Abstract: A portable, compact, collapsible, adjustable, archery crossbow press for high poundage crossbows which have a rifle-like frame with an elongate channel and transverse limbs with outwardly located cams or wheels connected by a bow string. The crossbow press includes two limb clamp assemblies that releasably capture the transverse limbs about the cams. A flexible connector connects the two limb clamp assembles just above the rifle-like frame. A safety hook block fits within the elongate channel rearwardly of the crossbow string and is anchored to the rifle-like frame. A mechanical cocking device pulls the flexible connector rearwardly to secure it to a hook on the anchored safety hook block.

Abstract: A portable, compact, collapsible, adjustable, archery crossbow press for high poundage crossbows which have a rifle-like frame with an elongate channel and transverse limbs with outwardly located cams or wheels connected by a bow string. The crossbow press includes two limb clamp assemblies that releasably capture the transverse limbs about the cams. A flexible connector connects the two limb clamp assembles just above the rifle-like frame. A safety hook block fits within the elongate channel rearwardly of the crossbow string and is anchored to the rifle-like frame. A mechanical cocking device pulls the flexible connector rearwardly to secure it to a hook on the anchored safety hook block. Crossbows with a crank-type cocking device utilize a slide moveable within the elongate channel to capture and pull the flexible connector into a rearward locked position. In this condition, the bow string, string sights, dampers, tension cable, cams and other components may be safely worked on or replaced.

Abstract: An archery release device has, in an embodiment, a body, neck, head and position regulator. The neck is configured to be adjusted, moved or translated along an adjustment axis. The position regulator controls or otherwise securely sets the selected position of the neck.

Abstract: An archery bow draw board for an anchored compound archery bow having a riser, limbs, at least one cam with a pulley, or two cams, a bow string with a cable. The draw board is connectable to the bow string and includes a base plate supporting a gallows vertical pole and a gear box and side plate fixed therebelow. A worm drive on a shaft is mounted within the gear box and is turnable by an outwardly extending crank handle. An axel with a fixed reel and worm gear extends from the side plate into the gear housing wherein the worm gear meshes with the worm drive to drive the reel in either direction by turning the crank. The worm drive and worm gear hold the reel in place upon releasing the crank. A gallows horizontal extension is located on top of the gallows pole with a first pulley, and a second pulley in line with and spaced from the first pulley away from the gallows pole.

Abstract: An archery release device has, in an embodiment, a body, neck, head and position regulator. The neck is configured to be adjusted, moved or translated along an adjustment axis. The position regulator controls or otherwise securely sets the selected position of the neck.

Abstract: A release aid for a string bow of a typical archery bow that allows a user of the release aid to set a particular draw length. The release aid has a plurality of adjustment members slidable on a rod that is inserted through the main body of the release aid. The adjustment members can be added or removed from a first portion of the rod to either increase or decrease the draw length. Additionally, a connector assembly of the release aid can be rotated three hundred sixty degrees until secured such that a user can select a specific position of the bow string connector assembly relative to the rod and main body.

Abstract: A bow stabilizer for an archery bow having a first portion forming an angle to a second portion. The angle of the bow stabilizer creates a bent or curved shape between the first and second end, allowing a greater number of positions of the bow stabilizer than the current state of the art linear bow stabilizers. Additionally, the bow stabilizer of this application allows a user to easily switch positions by a rotating the bow stabilizer in the bow.

Abstract: An archery bow draw board for an anchored compound archery bow having a riser, limbs, at least one cam with a pulley, or two cams, a bow string with a cable. The draw board is connectable to the bow string and includes a base plate supporting a gallows vertical pole and a gear box and side plate fixed therebelow. A worm drive on a shaft is mounted within the gear box and is turnable by an outwardly extending crank handle. An axel with a fixed reel and worm gear extends from the side plate into the gear housing wherein the worm gear meshes with the worm drive to drive the reel in either direction by turning the crank. The worm drive and worm gear hold the reel in place upon releasing the crank. A gallows horizontal extension is located on top of the gallows pole with a first pulley, and a second pulley in line with and spaced from the first pulley away from the gallows pole.

Abstract: An archery bow draw board for an anchored compound archery bow having a riser, limbs, at least one cam with a pulley, or two cams, a bow string with a cable. The draw board is connectable to the bow string and includes a base plate supporting a gallows vertical pole and a gear box and side plate fixed therebelow. A worm drive on a shaft is mounted within the gear box and is turnable by an outwardly extending crank handle. An axel with a fixed reel and worm gear extends from the side plate into the gear housing wherein the worm gear meshes with the worm drive to drive the reel in either direction by turning the crank. The worm drive and worm gear hold the reel in place upon releasing the crank. A gallows horizontal extension is located on top of the gallows pole with a first pulley, and a second pulley in line with and spaced from the first pulley away from the gallows pole.

Abstract: An archery bow draw board for an anchored compound archery bow having a riser, limbs, at least one cam with a pulley, or two cams, a bow string with a cable. The draw board is connectable to the bow string and includes a base plate supporting a gallows vertical pole and a gear box and side plate fixed therebelow. A worm drive on a shaft is mounted within the gear box and is turnable by an outwardly extending crank handle. An axel with a fixed reel and worm gear extends from the side plate into the gear housing wherein the worm gear meshes with the worm drive to drive the reel in either direction by turning the crank. The worm drive and worm gear hold the reel in place upon releasing the crank. A gallows horizontal extension is located on top of the gallows pole with a first pulley, and a second pulley in line with and spaced from the first pulley away from the gallows pole.

Abstract: An improved archery bow press used to safely relieve tension in the bow string of a short limbed compound archery bow. Slidable brackets are retained to a horizontal beam and retain pivot arms to the beam. Brackets slidable along each of the pivot arms may be locked in place. Each pivot arm includes a bearing member which abuts a limb of a compound bow. A jack is mounted to the beam to raise and lower link members connected to the pivot arms. The link members are adjustable in length. Markings are provided on the adjustable members so that adjustments to those elements can be made based on data in a table correlating settings for specific compound bows. Safety latches lock the bow limbs to the slidable brackets. A method for presetting the press is provided.

Abstract: An improved archery bow press used to relieve tension in the bow string of a compound archery bow so that maintenance and repair of the bow string and its components may be safely and easily accomplished. A threaded rod is mounted adjacent and parallel to an elongate beam allowing brackets slidable along the beam to be positioned at differing spacings therebetween. The threaded rod is turned by a crank perpendicularly extending from the threaded rod. Limb engaging arms are hinged to the slidable brackets. Link members are pivotably retained to the limb engaging arms and the link members are retainable to a telescoping part of a screw jack which is retained to the beam. At least one of the link members includes a pin support bracket along its length. The pin support bracket supports a tapered pin extending laterally from the pin support bracket over a bow placed in the bow press.