With no stabiliser, your bow arm carries all the responsibility. Why many barebow archers tilt the bow – and how to get torque under control.
"Why do so many barebow archers tilt their bow sideways — does it just look cool?" No, there's physics behind it. With canting (deliberately tilting the bow to the side), your aiming eye lands directly above the arrow shaft — and that's exactly what you need, because in barebow you aim with the arrow tip itself, not a sight pin.
The second reason matters even more: with no stabiliser, nothing absorbs twisting forces in the bow. Every squeeze, every rotation of your hand in the grip — the technical term is torque — transfers straight into the arrow's flight path, unfiltered. A slight cant helps neutralise those twisting forces and, at the same time, opens your chest and shoulder so the string doesn't slap your forearm or face on release.
In recurve, the stabiliser takes over part of that job — it dampens vibration and evens out small mistakes. In barebow, you are the stabiliser. That's why grip and arm posture here aren't a style choice; they're one of the most important technical levers you have.
Torque happens when your hand minutely twists or squeezes the grip on release. With no stabiliser to dampen it, that rotation transfers straight into the arrow's flight path. A loose, relaxed grip is therefore your first line of defense.
There's no "correct" angle for everyone — it depends on your anatomy, your dominant eye and your anchor position. Start with a slight tilt and increase it gradually until your aiming eye sits cleanly above the arrow shaft. Too much cant at once just trades one problem for another.
The bow should rest in your hand, not be gripped. Many coaches describe it as "letting the bow fall" after release — a hand that clamps down automatically creates torque. Practice this deliberately with a bow sling, so the bow stays secure after the shot even with open fingers.
A slight tilt opens the chest and shoulder further away from the string's path — reducing the risk of the string slapping your forearm or face on release. With a short bow-arm distance especially, that's a noticeable safety gain.
Get filmed or have a coach watch you from behind. Your cant angle should stay the same across many shots — swings in the angle are one of the most common causes of left-right spread on the target.
Too tight a grip raises not only torque but also the risk of string slap on the forearm, because the bow hand steers the string closer to the arm on release. Always wear an armguard while practicing, and let your bow arm move relaxed forward after the shot instead of blocking it abruptly.
Practice blank-bow repetitions without an arrow, just to internalize the feel of a loose grip. If the bow tips slightly forward after release instead of staying rigid in your hand, you've found the right tension — the exact feeling you then reproduce with an arrow.
Because they aim with the arrow tip and need their aiming eye directly above the arrow shaft for that. Without a cant, the line of sight runs at an angle to the arrow axis, making aiming less precise. The exact angle is individual and depends on eye and anchor.
Torque is the twisting of the bow from pressure or rotation of the grip hand on release. Because no stabiliser dampens that movement, it transfers straight into the arrow's flight path. A loose, relaxed grip is the most important protection against it.
There's no standard angle. Start slight and increase until your dominant eye sits cleanly above the arrow shaft. More important than the exact angle is that it stays the same shot to shot.
Yes, a slight tilt opens the chest and shoulder further away from the string's path, reducing the risk of the string slapping your forearm or face on release. An armguard is still worthwhile regardless.
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