Quick Answer: Arrow spine is the stiffness of your arrow shaft, written as a number like 340 or 500 — the lower the number, the stiffer the arrow. To choose the right spine, match your bow’s actual draw weight and your arrow length (not draw length) against a manufacturer’s spine chart, then adjust for point […]
Quick Answer: The archer’s paradox is the fact that an arrow flies straight to the target even though, at full draw, it points slightly off to the side of the bow. It works because the arrow shaft bends and flexes as the string releases, wrapping around the riser and snapping back onto the intended line […]
Feather or vane? Four inches or two? This guide breaks down fletching types and sizes so you can match the right steering to your arrows, your bow, and your shot.
Carbon vs aluminum arrows isn’t about which is ‘better’ — it’s about matching shaft material to your bow, budget, and goals. Here’s how to choose with confidence.
Arrow FOC controls accuracy and penetration. Here is the front of center formula, ideal FOC for hunting, and how to increase it.
A hands-on walkthrough of building your own arrows in 2026 — from reading a spine chart honestly to cutting, fletching, and verifying the finished shaft on the bench.
Bareshaft tuning is the fastest honest read you can get on a compound bow. Strip the fletching off two identical arrows, shoot them next to a fletched group at 10 yards, and the unfletched shaft tells you exactly which way the bow is fighting your form. Paper tuning catches gross errors. Bareshaft tuning catches the […]
An arrow is the variable your bow can’t fix. This 2026 guide walks through spine, shaft material, fletching, and FOC so the arrows in your hand actually match the bow on your hip.
Recurve bow tuning made simple. Dial in brace height, tiller, nocking point, center shot, and bare shaft response for tight, repeatable groups.
Helical vs straight fletching: which wins for broadheads, speed, and accuracy? 5 bowhunter-tested truths plus the 3-degree rule that ends the debate.