A .300 Blackout bullet drop chart provides the trajectory data required to maximize the accuracy of this highly versatile cartridge. Your exact bullet drop relies heavily on the specific ammunition load, bullet weight, muzzle velocity, ballistic coefficient, chosen zero distance, and environmental conditions. By reviewing a reliable ballistic chart, shooters can understand exactly how much their projectile arcs and make necessary optic adjustments. The chart below details the critical flight metrics needed to effectively engage targets and hunt with the supersonic .300 Blackout.
.300 Blackout Bullet Drop Chart
| Distance (Yards) | Velocity (fps) | Energy (ft-lbs) | Bullet Drop (Inches) | Drop (MOA) | Drop (MIL) |
| 50 | 2202 | 1184 | +0.1 | 0.0 | 0.0 |
| 100 | 2038 | 1014 | 0.0 | 0.0 | 0.0 |
| 150 | 1882 | 865 | -2.5 | 1.6 | 0.5 |
| 200 | 1735 | 735 | -7.5 | 3.6 | 1.0 |
| 300 | 1464 | 524 | -28.5 | 9.1 | 2.6 |
| 400 | 1235 | 372 | -71.5 | 17.1 | 5.0 |
| 500 | 1055 | 271 | -143.0 | 27.3 | 7.9 |
The parameters for the table above are based on standard ballistic data for the highly popular Hornady BLACK 110-grain V-MAX load. This provides an excellent and widely applicable baseline for standard supersonic .300 AAC Blackout hunting and defensive ammunition.
Ballistic Parameters:
- Ammunition Load: Hornady BLACK .300 Blackout
- Bullet Weight & Type: 110-grain V-MAX (Polymer Tip)
- Muzzle Velocity: 2375 feet per second (fps)
- Ballistic Coefficient (G1): 0.290
- Zero Distance: 100 Yards
- Sight Height: 1.5 inches above bore
- Test Barrel Length: 16 inches
- Environmental Assumptions: Sea level altitude, 59 degrees Fahrenheit
Note: Muzzle velocity and initial energy figures are sourced from standard manufacturer ballistic charts for this specific load. Drop figures and extended data out to 500 yards are calculated using a 0.290 ballistic coefficient under standard atmospheric conditions. Extended distances are included to demonstrate the severe trajectory arc of the cartridge.
Understanding The .300 Blackout Bullet Drop Chart
.300 Blackout Bullet Drop At 100 Yards
At 100 yards, the 110-grain projectile reaches its zero distance, meaning it perfectly intersects your line of sight with zero bullet drop. The bullet travels at 2038 fps and retains 1014 foot-pounds of energy. A 100-yard zero provides a clean mathematical baseline for modern optics and red dot sights, making it the most common zeroing distance for supersonic .300 Blackout rifles.
.300 Blackout Bullet Drop At 200 Yards
When the bullet reaches 200 yards, the trajectory limitations of the .300 Blackout begin to show. The projectile drops 7.5 inches below the center line. Shooters need to dial 3.6 MOA or hold 1.0 MIL on their reticle. Retaining roughly 735 foot-pounds of energy, the bullet still delivers enough kinetic shock to cleanly harvest deer or feral hogs at this distance, but accurate shot placement is critical.
.300 Blackout Bullet Drop At 300 Yards
At 300 yards, the trajectory steepens significantly with a drop of 28.5 inches. You will need to make an elevation correction of 9.1 MOA or 2.6 MIL. Velocity slows to 1464 fps, and kinetic energy sits at 524 foot-pounds. For most hunters, this represents the absolute maximum ethical range for medium game, as the cartridge sheds energy rapidly beyond this point and wind deflection becomes a major issue.
.300 Blackout Bullet Drop At 400 Yards
Crossing into 400 yards, the lightweight bullet falls 71.5 inches below the line of sight. A shooter must compensate by dialing 17.1 MOA or 5.0 MIL. The energy drops to 372 foot-pounds, which is well below the minimum threshold recommended for ethical hunting. Hitting steel targets at this range requires careful wind reading, as the bullet loses aerodynamic stability as it approaches transonic speeds.
.300 Blackout Bullet Drop At 500 Yards
At 500 yards, the bullet drop plunges to a massive 143.0 inches. You will need a precise elevation adjustment of 27.3 MOA or 7.9 MIL. The velocity drops to 1055 fps, fully transitioning into subsonic flight. Engaging targets at 500 yards with a .300 Blackout pushes the cartridge far beyond its practical limits and requires significant holdovers or major optic adjustments.
Frequently Asked Questions
What factors change my .300 Blackout bullet drop chart?
Your personal trajectory will vary depending on your specific ammunition and rifle configuration. A shorter 9-inch barrel will produce a much lower muzzle velocity than a standard 16-inch barrel, which directly increases bullet drop at every distance. Environmental factors like high altitude, warm temperatures, and low barometric pressure reduce air density, allowing the bullet to fly slightly flatter than it would at sea level.
How does subsonic .300 Blackout bullet drop compare to supersonic ammo?
Subsonic ammunition, typically loaded with heavy 200-grain or 220-grain bullets, leaves the muzzle below the speed of sound at roughly 1050 fps. Because it starts so slowly, subsonic ammo experiences severe bullet drop compared to lightweight 110-grain supersonic loads. A subsonic bullet can drop over 40 inches at 200 yards, whereas a supersonic bullet drops less than 8 inches at the same distance.
What is the best zero distance for a .300 Blackout rifle?
For supersonic ammunition used in hunting or tactical applications, a 100-yard zero is the standard recommendation because it simplifies optic adjustments. However, if you are strictly shooting heavy subsonic ammunition with a suppressor, many shooters prefer a 50-yard zero. A 50-yard zero accommodates the rainbow-like trajectory of subsonic rounds and makes close-quarters impacts much more predictable.
How does the .300 Blackout compare to the 5.56 NATO?
The 5.56 NATO fires a much lighter bullet at a significantly higher velocity, resulting in a substantially flatter trajectory at long ranges. However, the .300 Blackout utilizes a heavier, wider .30 caliber projectile that hits with more kinetic energy at close ranges. While the 5.56 NATO is superior for engaging targets past 300 yards, the .300 Blackout excels in short-barrel rifles and performs exceptionally well when suppressed.