An archery release is provided in the form of a back tension archery release having an adjustable pawl which includes a paddle that can be selectively engaged by an adjuster element, for example a fastener, to set a release point of the release. The pawl can be selectively rotatable about a pivot axis by engaging the adjuster element against a surface of the paddle, which paddle can project away from the pivot axis a first distance to provide a lever that the adjuster element can act against. The release can include a second adjuster element opposing the first and engaging an opposite side of the paddle to cooperate with the other one and further secure the paddle and thus the pawl in a fixed location to set the release point.

A game call archery release assembly for actuating an animal call while drawing an archery bow includes an archery release that is weareable on a wrist of a user. The archery release engages a string on an archery bow for drawing and subsequently releasing the string. The archery release includes a wrist strap and a trigger portion. An electronic game call is integrated into the archery release. The electronic game call emits an audible sound when the electronic game call is actuated to attract a game animal. Moreover, the electronic game call is actuatable while the string on the archery bow is drawn facilitate hands free use.

An archery release is provided including a multi-bar linkage that extends from a trigger button, through a handle, an arm, and a release head, to a sear having a bowstring notch, where the linkage can be used to both set the release to a set mode and a release mode. In the set mode, the sear is nonrotatable about a sear axis and configured so a bowstring is retained in the bowstring notch. In the release mode, the sear is rotatable about the sear axis, so the bowstring can be released from the bowstring notch. The housing can define a compartment, and the bar linkage can snake through the compartment. A bias element can urge the linkage to press a tip of the sear against the housing in the set mode. When the linkage is moved, it disengages the sear, converting it to the release mode.

The present application discloses an archery bow release that can be used to aid bow string release in archery. The bow release disclosed in the present application comprises a center carrier and a sleeve cylinder housing that receives the center carrier from the back end. The center carrier comprises a chamber, a lock mechanism and a string releaser. The lock mechanism locks and releases the center carrier. The string releaser holds the loop bow string when the center carrier is locked and releases the loop bow string when the center carrier is released.

A retractable cocking assembly with hooks slidingly secured to a crossbow track. In a default or non-actuated position, the hooks are positioned forward of the uncocked bowstring. The hooks are drawn in a rearward direction to engage the bowstring and to pull the bowstring to its cocked position. When the bowstring is secured in a trigger catch in the cocked position, a user engages a release member that causes the hooks to return to the default position at the forward end of the crossbow track. A continuous force springs pull the hooks forward into the default position when the release member is engaged.

A worm gear crank cocking device (CCD) for a crossbow to draw a bowstring from a released position to a cocked position. A user rotates a receptacle of the worm gear CCD to draw hooks rearward along the crossbow track to engage the bowstring and to draw the hooks with the bow string to a catch to place the crossbow in the cocked position. The worm gear CCD provides an automatic stop. If a user stops rotating the receptacle of the worm gear CCD, the hooks remain stationary on the track. A release mechanism is provided that disengages spools winding the cords attached to the hooks so that the hooks may return to their starting position forward of the released bowstring.

A thumb trigger-type archery release includes a trigger that is configured to be pressed by the thumb of an archer to actuate the archery release. The position of the trigger relative to the body of the archery release can be adjusted by the archer via a thumb trigger adjustment mechanism that is part of the archery release. The thumb trigger adjustment mechanism enables fast and convenient positioning of the trigger by loosening and tightening only one fastening member.

An index-finger trigger-type archery release includes a bodiless release head having a pair of calipers movably connected with another that extend from an upper end of the release head and at least one of the calipers extends to the lower end of the release head. A trigger operatively connected to the calipers enables the release head to be placed into an opened position from a closed position. The calipers can be pressed together to place the release head back into the closed position.

An archery training method includes measuring a load applied to a bow hand holding a bow or applied to a release hand drawing a bow string of the bow, the measuring being performed while the bow string is drawn to a cocked positioned for firing an arrow; comparing through a computer processor the measured load to a predetermined value; and activating an output device to generate a notice based on the comparison between the measured load and the predetermined value.

An archery release device and method are disclosed therein. The archery release device includes, in an embodiment, a release body, and first and second jaws independently pivotally mounted to the release body. The archery release device also has a trigger mounted to the release body and an actuation step operative to hold the first and second jaws in a closed position during targeting and in an open position for release of an arrow from an archery bow.