An archery accessory guard and method are disclosed herein. The archery accessory guard, in an embodiment, includes a coupler and a body coupled to the coupler. The coupler is attachable to a support. The body is configured to at least partially guard an archery accessory element that has a front element surface, a rear element surface, and an element part. The body has at least one body surface configured to at least partially face toward the front element surface or the rear element surface. The archery accessory guard is configured to maintain a gap between the body and the element part. The body is configured to receive a force directed toward the element part and then transmit the force to the support.

A crossbow includes a barrel with a groove in the top thereof. An aiming member is connected to the barrel. A rack is connected to the aiming member and located corresponding to the groove. A press piece includes a passage, a resilient member located in the passage and a press piece. The press piece is biased by the resilient member and partially protrudes beyond the press piece. Multiple restriction screws extend through the press piece and are threadedly connected to the rack. A spring is mounted to the threaded section of each restriction screw. The press piece is biased by the springs to resiliently contact the underside of the rack. An adjustment screw threadedly extends through the rack and contacts the press piece. The press piece is moved by rotating the adjustment screw to provide a constant force to the arrow in the groove.

An arrow loading guide configured for enabling an archer to correctly load and nock an arrow or bolt using tactical feedback only, i.e., without “watching” the process. The arrow loading guide includes a central bore for receiving at least a portion of a shaft of an arrow or bolt, a plurality of radial slots extending from the central bore, and a pair of opposing slots extending from the central bore and through an exterior surface of the arrow loading guide. Each radial slot is configured for receiving at least a portion of a vane coupled to the shaft of the arrow or bolt. The pair of opposing slots are configured for receiving at least a portion of a bowstring.

An archery mounting assembly and method are disclosed herein. The archery mounting assembly, in an embodiment, includes a mount device having a mount portion configured to be engaged with a body of an archery weapon. The mount device also has a first interface that extends at least partially along an adjustment axis. The archery mounting assembly further includes an accessory support, which includes a support portion configured to support an archery accessory and a second interface configured to be movably coupled to the first interface of the mount device.

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 archery bow sight/aiming mounting system is disclosed comprising a sight mount block wherein the sight mount block is secured to a bow riser, and a sight mount configured to engage the sight mount block, wherein the sight mount is further configured to engage an archery bow sight or aiming system, wherein the sight mount is reversible, and wherein the sight mount is further configured to adjust in a direction proximate from an archer and adjust in a direction distal from the archer.

An improved crossbow and improved bow and methods for shooting an arrow from such crossbow and how devices. The improved how comprises a pressure sensitive adhesive (PSA) tape on the rail or arrow rest, the surface the arrow slides over when released. The PSA tape provides a smooth surface for the arrow to glide over thereby reducing friction. This is an improved over prior art products such as rail lube or silicone products. The disclosure also comprises an improved method for shooting an arrow with a crossbow comprising PSA tape on the rail or arrow rest.

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.

An apparatus is described that is operable between a raised and lowered position for lifting an object without pivot or rotational joints. The apparatus may include an arrow rest for use with an archery bow, wherein the arrow rest has arrow support members operable to form a v-shaped arrow supporting notch, wherein the support members slide in a non-pivotal, non-rotational manner to vary a depth of the v-shaped notch. The support members are oriented to slide between a raised and lowered position. The arrow rest is suitable for coupling to the bow in a manner so that as the bow string is drawn the support members raise the arrow into a shooting position, and when the bow string is released the support members slide away from the arrow to avoid contact between the arrow and support members. Further, the arrow rest is adjustable to accommodate various diameter arrow shafts and to adjust the lateral and vertical orientation of the arrow shaft relative to the riser.

A crossbow includes a frame, where the frame is provided with an arrow track for placing an arrow; the crossbow includes at least one limb; the limb includes a fixed end and a movable end; the movable end is moved toward the fixed end under pressure, such that two sections bent in opposite directions are formed on the limb to make the limb wave-shaped; the movable end is moved in a reverse direction to make the limb restored; and a primary string of the crossbow is directly or indirectly connected to the movable end of the limb. The limb of the crossbow can generate large elastic potential energy and can reduce the kinetic energy consumed by translation, and avoids the problem of different strokes between multiple limbs. The crossbow prevents the winding wheels from translating to consume the kinetic energy, such that the arrow can gain sufficient kinetic energy.