An archery assembly and method are disclosed herein. The archery assembly, in an embodiment, includes a coupler configured to be coupled to a riser of an archery bow. At least part of the coupler is configured to be positioned behind a rear surface of the riser. The archery assembly also includes a device configured to be coupled to the coupler. The coupler and the device are configured to cooperate so that the device is adjustably moveable relative to the coupler, and such movement occurs along a vertical axis.

An arrow rest mounting system is provided including a primary mount mountable to an archery bow riser with a riser fastener, and a secondary mount vertically, movably joined with the primary mount. The secondary mount can extend over and conceal the riser fastener. A vertical micro adjuster can provide selective vertical adjustment of the secondary mount relative to the primary mount. A horizontal micro adjuster can extend from the secondary mount, can be joined with an arrow rest support including a support arm movable from a support position to a rest position, and can provide selective horizontal adjustment of the support arm. The vertical micro adjuster can be forward of the riser fastener, and the horizontal micro adjuster can be rearward of the riser fastener to fit the mounting system in a tight space. A related method of use is provided.

An example archery arrow rest orthogonal cord force device for an arrow rest of an archery bow includes a housing member having a first end and a second end. A circuitous path is formed at least partly within the housing member. The circuitous path extends at least partly between the first end and the second end of the housing member. The housing member is attached along a linear axis of a cord defined by two attachment points of the cord in the arrow rest as part of the archery bow.

A clutch for use with an arrow rest is mounted intermediate the arrow rest and the bow. The clutch includes a body having a first end configured to operatively connect to the arrow rest cord and a second end that receives a moveable shaft. The moveable shaft has a first end received in the body and a second end configured to connect to a bow. A spring is received on the shaft and positioned between the shaft and the clutch body. The clutch is moveable between a first position in which the shaft first end is proximate the clutch body first end to facilitate the movement of an arrow rest launcher arm out of an arrow support position, and a second position in which the shaft first end is proximate the clutch body second end to facilitate movement of the arrow rest launcher arm into an arrow support position.

An arrow rest that is rotated out of the flight path of an arrow when the arrow is shot. Rotating the arrow rest out of the flight path prevents disruption to the accuracy and speed of the arrow.

An arrow rest mounting system is disclosed. The system, in an embodiment, comprises a main body configured to be coupled to an archery bow and an arm extending along an arm axis and configured to be supported by the main body. The arm comprises one or more main body engagement surfaces configured to engage the main body to at least partially surround the arm on the main body. The arm further comprises an arrow rest support configured to support an arrow rest. The arm is configured to be adjustably slid relative to the main body along the arm axis.

In some embodiments, an arrow rest comprises a first body portion arranged for attachment to an archery bow and a second body portion attached to the first body portion. The second body portion comprises an arrow support member. The second body portion is moveable with respect to the first body portion along an arcuate path.

An archery adapter is disclosed herein. The archery adapter, in an embodiment, includes a first surface and a second surface. The first surface is configured to make contact with a rear section of a weapon. The body defines at least one opening configured to at least partially receive a fastener. The body at least partially has a dovetail shape, and the body is configured to mate with an element of an accessory.

An archery bow arrow rest launcher system is disclosed comprising a launcher mount block, a launcher mount, a launcher arm holder wherein the launcher arm holder is adjustable, a launcher arm wherein the launcher arm is configured to extend in a forward position distal from an archer and to extend in a rearward position proximate an archer, a launcher blade holder wherein the launcher blade holder is adjustable when the launcher arm holder and the launcher arm are in a set position, and a launcher blade wherein the launcher blade is configured to integrate with the blade holder, and wherein the launcher blade is positioned at about a 30 to 40 degree angle when the launcher arm and the launcher arm holder are configured in a level position.

An arrow rest assembly includes a compound bow has a riser. A mounting member is provided and the mounting member is mounted to a riser of a compound bow. A screw is provided and the screw is attachable to the mounting member. An arrow rest is attachable to the screw such that the arrow rest is positioned on an opposite side of the riser of the compound bow with respect to the mounting member. The arrow rest is aligned with an arrow that is shot with the compound bow. The arrow rest has an arrow slot that is integrated into the arrow rest to receive a shaft of the arrow. The arrow rest twists along a longitudinal axis of the arrow rest such that a bounding surface of the arrow slot twists in a clockwise orientation to impart a clockwise rotation into the arrow when the arrow is shot with the compound bow.