220 |
| Sellier & Bellot 50gr SP | 50 | 3,040 | 1,026 | 2,240 | 557 | .225 |
Notice the consistency: every major factory load uses a 50-grain bullet at approximately 3,140 fps. This standardization reflects the .222 Rem’s optimized design — the case was purpose-built for that bullet weight and velocity. The primary differences between loads come down to bullet construction and ballistic coefficient, which affect terminal performance and retained energy at distance.
Takeaway: The .222 Rem is a 50-grain, 3,140 fps cartridge. Pick your load based on bullet construction (V-Max for varmints, soft point for larger small game) rather than velocity, because they’re all essentially the same speed.
3. Terminal Performance: How .222 Rem Bullets Behave on Impact
The .222 Remington operates in the velocity window where bullet construction determines everything about terminal performance. At 3,140 fps, you have enough speed for explosive fragmentation with thin-jacketed bullets and enough energy for reliable expansion with conventional soft points.
Terminal Behavior by Bullet Type
| Bullet Type | Close Range (< 100 yds) | Medium Range (100–200 yds) | Penetration |
|---|---|---|---|
| V-Max / AccuTip (polymer tip) | Violent fragmentation | Good fragmentation | 3–6″ |
| Hollow Point | Rapid expansion, some fragmentation | Controlled expansion | 5–8″ |
| Soft Point | Mushroom expansion | Reliable expansion | 8–14″ |
| FMJ | Tumble/yaw after 3–4″ | Tumble/yaw | 12–18″ |
All factory .222 Rem ammunition is designed for varmint use, with an emphasis on rapid bullet disintegration upon impact. The Hornady V-Max and Remington AccuTip both feature polymer tips over thin jackets — they’re engineered to come apart violently inside small animals, transferring all their energy within the first few inches of penetration.
Soft point bullets offer more controlled expansion and significantly deeper penetration. This makes them the better choice for larger animals in the .222 Rem’s weight class — fox, raccoon, or the occasional coyote at close range.
Takeaway: For pure varmint work, the V-Max and AccuTip deliver maximum tissue disruption. For anything larger than a groundhog, switch to a soft point for deeper penetration and more reliable kills.
4. Trajectory & Bullet Drop Charts to 400 Yards
| Range (yds) | V-Max 50gr Drop (in) | 50gr SP Drop (in) | Velocity — V-Max (fps) | Energy — V-Max (ft-lbs) |
|---|---|---|---|---|
| 50 | +0.5 | +0.5 | 2,902 | 936 |
| 100 | 0.0 | 0.0 | 2,680 | 798 |
| 150 | -1.1 | -1.3 | 2,470 | 677 |
| 200 | -3.5 | -4.0 | 2,365 | 621 |
| 250 | -7.5 | -8.6 | 2,167 | 521 |
| 300 | -13.5 | -15.5 | 1,978 | 434 |
| 400 | -32.0 | -37.0 | 1,630 | 295 |
The .222 Rem shoots impressively flat for a cartridge designed in 1950. With a 100-yard zero, you’re only 3.5 inches low at 200 yards — that’s less than a minute of angle of holdover. At 300 yards, the 13.5-inch drop is manageable for a shooter who knows the trajectory. The curve steepens beyond 300 yards, limiting practical precision work to about 350 yards.
Takeaway: The .222 Rem is a genuine 300-yard varmint cartridge with the V-Max load. Its trajectory is only slightly steeper than the .223 Remington, and for most practical varmint shooting distances, the difference is negligible.
5. Barrel Length Effects on Velocity
| Barrel Length | 50gr V-Max (fps) | 50gr SP (fps) |
|---|---|---|
| 18″ | 2,900 | 2,880 |
| 20″ | 2,990 | 2,970 |
| 22″ | 3,070 | 3,050 |
| 24″ (test barrel) | 3,140 | 3,120 |
| 26″ (heavy varmint) | 3,180 | 3,160 |
The .222 Rem loses about 35 to 40 fps per inch below 24 inches. An 18-inch barrel costs you 240 fps — noticeable but not crippling. Most dedicated varmint rifles in .222 Rem wear 22- to 26-inch barrels, which capture 97 to 101% of test barrel velocity.
Takeaway: A 22-inch barrel is the sweet spot for .222 Rem — close enough to full velocity without the weight of a 24- or 26-inch tube. The cartridge’s efficient powder burn means shorter barrels don’t waste as much velocity as larger-cased cartridges.
6. .222 Rem vs .223 Rem — The Comparison Everyone Asks About
| Metric | .222 Rem (50gr V-Max) | .223 Rem (55gr V-Max) |
|---|---|---|
| Muzzle Velocity | 3,140 fps | 3,240 fps |
| Muzzle Energy | 1,094 ft-lbs | 1,282 ft-lbs |
| 300 yd Drop (100-yd zero) | -13.5″ | -11.8″ |
| Recoil (7 lb rifle) | ~2.5 ft-lbs | ~3.7 ft-lbs |
| Barrel Life | ~8,000+ rounds | ~5,000–6,000 rounds |
| Ammo Availability | Limited | Everywhere |
| Case Capacity | 25 gr H₂O | 28.8 gr H₂O |
The .223 Rem has about 15% more case capacity, which translates to roughly 100 fps more velocity with comparable bullets and 17% more muzzle energy. At 300 yards, the .223 drops 1.7 inches less — a small but real difference.
