Abstract: A member for an archery bow having an axle, a limb, and a cam. The member contacts the axle to retain the cam at a location relative to the axle and the limb. In some examples, the member can have a shim portion positioning the cam a distance from the limb or from a first end of the axle. In some examples, the member can define a first surface facing the limb and a second surface facing the limb. In some examples, the member can have an engagement portion coupling the member to at least one of the first end of the axle or the limb. In some examples, the member can include a nesting feature receivable within a groove of the cam.

Abstract: A support for retaining an archery bow on a support surface includes a mounting block affixable to the archery bow and a member adjustably coupled to the mounting block. The member can be repositionable between two or more configurations relative to the mounting block. For example, the member can be rotatable between two or more orientations relative to the mounting block. In some examples, the member can be linearly repositionable relative to the mounting block. In some examples, the member can be a first member and the support can further include a second member adjustably coupled to the mounting block.

Abstract: An archery bow can include a riser, a first limb coupled to the riser, a second limb coupled to the riser, a string extending between the first and second limb, and Non-Newtonian material (NN material). The NN material can be incorporated into at least one of the riser, the first limb, the second limb, the string, or another component of the archery bow. The NN material can have a material property (e.g., viscosity) which varies relative to a stress or force applied to the NN material. One or more portions of NN material can additionally, or alternatively, be incorporated into a projectile (e.g., an arrow) for an archery bow, an archery target or other archery equipment.

Abstract: An archery bow sight can include a housing, one or more pins, and a level indicator. In some examples, the housing has a first section that defines a radius of curvature. A second section of the housing can be disposed closer to a center of the curvature than the first section. In some examples, a first section of the housing can define a projected shape and a minimum distance between a second section and the center of the projected shape can be less than a radius of the projected shape. In some examples, the housing can include first and second lateral sections having respective distal ends that are displaced from one another.

Abstract: An archery bow can include a riser having first and second cavities that are in fluid communication to enable routing of one or more archery components through the riser. The riser can include a channel or groove formed within the riser. The channel has a size and shape that enables cable or wire to be removably retained within the channel and routed from one region of the riser to another region of the riser. The riser can include a conduit or passage that extends within the riser and enables one or more components to be routed within the riser.

Abstract: An archery bow can include a riser, a first limb coupled to the riser, a second limb coupled to the riser, a string extending between the first and second limb, and Non-Newtonian material (NN material). The NN material can be incorporated into at least one of the riser, the first limb, the second limb, the string, or another component of the archery bow. The NN material can have a material property (e.g., viscosity) which varies relative to a stress or force applied to the NN material. One or more portions of NN material can additionally, or alternatively, be incorporated into a projectile (e.g., an arrow) for an archery bow, an archery target or other archery equipment.

Abstract: A support for retaining an archery bow on a support surface includes a mounting block affixable to the archery bow and a member adjustably coupled to the mounting block. The member can be repositionable between two or more configurations relative to the mounting block. For example, the member can be rotatable between two or more orientations relative to the mounting block. In some examples, the member can be linearly repositionable relative to the mounting block. In some examples, the member can be a first member and the support can further include a second member adjustably coupled to the mounting block.

Abstract: An archery bow sight can include a housing, one or more pins, and a level indicator. In some examples, the housing has a first section that defines a radius of curvature. A second section of the housing can be disposed closer to a center of the curvature than the first section. In some examples, a first section of the housing can define a projected shape and a minimum distance between a second section and the center of the projected shape can be less than a radius of the projected shape. In some examples, the housing can include first and second lateral sections having respective distal ends that are displaced from one another.

Abstract: An archery bow includes a cam assembly having a component projecting or extending beyond a periphery of the cam assembly of the archery bow to enable an archer to set the archery bow upright on a support surface. For example, the component can be affixed to one or more elements of the cam assembly (e.g., a cam, a module, etc.) and can displace the cam assembly a distance from the support surface when the archery bow is disposed upright on the support surface.

Abstract: An archery bow can include a riser having first and second cavities that are in fluid communication to enable routing of one or more archery components through the riser. The riser can include a channel or groove formed within the riser. The channel has a size and shape that enables cable or wire to be removably retained within the channel and routed from one region of the riser to another region of the riser. The riser can include a conduit or passage that extends within the riser and enables one or more components to be routed within the riser.

Abstract: An archery bow can include a member that is adjustable or replaceable relative to a cam assembly. The member can be affixed to the cam assembly such that the member contacts one or more cables while the archery bow is in a fully drawn or near-fully drawn state. The member can be adjustable, replaceable, swappable, or otherwise modifiable to contact particular portions of the cable disposed at various distances from an axis of rotation about which the cam assembly is rotating. While in a first configuration, the member can contact a portion of the cable that is a first distance from the axis of rotation. While in a second configuration, the member can be replaced or repositioned to contact a portion of the cable that is a second distance from the axis of rotation.

Abstract: An archery bow includes a cam assembly having a component projecting or extending beyond a periphery of the cam assembly of the archery bow to enable an archer to set the archery bow upright on a support surface. For example, the component can be affixed to one or more elements of the cam assembly (e.g., a cam, a module, etc.) and can displace the cam assembly a distance from the support surface when the archery bow is disposed upright on the support surface.

Abstract: An archery bow sight can include a housing, one or more pins, and a level indicator. In some examples, the housing has a first section that defines a radius of curvature. A second section of the housing can be disposed closer to a center of the curvature than the first section. In some examples, a first section of the housing can define a projected shape and a minimum distance between a second section and the center of the projected shape can be less than a radius of the projected shape. In some examples, the housing can include first and second lateral sections having respective distal ends that are displaced from one another.

Abstract: An archery bow can include a riser having first and second cavities that are in fluid communication to enable routing of one or more archery components through the riser. The riser can include a channel or groove formed within the riser. The channel has a size and shape that enables cable or wire to be removably retained within the channel and routed from one region of the riser to another region of the riser. The riser can include a conduit or passage that extends within the riser and enables one or more components to be routed within the riser.

Abstract: An archery bow includes a cam assembly having a component projecting or extending beyond a periphery of the cam assembly of the archery bow to enable an archer to set the archery bow upright on a support surface. For example, the component can be affixed to one or more elements of the cam assembly (e.g., a cam, a module, etc.) and can displace the cam assembly a distance from the support surface when the archery bow is disposed upright on the support surface.

Abstract: An archery bow can include a limb assembly having a limb and a cover member. The limb includes a distal end and a proximal end. The cover member can be coupled to the limb between the distal and proximal ends. The limb can have a region disposed laterally adjacent to a cam of the archery bow. The cover member can be at least partially disposed on the region. The limb can define a first length and the cover member can define a second length. The first length and the second length can define a ratio. In some examples, the limb and/or the cover member can include a plurality of protrusions extending therefrom.

Abstract: An arrow rest for an archery bow can include a housing, a biasing element, and a member or wheel that rotates between states, configurations, or orientations. The member can be rotated from a first orientation to a second orientation when the archery bow is at least partially drawn. While the member is in the second orientation, the biasing element can apply a torque retaining the member in the second orientation. The member can be rotated to a third orientation and released to generate momentum. A relatively large momentum of the member causes the member to rotate from the third orientation, past the second orientation, to the first orientation. A relatively small momentum of the member can cause the member to rotate from the third orientation to the second orientation.