Offset support members resist lateral forces to prevent tipping while maintaining manageable device complexity.
Lateral cable displacement via a centered guard resolves energy loss from misalignment, improving archery accuracy.
One-piece mechanical device applies orthogonal torquing force to secure arrow rest cords, eliminating slippage inherent in multi-part clamp structures.
Placing the cocking rope anchor below the shooting axis prevents vertical forces from lifting the bowstring out of plane during user lean.
Self-timing cam and cable configuration anchors both ends of each cable to the same cam with a mid-portion sliding on a pulley.
A forearm brace supports the archer's arm forward of the bowstring to stabilize the bow.
A crossbow trigger assembly uses a pivotable bolt sensor and reciprocating sear latch to control bowstring release.
Thumb trigger rotates ring sear to release bail, solving set screw loosening via elastic retention and accommodating multiple shooting styles.
Adjustable weights along a stabilizer bar customize damping elasticity, resolving the trade-off between adaptability and device complexity.
A crossbow lower floating rail stabilizes arrow flight by decoupling hand positioning variations from support consistency.
Segmented channels with intermediary ball-and-spring assemblies prevent rope slippage without increasing structural complexity.
Cam cable anti-vibration bars contact moving cables to absorb vibrational energy before it reaches the handle, resolving accuracy loss from handle vibration.
A pivotable arm with a pushing spring positions the arrow upright before launch.
Intermediary mounting block absorbs riser vibrations from bowstrings, stabilizing arrow trajectory and reducing noise.
An adjustable fletching device uses magnetic clamps and a drill chuck to bond feathers, eliminating adapters for varying arrow diameters.
A cable guard applies lateral force to archery bow cables, reducing vibration and noise while maintaining tension for improved arrow launch speed.
Coplanar lever arms rotate on fixed fulcrum points to flex compound bow limbs, reducing stress and accommodating diverse styles.
Integrated performance module measures draw weight and arrow speed, eliminating external monitoring equipment and third-party assistance.
A crossbow cocking winch uses an asymmetric tapered alignment member to secure the device to the stock.
A bow string viewfinder divides its through-hole into three sectors with conical reductions to block light reflections and prevent centring errors.
Flexible elastomeric supports accommodate arrow deflection and fletching orientation, preventing trajectory alteration caused by rigid contact.