Zeroing Target — 5.56×45mm NATO at 100 m
A 100 m rifle zeroing sheet for 5.56 NATO. One MOA at 100 m is 29 mm, so the grid is coarse by physics, not by choice — six squares across the sheet, each one exactly one minute of angle.
How to use it
- Print at 100% and check the 100 mm bar.
- Set the target at 100 m and fire five rounds from a supported position.
- Each grid square is one MOA — count squares, not millimetres, to work out the correction.
- The table gives drop at 50, 100, 200 and 300 m for the same load.
Ballistic data on this sheet
| Distance | Drop (mm) | MOA | Velocity (m/s) | Energy (J) |
|---|---|---|---|---|
| 50 m | -17 | 1.2 | 920 | 1508 |
| 100 m | 0 | 0.0 | 854 | 1297 |
| 200 m | -73 | 1.3 | 730 | 948 |
| 300 m | -333 | 3.8 | 617 | 677 |
Computed by the BallisticEngine G1 point-mass model at 15 °C, sea level, 1013 hPa, no wind. Negative drop means the bullet lands below the point of aim. A different bullet weight or barrel length moves every number in this table — run your own load.
Other targets
- Zeroing Target — 9×19mm @ 25 m
- Zeroing Target — .308 Win @ 100 m
- Diagnostic Target — group analysis
- Holdover Chart — 9mm, 7 to 50 m
- Holdover Chart — 5.56 NATO, 50 to 300 m
- ISSF 10-Ring — Olympic air pistol
- NRA B-8 Repair Centre — 25 yd pistol
- IPSC / USPSA Classic
- IDPA Target
- FBI Q Silhouette
- Threat Silhouette — no zones
Customize for your setup. Barrel length, altitude and temperature all move the drop. The calculator takes any load in the database and recomputes this table for your conditions.