Where the .222 Rem fights back is in recoil and barrel life. The smaller powder charge produces about 32% less recoil, which means less flinch on long prairie dog sessions. Barrel life is roughly 30 to 50% longer because less powder equals less throat erosion. For a dedicated varmint rifle that will see thousands of rounds per year, those advantages add up.
Takeaway: The .223 Rem is the better choice if ammo availability matters or if you need every bit of velocity for longer-range work. The .222 Rem is the better choice if you value reduced recoil and extended barrel life for high-volume varmint shooting. The ballistic difference between them is smaller than most people think.
7. .222 Rem vs .22 Hornet — Stepping Up
| Metric | .222 Rem (50gr) | .22 Hornet (45gr) |
|---|---|---|
| Muzzle Velocity | 3,140 fps | 2,690 fps |
| Muzzle Energy | 1,094 ft-lbs | 723 ft-lbs |
| 200 yd Drop (100-yd zero) | -3.5″ | -10.2″ |
| Effective Varmint Range | 300 yds | 200 yds |
The .222 Rem delivers 51% more energy and extends effective range by roughly 100 yards compared to the .22 Hornet. At 200 yards, the Hornet drops 10.2 inches while the .222 Rem drops only 3.5 inches. If you’re shooting varmints beyond 150 yards regularly, the .222 Rem is a significant step up in capability.
Takeaway: The .222 Rem fills the gap between the .22 Hornet’s modest range and the .223 Rem’s full capability. If the Hornet isn’t reaching far enough and you want something milder than the .223, the .222 Rem is the answer.
8. Hunting Applications & Effective Range
Best Applications
- Prairie dogs and ground squirrels (to 300 yards): The .222 Rem’s accuracy and flat trajectory make it outstanding for long-session prairie dog shooting. The mild recoil means less fatigue over hundreds of shots.
- Woodchucks and groundhogs (to 275 yards): The classic .222 Rem application. More than enough energy for clean kills at any practical range.
- Crows and pest birds (to 200 yards): Effective and accurate enough for perched targets at respectable distances.
- Fox (to 200 yards): With 50-grain soft points, the .222 Rem takes fox cleanly. Minimizes pelt damage compared to faster cartridges.
Marginal Applications
- Coyotes: Marginal for coyotes beyond 150 yards. The .222 Rem can do it with precise shot placement, but the .223 Rem or .22-250 are better tools.
- Small deer: Legal in some jurisdictions with expanding bullets. Not recommended — energy is borderline for ethical deer hunting.
Takeaway: The .222 Rem is a dedicated varmint cartridge. Stay within that role and it performs beautifully. Stretch it into predator or deer territory and you’ll find its limits.
9. Reloading the .222 Remington
The .222 Rem is a reloader’s cartridge. With limited factory ammunition options and higher prices per round compared to the .223, handloading transforms the economics and performance potential of the Triple Deuce.
Reloading Advantages
- Small powder charges: 20 to 25 grains per round means one pound of powder loads roughly 300 cartridges.
- Accuracy potential: The .222 Rem’s benchrest heritage means it responds exceptionally well to load development. Sub-half-MOA groups are achievable with careful load work.
- Wide bullet selection: Any .224-caliber bullet weighing 40 to 55 grains works. Access to match-grade bullets from Sierra, Berger, and Nosler opens precision possibilities that factory ammo can’t match.
- Brass longevity: The moderate chamber pressure extends case life. Neck-sized brass can last 10+ firings.
Recommended Powders
Popular powders for the .222 Rem include Hodgdon H322, IMR 4198, Benchmark, BL-C(2), and Vihtavuori N130. H322 and BL-C(2) are particularly well-suited for 50-grain bullets and are known for producing tight extreme spreads.
Takeaway: If you own a .222 Rem and don’t reload, you’re paying more per round and leaving accuracy on the table. The cartridge was designed for handloaders, and it rewards the effort.
10. Frequently Asked Questions
Can I shoot .223 Remington in a .222 Remington chamber?
No. The .223 Remington has a longer case (1.760″ vs 1.700″) and higher maximum pressure. A .223 round will not chamber in a .222 Rem rifle, and attempting to force it is dangerous. They are separate, non-interchangeable cartridges.
Is the .222 Remington obsolete?
Not in a practical sense. It’s less popular than the .223 Rem, but rifles are still manufactured in this chambering (CZ 527, Tikka, Sako), and factory ammunition remains in production from Hornady, Remington, and Sellier & Bellot. For reloaders, the .222 Rem’s performance is virtually identical to the .223 at normal varmint ranges.
What’s the difference between .222 Rem and .222 Rem Magnum?
The .222 Remington Magnum has a longer case (1.850″ vs 1.700″) and more powder capacity. It was developed for the military trials that eventually led to the .223 Remington. The .222 Rem Mag is genuinely obsolete — virtually no factory ammo exists, and rifles are scarce on the used market.
How accurate is the .222 Remington?
Extremely accurate. The .222 Rem held benchrest records for decades. A well-built .222 Rem bolt rifle with handloaded ammunition is capable of consistent 0.3 to 0.5 MOA groups at 100 yards. Factory ammunition typically produces 0.7 to 1.2 MOA groups in a good rifle.
Is .222 Rem ammo expensive?
Factory .222 Rem ammunition typically runs $1.00 to $1.50 per round — more expensive than .223 Rem due to lower production volumes. Reloading brings the cost down to approximately $0.30 to $0.40 per round, making it competitive with factory .223 Rem pricing.
Ready to experience the cartridge that started the varmint hunting revolution? Shop .222 Remington ammunition at Tatted Tacticals.
