Abstract: An adjustable aperture axis peep sight device is disclosed with an outer ring having a first axis, and an inner body member having a second axis. The first axis of the outer ring forms a sight angle with the second axis of the inner body member. A first partially spherical surface is formed on the outer ring. A second partially spherical surface is formed on the inner body member. The first partially spherical surface movably mates with the second partially spherical surface. The sight angle is adjustable by moving the inner body member relative to the outer ring.

Abstract: A device is disclosed for measuring arrow position or location at rest. An example device includes a platform that mounts to an archery bow system to determine a position of an arrow shaft in relation to an inside of a riser shelf of the archery bow system for tuning or data collection. The example device also includes a first slot in the platform. A center shot indicator adjacent to the first slot references the center shot of the arrow shaft. A measurement reference is slidable, separately, in the first slot to reference center shot of the arrow shaft.

Abstract: A quick mount system is disclosed for removably attaching an bow or accessory to a mounting structure. An example quick mount system includes a first interfacing component having a receiving element formed therein. The example quick mount system also includes a second interfacing component having a coupler assembly configured to mate with the receiving element in a first position. The coupler assembly rotates into an engagement position relative to the first interfacing component. The example quick mount system also includes a magnetic coupler. The magnetic coupler maintains the first interfacing component and the second interfacing component in the engagement position to attach the accessory to the mounting structure.

Abstract: A quick mount system is disclosed for removably attaching an bow or accessory to a mounting structure. An example quick mount system includes a first interfacing component having a receiving element formed therein. The example quick mount system also includes a second interfacing component having a coupler assembly configured to mate with the receiving element in a first position. The coupler assembly rotates into an engagement position relative to the first interfacing component. The example quick mount system also includes a magnetic coupler. The magnetic coupler maintains the first interfacing component and the second interfacing component in the engagement position to attach the accessory to the mounting structure.

Abstract: An adjustable aperture axis peep sight device is disclosed with an outer ring having a first axis, and an inner body member having a second axis. The first axis of the outer ring forms a sight angle with the second axis of the inner body member. A first partially spherical surface is formed on the outer ring. A second partially spherical surface is formed on the inner body member. The first partially spherical surface movably mates with the second partially spherical surface. The sight angle is adjustable by moving the inner body member relative to the outer ring.

Abstract: An adjustable aperture axis peep sight device is disclosed with an outer ring having a first axis, and an inner body member having a second axis. The first axis of the outer ring forms a sight angle with the second axis of the inner body member. A first partially spherical surface is formed on the outer ring. A second partially spherical surface is formed on the inner body member. The first partially spherical surface movably mates with the second partially spherical surface. The sight angle is adjustable by moving the inner body member relative to the outer ring.

Abstract: An arrow rest device is disclosed. The example arrow rest device includes A mounting bracket for attachment to a bow riser. The example arrow rest device also includes a geometrically shaped surface of the mounting bracket. The example arrow rest device also includes a coupler having a mating attachment surface for connecting with the geometrically shaped surface of the mounting bracket. The example arrow rest device also includes an accessory for attachment to the coupler, and an opening formed in the accessory. The example arrow rest device also includes a shaft received through the opening formed in the accessory. The shaft is rotatable in the opening formed in the accessory. The shaft has a first end to accommodate an arrow launcher, and a second end to attach to a cord.

Abstract: An arrow rest device is disclosed. The example arrow rest device includes a geometrically shaped mounting bracket. The example arrow rest device also includes a coupler for connecting to the geometrically shaped mounting bracket. The example arrow rest device also includes a base of the coupler, the base having a parallel clamp with two components. The example arrow rest device also includes a plank member that is perpendicular to the base. The example arrow rest device also includes a coupling mechanism that positions the coupler relative to the geometrically shaped mounting bracket.

Abstract: A device is disclosed for measuring arrow position or location at rest. An example device includes a platform that mounts to an archery bow system to determine a position of an arrow shaft in relation to an inside of a riser shelf of the archery bow system for tuning or data collection. The example device also includes a first slot in the platform. A center shot indicator adjacent to the first slot references the center shot of the arrow shaft. A measurement reference is slidable, separately, in the first slot to reference center shot of the arrow shaft.