Quick Answer
Downhill shooting complicates quartering shot angles by adding an unpredictable element of gravity and bullet drop, as the bullet falls away from the target and must be compensated for by the shooter.
Understanding the Complications
When shooting downhill, the trajectory of the bullet is affected by gravity, causing it to drop at a rate of approximately 1.2-1.5 feet per 100 yards. This drop is in addition to the natural drop caused by the quartering angle, which can be as much as 30-40 degrees. As a result, the shooter must compensate for both the quartering angle and the downhill drop to ensure a hit.
Calculating Downhill Drop
To calculate the additional drop caused by the downhill angle, the shooter can use the following formula: (downhill angle in degrees x 100) / 14. This will give the additional drop in inches. For example, if the downhill angle is 20 degrees, the additional drop would be (20 x 100) / 14 = 14.3 inches. This must be added to the natural drop caused by the quartering angle to determine the total drop.
Practicing Downhill Shots
To improve shooting skills in downhill situations, hunters should practice at varying angles and distances to develop a sense of the additional drop caused by gravity. This can be done by shooting uphill or on flat ground, then adjusting the scope or aiming point to compensate for the downhill angle. By practicing and adjusting for both quartering and downhill angles, hunters can increase their chances of making a successful shot.
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