223 Ballistics Chart

Finding the right ammunition for your rifle requires a clear understanding of bullet weight, velocity, and energy performance. Whether you are zeroing a rifle for varmint hunting, setting up an AR 15 for home defense, or tuning a bolt action rifle for long range precision, a comprehensive 223 ballistics chart is an indispensable tool. This guide delivers data driven clarity to help you select the ideal cartridge for your barrel twist rate and shooting goals.

223 Ballistics Chart

The following comprehensive chart combines data from major ammunition manufacturers into a single master reference. Redundant entries have been eliminated, and missing values have been mathematically calculated for technical consistency.

Bullet Weight (Grains)	Bullet Type / Load Profile	Muzzle Velocity (FPS)	Muzzle Energy (FT-LB)
35 gr	Hornady NTX Super Velocity	4000	1243
35 gr	Winchester Silvertip	3800	1110
35 gr	Magsafe SWAT High Fragment	3200	795
36 gr	Cor-Bon Varmint	3600	1036
37 gr	RBCD TFSP Ultra High Velocity	3880	1337
40 gr	Federal Nosler Ballistic Tip	3700	1216
40 gr	Fiocchi V-Max	3650	1216
40 gr	Cor-Bon SD BlitzKing	3400	1027
43 gr	Federal Speer TNT	3600	1237
45 gr	Cor-Bon Glaser Safety Slug	3375	1138
45 gr	Fiocchi Frangible	3300	1087
50 gr	Underwood Hornady V-Max	3400	1284
50 gr	Federal JHP	3325	1227
50 gr	Fiocchi HP Tundra / V-Max	3300	1209
50 gr	Cor-Bon Varmint	3000	999
53 gr	Hornady V-Max	3465	1413
53 gr	PMC HPWC	3330	1305
53 gr	Cor-Bon DPX Solid Copper	3000	1059
55 gr	Buffalo Bore Ballistic Tip	3500	1495
55 gr	Cor-Bon MPG	3330	1330
55 gr	Double Tap Barnes TSX / Nosler	3310	1330
55 gr	Underwood Hornady V-Max	3300	1330
55 gr	Hornady V-Max / FMJ BT / SP	3240	1282
55 gr	Federal FMJ BT / Soft Point	3240	1282
55 gr	Fiocchi FMJ BT / Tundra / PSP	3240	1281
55 gr	Magtech / TulAmmo FMJ	3241	1283
55 gr	Remington Metal Case / PSP	2850	1282
55 gr	Cor-Bon FMJ / BlitzKing	3000	1099
60 gr	Underwood Hornady V-Max	3200	1364
60 gr	Federal Nosler Partition	3160	1330
62 gr	Double Tap FMJ Boat Tail	3200	1410
62 gr	TulAmmo FMJ / Hollow Point	3025	1260
62 gr	Winchester Power Core / Razorback	3020	1296
62 gr	Federal FMJ BT	3020	1255
62 gr	Fiocchi FMJ BT	3000	1238
62 gr	Cor-Bon DPX Solid Copper	2750	1041
64 gr	Winchester Power Point / Soft Point	3020	1296
67 gr	Cor-Bon HPBT	2800	1341
69 gr	Buffalo Bore JHP	3200	1568
69 gr	Double Tap / Cor-Bon HPBT Match	3000	1379
69 gr	Federal BTHP Gold Medal Match	2950	1333
69 gr	Fiocchi HPBT MatchKing	2735	1145
75 gr	Hornady BTHP Superformance	2930	1429
75 gr	Hornady / PMC BTHP Match	2790	1296
75 gr	TulAmmo Heavy Hollow Point	2750	1259
77 gr	Buffalo Bore JHP Heavy	3100	1642
77 gr	Double Tap HPBT Match	2855	1394
77 gr	Sig Sauer Match FMJ	2750	1293
77 gr	Federal BTHP Match	2720	1265
77 gr	Fiocchi HPBT MatchKing	2660	1209
77 gr	Winchester PDX1 Defender	2500	1068
80 gr	Double Tap HPBT Match Extreme	2825	1418

Understanding the Ballistics Chart

Interpreting data from a 223 ballistics chart requires looking at how bullet weight and speed function together to determine target impact.

