page_title: Ballistic table
hierarchical_section_title: Ballistic table
caption_attribution_description: English: Ballistic table for 7.62x51 mm NATO showing drop and wind drift (4 meters per second). Corrections are shown in both mrad and MOA. All ballistic inputs are listed. Norsk bokmål: Klikktabell for 7,62x51 mm NATO som viser kulefall og vindavdrift (4 m/s). Korreksjoner er vist både i mrad og MOA. Alle ballistiske innputt er listet opp.
context_page_description: A ballistic table or ballistic chart is a tool which predicts the trajectory of a projectile, and is used to compensate for physical effects in order to increase the probability of the projectile reaching the intended target. Ballistic tables are used in hunting, sport shooting, military and scientific applications. Corrections in ballistic tables are given relative to a zero range. Ballistic charts are often given in angular measurements, with units in either milliradians or minutes of arc. The tables are usually generated using computer programs built on mathematical functions. The number of inputs to the ballistic calculator can sometimes vary depended on the specific generator, or the user may choose to only input certain variables.
  For example, a very simple drop table can be made using inputs for the sight adjustment value, the zero range, intended target ranges, muzzle velocity, caliber, ballistic coefficient and bullet weight. Some of the environmental effects that play a role in calculating the trajectory are gravity, projectile spin, wind, temperature, air pressure and humidity.
context_section_description: A ballistic table or ballistic chart is a tool which predicts the trajectory of a projectile, and is used to compensate for physical effects in order to increase the probability of the projectile reaching the intended target. Ballistic tables are used in hunting, sport shooting, military and scientific applications. Corrections in ballistic tables are given relative to a zero range. Ballistic charts are often given in angular measurements, with units in either milliradians (mil) or minutes of arc (moa). The tables are usually generated using computer programs built on mathematical functions. The number of inputs to the ballistic calculator can sometimes vary depended on the specific generator, or the user may choose to only input certain variables.
  For example, a very simple drop table can be made using inputs for the sight adjustment value (in mil or moa), the zero range, intended target ranges, muzzle velocity, caliber, ballistic coefficient and bullet weight. Some of the environmental effects that play a role in calculating the trajectory are gravity, projectile spin, wind, temperature, air pressure and humidity. More advanced tables can take more factors into account to ensure a more accurate prediction of the trajectory, which becomes increasingly important on longer ranges. Some of these variables may have a negligible effect on shorter ranges.
caption: Example of a ballistic table for a given 7.62×51mm NATO load. Bullet drop and wind drift are shown both in mil and moa.
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