By replacing a block with a plurality of holes reversed in the longitudinal direction of a handle riser, more types of cushion plunger mounting holes than cushion plunger mounting holes are obtained. A cushion plunger mounting device A includes: a block 31 including two cushion plunger mounting holes 32 for mounting a cushion plunger 41 which are deviated from the center of the block 31 in a manner to be arranged in a row in the longitudinal direction of the handle riser 21 when the block is attached to the handle riser 21, a slotted hole 22 penetrating from one side of the handle riser 21 of the archery 11 to the other side, in a manner to overlap the cushion plunger mounting holes 32 in the longitudinal direction of the archery 11 when the block 31 is attached to the handle riser 21, and a block housing hole 33 for housing the block 31, located around the slotted hole 22 on one side of the handle riser 21 without penetrating up to the other side.

In some embodiments, a crossbow comprises a stock, a bow portion, a latch, a trigger and a foregrip. In some embodiments, the foregrip is supported by the stock and arranged to move with respect to the stock between a first position and a second position.

A limb pad assembly for an archery bow includes an elongated body that articulates about a lateral axis and/or has a curved working surface that contacts a limb of the bow spaced from a riser of the bow by the limb pad assembly. The articulation and/or curved working surface serve to distribute stress along the limb during drawing and firing of the bow to reduce noise and vibration during firing of the bow and to reduce material fatigue in the bow limb, preventing premature limb failure.

In some embodiments, a limb cup comprises a body and a vibration damper. The body comprises a first limb cavity and a damper housing. The damper housing comprises an aperture. The vibration damper comprises a resilient member and a weight. The first limb cavity is arranged to receive an archery bow limb. The resilient member is oriented in the aperture and supported by the damper housing. The weight is supported by the resilient member.

The present invention is directed to an inertial dampener for archery bows. The inertial dampener has a plurality of inertial pads disposed around a grip shaft and a plate contained within a riser beam and cavity therein. The plate is surrounded by inertial pads on both the posterior and anterior sides, so as to absorb longitudinal shock forces following release of the bow string. The shaft is surrounded by an inertia sleeve pad so as to absorb lateral and vertical forces following release of the bow string.

A vibration dampener for an archery bow includes an adjustable housing containing a chamber in which an elastomeric assembly is arranged. The assembly includes a cylindrical sleeve in which a central elastomeric member is arranged and a pair of elastomeric members coaxial with the central member at opposite ends of the chamber. The elastomeric members are pressurized to absorb vibrations in three dimensions from the bow during execution of an archery shot. The pressure applied to the elastomeric members is adjustable through use of a compression assembly.

In some embodiments, a grip for a shooting device comprises a first body portion configured for attachment to the shooting device and a second body portion engaged with the first body portion. The second body portion is moveable with respect to the first body portion between first and second positions. A biasing member is arranged to bias the second body portion to the first position. In some embodiments, the second body portion comprises a guard defining a guard cavity and at least a portion of the first body portion is oriented in the guard cavity.

A vibration dampener for an archery bow is formed as an elastomeric member having an outer surface containing a plurality of spaced grooves which define ribs there between. Each groove has a constant depth, but the grooves toward the ends of the member are not as deep as the grooves progressing toward the center of the member. The ribs may contain spaced and aligned depressions which cooperate with the grooves to absorb vibrations from the bow in three dimensions during execution of an archery shot. Inserts are provided in each end of the dampener to stabilize the ends and to facilitate connection of the dampener with a bow stabilizer and weights.

In some embodiments, an archery bow comprises a riser comprising a grip location and a cavity. A first limb is supported by the riser and attached by a first limb fastener. A second limb is supported by the riser and attached by a second limb fastener. A bowstring extends between the limbs. A vibration damper is located in the cavity, the vibration damper comprising a resilient member and a weight. A first distance from the bowstring to the first limb fastener is less than a second distance from the bowstring to the vibration damper.

When the archery assembled by joining a limb and a handle riser is used, the limb and handle are prevented from vibrating left and right. At a second fitting part, the inclination of the limb can be easily adjusted and corrected by an eccentric locator.

The archery is characterized in that: the limb-side second fitting part 12 of a limb 11 has a projection 131 with a convex cross section protruding from the surface of the limb 11 of the limb-side second fitting part 12; the handle riser-side second fitting part 23 of a handle riser 21 has a housing part 231 with a concave cross section to house the projection with a convex cross section; in the housing part 231, a side face near a bottom is smaller in diameter than an opening; and the limb 11 and the handle riser 21 are joined by joining the limb-side first fitting part 12 and the handle riser-side first fitting part 22 and joining the limb-side second fitting part 13 and the handle riser-side second fitting part 23.