Abstract: An archery rest system comprises a body mounted to the bow. A shaft is mounted within the body and a lever arm is secured to the shaft. An opening is formed in the body with an arrow launcher mounted to the shaft and extending through the opening. A spring biases the arrow launcher in an up position. A cord is secured to the lever arm. A securing mechanism secures the cord to the bow and an in-line dampening spring is mounted between the lever arm and the securing mechanism. With the bow at rest, the launcher moves to a down position out of contact with the arrow. Upon bow draw, the launcher moves into the up position contacting the arrow. Upon bow firing, the launcher moves to the down position with the spring absorbing load imparted on the cord when the shaft reaches a rotation travel limit.

Abstract: An archery sight leveling device for assessing the third axis of an archery sight of a bow system is provided. The bow system has at least one vertical reference. The archery sight leveling device comprises a main body with at least one rod receiving aperture formed through the main body. A sighting rod is receivable in the at least one rod receiving aperture with the sighting rod having a first end and a second end. A securing mechanism releasably secures the sighting rod in the at least one rod receiving aperture. A mounting mechanism mounts the main body to the bow system with the sighting rod being parallel to the bow string and the first end and the second end of the sighting rod extending beyond opposite sides of the archery sight.