Systems and methods directed to archery bow accessories include a panel to be mounted on an archery bow, forward of the archery bow limbs, to provide stabilization, silencing, and/or concealment. The panel may be sufficiently rigid to support all or some of the weight of the archery bow against a support structure, such as the ground. The panel may also be sufficiently structurally sound to quiver arrows and to support other optional features, such as aiming devices. Silencing functionality of the panel may be enhanced by usage of or addition of sound absorbing materials, such as cork, foam, rubber, honeycomb structures, or combinations thereof.

A compound bow includes a riser, an upper limb, and a lower limb, the upper limb and lower limbs coupled to the riser. The compound bow may include a draw sensor. The compound bow includes a performance module coupled to the riser, the performance module operatively coupled to the draw sensor. A compound bow may include an arrow chronometer assembly. A method may include determining draw weight or length based on measurements of the draw sensor. A method may include determining arrow speed based on measurements of the arrow chronometer assembly.

Systems and methods directed to archery bow accessories include a panel to be mounted on an archery bow, forward of the archery bow limbs, to provide stabilization, silencing, and/or concealment. The panel may be sufficiently rigid to support all or some of the weight of the archery bow against a support structure, such as the ground. The panel may also be sufficiently structurally sound to quiver arrows and to support other optional features, such as aiming devices. Silencing functionality of the panel may be enhanced by usage of or addition of sound absorbing materials, such as cork, foam, rubber, honeycomb structures, or combinations thereof.

An archery bow with a riser including a mount in a centerline plane of the riser above a lower wall of a sight window of the riser may allow for a novel manner of mounting an archery accessory. Placement of the mount within a centerline plane of the riser may maintain the weight of the archery accessory along a center of the bow, thereby reducing or eliminating asymmetrically weighted bows or the need for an additional stabilizer to balance the weight of the archery accessory. Positioning the mount above the lower wall of the sight window additionally allows for coordination of the position of a secondary accessory, such as a sight, a light, or a camera, in addition to mounting an arrow rest, such as in a lower wall of the sight window, while maintaining the centralized weight advantages noted above.

An archery bow with a riser including a mount in a centerline plane of the riser above a lower wall of a sight window of the riser may allow for a novel manner of mounting an archery accessory. Placement of the mount within a centerline plane of the riser may maintain the weight of the archery accessory along a center of the bow, thereby reducing or eliminating asymmetrically weighted bows or the need for an additional stabilizer to balance the weight of the archery accessory. Positioning the mount above the lower wall of the sight window additionally allows for coordination of the position of a secondary accessory, such as a sight, a light, or a camera, in addition to mounting an arrow rest, such as in a lower wall of the sight window, while maintaining the centralized weight advantages noted above.

An adjustable archery training bow assembly includes a single resistance element and an adjustment mechanism that can be actuated by a user to vary the tension level in the resistance element for training purposes. The training bow also includes a mount for receiving a mobile device, which allows the user to practice various augmented reality-archery training scenarios. The adjustable archery training bow is used to enhance the user's skills, such as his/her strength, stability, and accuracy to help deliver on-target an arrow fired from a real, non-training bow.

An archery accuracy device, system, and method for improving archery accuracy that can be tailored for each archer and their current archery equipment is provided. The archery accuracy device may embody a wireless accelerometer and gyroscope sensors coupled to an auto graphing software adapted to graphically represent multiple sets of bow movement data collected by the accelerometer and gyroscope sensors. The graphical representation of multiple data sets, each data set associated with a different attempted shot, may be layered over each other on in one graphical representation, thereby enabling the archer to compare and contrast in their quest to optimize the best stabilization, setup condition through this iterative process.

An archery accuracy device, system, and method for improving archery accuracy that can be tailored for each archer and their current archery equipment is provided. The archery accuracy device may embody a wireless accelerometer and gyroscope sensors coupled to an auto graphing software adapted to graphically represent multiple sets of bow movement data collected by the accelerometer and gyroscope sensors. The graphical representation of multiple data sets, each data set associated with a different attempted shot, may be layered over each other on in one graphical representation, thereby enabling the archer to compare and contrast in their quest to optimize the best stabilization, setup condition through this iterative process.

An archery bow with a riser including a mount in an upper wall of a sight window of the riser may allow for a novel manner of mounting an archery accessory. Placement of the mount within a centerline plane of the riser may maintain the weight of the archery accessory along a center of the bow, thereby reducing or eliminating asymmetrically weighted bows or the need for an additional stabilizer to balance the weight of the archery accessory. Positioning the mount in the upper wall of the sight window additionally allows for coordination of the position of a secondary accessory, such as a sight, a light, or a camera, in addition to mounting an arrow rest, such as in a lower wall of the sight window, while maintaining the centralized weight advantages noted above.

Apparatus and associated methods relate to a mounting bracket for coupling a sight or other targeting device to a bow. In an illustrative example, the sight may be a thermal or night-vision sight, and an electronic device may optically couple to the sight for displaying a view through the sight on a display screen of the electronic device. The sight may fixedly couple to the mounting bracket via, for example, a Picatinny-style rail/mount. An on-the-fly windage/elevation adjustment mechanism may allow for adjustments, for example, to the windage and/or elevation of the sight coupled to the mounting bracket. The mounting bracket may utilize, for example, a thermal or night-vision sight that may be beneficial for use in low light conditions, such as bow hunting at night.