Step #1: Determine Your Draw Weight Requirements Your first step should be determining your draw weight. This refers to the amount of force you need to apply to fully draw your bow (pull the string). To figure out a safe draw weight range for yourself, please see: Recurve bow draw weight...
Two factors determine the amount of energy a bow can hold. Itsdraw weightis the amount of force required to draw the bow. A bow's draw weight increases the farther back you pull the string. Itsdraw lengthis the distance between the bowstring's position at rest and its position when draw...
Two factors determine the amount of energy a bow can hold. Its draw weight is the amount of force required to draw the bow. A bow's draw weight increases the farther back you pull the string. Its draw length is the distance between the bowstring's position at rest and its position when...
The comparison often refers to the difference between a recurve bow and a longbow, but this doesn't determine the overall power or arrow-shooting capability. The critical factor is the alteration in the force draw curve. When measuring the brace height (the distance between the deepest part of...
Lower the draw weight if you have trouble pulling the bow smoothly. The draw weight determines how hard you need to pull back on the string to fire the arrow. Too high and you'll ruin your form trying to get enough power -- too low and you'll have to pull the arrow back farther ...
Choose a bow with the proper poundage. Poundage, also called draw weight, is a descriptor of how much weight it takes to pull the bow string back. Your size and strength will determine the poundage that will serve you best. This is one of the things an expert at an archery club can ...
When you let go, the bow springs back to its original shape and the bowstring moves back to its original position. The movement and energy propel the arrow from the bow at high speed Two factors determine the amount of energy a bow can hold. Its draw weight is the amount of force ...