![]() ![]() If you move your rest and you’re happy with the way your arrows are hitting the target, go ahead and check your Cam lean. As you can see, for your left and right, you can move your rest or add twists to your yoke. Here’s an info-graphic you might find helpful. Without moving my sight, I shoot my bare-shafts into my other three spot When I am happy with my fletched sight-mark (Your sight should not move!) I then shoot three fletched arrows into my three spot. I like to shoot and find a sight-mark for my fletched arrows at 18m or closer if you wish. I’ve got my fletched arrows and bare-shaft arrows. To bare-shaft tune, a compound bow, let’s talk about what you will need. That’s just a quick intro as to what it is now. On a right-handed bow, the yoke on the right will always need more twists than the left, simply because of the way the bow is built and the way the cams are put on.Ī left-handed bow, the yoke on the left will need more twists than on the right. Then vice versa, at the resting position, the string is under a lot of tension, but the cables are not. At full draw, the string doesn’t have much tension, but the cables (buss and yoke) do. The further back you pull, the more draw weight there is. When you pull back your bow, the energy in the limbs causes them to bend. But why does Cam Lean matter? Here’s why: Cam Lean, to put it simply, is – Cam angle relative to your drawstring. ![]()
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