A 223 ballistics chart 200 yard zero provides the precise drop and performance data for .223 Remington ammunition when the firearm is calibrated to strike the point of aim at exactly 200 yards. Utilizing a 200 yard zero is a common practice for service rifles and hunting setups because it creates a flatter trajectory across a wider engagement range, often keeping the bullet within a few inches of the line of sight from point blank range out to 250 yards. This guide details the flight characteristics of various loads and explains how environmental variables influence ballistic performance.
223 Ballistics Chart 200 Yard Zero
| Load Name | Bullet Weight | Muzzle Velocity | Ballistic Coefficient (G1) | 100 yd Drop | 200 yd Drop | 300 yd Drop | 400 yd Drop | 500 yd Drop |
| Hornady V-MAX | 40 gr | 3800 fps | 0.200 | +1.1″ | 0.0″ | -6.0″ | -17.8″ | -37.2″ |
| Federal Sierra BlitzKing | 50 gr | 3325 fps | 0.228 | +1.2″ | 0.0″ | -6.3″ | -18.3″ | -37.6″ |
| Winchester USA FMJ | 55 gr | 3240 fps | 0.255 | +1.2″ | 0.0″ | -6.5″ | -18.6″ | -37.7″ |
| Sierra MatchKing | 69 gr | 2950 fps | 0.301 | +1.4″ | 0.0″ | -7.4″ | -20.9″ | -41.4″ |
| Hornady BTHP | 75 gr | 2790 fps | 0.395 | +1.6″ | 0.0″ | -8.0″ | -22.1″ | -43.1″ |
Understanding the Chart
Bullet Weight
Bullet weight, measured in grains, influences the inertia and momentum of the projectile. Heavier bullets typically provide better terminal performance and wind resistance, while lighter bullets offer higher muzzle velocities and flatter short range trajectories.
Muzzle Velocity
This represents the speed of the bullet as it leaves the barrel, expressed in feet per second (fps). Higher velocities result in reduced time of flight, which minimizes the amount of gravity drop experienced by the bullet before reaching the target.
Ballistic Coefficient (G1)
The Ballistic Coefficient is a numerical representation of a bullet’s aerodynamic efficiency. A higher value means the projectile experiences less drag, allowing it to maintain velocity and stability more effectively as it travels through the air.
100 yd Drop
With a 200 yard zero, the bullet will strike above the line of sight at 100 yards. Shooters should expect a point of impact slightly higher than their crosshairs, which is a key advantage for maintaining a point blank zero over common distances.
200 yd Drop
This confirms the zero distance. At 200 yards, the bullet path crosses the line of sight, meaning the point of aim and point of impact are identical.
300 yd Drop
This metric indicates how much the bullet has descended below the line of sight at 300 yards. Shooters must hold over or adjust their optics to compensate for this decline at extended ranges.
400 yd Drop
At 400 yards, the cumulative effect of gravity and air resistance becomes pronounced. This measurement is critical for calculating long range holds or dialing in elevation adjustments on a scope.
500 yd Drop
This represents the significant drop experienced at 500 yards. Maintaining accuracy at this distance requires precise knowledge of the specific bullet’s drop curve, as even small errors in range estimation or ballistic data will result in a miss.