• Bullet Weight (Grains): This measures the physical mass of the projectile. One grain equals 1/7000th of a pound. Lighter bullets (35 to 50 grains) achieve remarkable initial speeds but lose momentum rapidly. Heavy options (69 to 80 grains) preserve energy efficiently over long distances.
• Muzzle Velocity (FPS): Measured in feet per second, this reveals how fast the projectile leaves the barrel. Higher velocity yields a flatter flight path over short distances.
• Muzzle Energy (FT-LB): Foot-pounds quantify the kinetic energy delivered by the projectile at impact. Energy is heavily influenced by speed, as velocity squared dictates kinetic force.

Bullet Drop and Wind Drift

As soon as the bullet leaves the muzzle, gravity and air resistance begin to alter its trajectory. Bullet drop refers to the physical descent of the projectile below the physical line of departure. Light varmint loads drop minimally out to 200 yards but succumb to air resistance quickly past that point.

Wind drift is the lateral deflection caused by crosswinds. Heavy match options resist wind much better than light projectiles because their higher ballistic coefficient allows them to cut through air resistance with minimal disturbance.

Practical Applications

Zeroing a Rifle

Setting a proper zero distance ensures you can maximize the effective trajectory of your cartridge. A popular choice for general use is the 50/200 yard zero strategy. With a standard 55 grain load, setting your point of impact perfectly at 50 yards will naturally cross the line of sight again at roughly 200 yards. This keeps your vertical variance within a tight two inch window across your entire mid range flight envelope.

Hunting and Ethical Distances

When hunting small game or varmints, rapid expansion is key. Light, fast projectiles like the 40 grain to 55 grain polymer tipped options provide explosive performance on target.

For medium game like deer or hogs, where legal, you must prioritize bullet construction over raw speed. Solid copper projectiles like the 55 grain Barnes TSX or heavy soft points maintain structural integrity to create deep wound channels. Ethical shooting distances for medium game should generally be kept under 150 to 200 yards to ensure the projectile retains adequate kinetic energy to expand properly.

Long Range Target Shooting

To push the 223 cartridge out to 300 yards and beyond, heavy match bullets weighing 69 to 80 grains are mandatory. These long, aerodynamic projectiles feature high ballistic coefficients that preserve velocity over distance, keeping the bullet supersonic longer and preventing destabilization as it passes through the transonic barrier. Note that stabilizing these heavy projectiles requires a tight barrel twist rate, such as 1:7 or 1:8 inches.

FAQs

What is the effective range of a 223 cartridge?

For target shooting, heavy match configurations can remain effective out to 600 to 800 yards under favorable weather conditions. For ethical hunting of small predators, the effective range is typically limited to 300 yards.

What barrel twist rate do I need for 55 grain versus 77 grain ammunition?

A standard 1:9 inch twist rate stabilizes traditional 55 grain and most 62 grain ammunition perfectly. Heavy precision variants weighing 69 to 77 grains require a faster 1:7 or 1:8 inch twist rate to stay stable during flight.

Is 223 ammunition identical to 5.56 NATO?

They share identical external dimensions, but 5.56 NATO is loaded to higher maximum pressures. You can safely fire 223 ammunition in a 5.56 NATO or a 223 Wylde chamber, but you should avoid firing 5.56 NATO ammunition in a dedicated, tight tolerance 223 Remington chamber.

Why do some lightweight 223 rounds have less muzzle energy than heavier rounds?

Kinetic energy balances weight and velocity. Some ultra light rounds are intentionally underloaded for specialized close range applications, whereas premium heavy options utilize progressive burning powders to maximize velocity and mass simultaneously.

How much does wind affect a 55 grain 223 bullet at 300 yards?

In a steady 10 mph full value crosswind, a standard 55 grain projectile will drift roughly 11 to 13 inches off target at 300 yards, highlighting why reading wind conditions is vital for long range accuracy.

What is the best zero distance for an AR 15 chambered in 223?

The 50/200 yard zero is highly regarded for general use because it offers an exceptionally flat trajectory, ensuring your bullet deviates very little from your point of aim from close quarters out to 250 yards.