Abstract: A rotatable arrowhead having a blade-carrying body that rotates with respect to a shaft that is attached with respect to an arrow shaft. In one embodiment, the rotatable arrowhead has a body and a tip portion that preferably rotate together with respect to the shaft of the arrowhead. The shaft extends within a through bore of the body. A portion of the shaft has a peripheral retention groove about at least a portion of a periphery of the shaft. The tip portion accommodates a retainer. In an assembled condition of the arrowhead, the retainer is positioned within the retention groove. In another embodiment, the rotatable arrowhead has a body that rotates with respect to the shaft of the arrowhead. The shaft extends within the through bore of the body, either partially or completely. The retainer can be mounted within the body or the tip portion, depending upon whether or not the tip portion rotates with respect to the body.

Abstract: An archery component mountable with respect to an archery bow. The archery component includes a sensor that senses a movement of an archery arrow with respect to the archery bow and/or a movement of the archery bow. The sensor transmits a signal, upon sensing at least one movement, to a signal processor housed within a body of the archery bow and in communication with the sensor. The signal processor receives the signal and activates the archery component in response to the received signal.

Abstract: An apparatus and method for identifying a position of a bowstring relative to an archery bow. A position indicator includes one body mounted with respect to the archery bow and another body moveable with respect to the one body. With the bowstring in a drawn position, a contact can operate or not operate the indicator to show an archer that the bowstring is in the fully drawn position.

Abstract: An arrow rest mountable to an archery bow for supporting an archery arrow with respect to the archery bow. The arrow rest includes a sensor that senses a first movement of the archery arrow with respect to the archery bow and/or a second movement of the archery bow, and transmits a signal upon sensing the first movement and/or the second movement. A signal processor in communication with the sensor receives the signal and moves the arrow rest in response to the received signal.

Abstract: A rotatable arrowhead having a blade-carrying body that rotates with respect to a shaft that is attached with respect to an arrow shaft. In one embodiment, the rotatable arrowhead has a body and a tip portion that preferably rotate together with respect to the shaft of the arrowhead. The shaft extends within a through bore of the body. A portion of the shaft has a peripheral retention groove about at least a portion of a periphery of the shaft. The tip portion accommodates a retainer. In an assembled condition of the arrowhead, the retainer is positioned within the retention groove. In another embodiment, the rotatable arrowhead has a body that rotates with respect to the shaft of the arrowhead. The shaft extends within the through bore of the body, either partially or completely. The retainer can be mounted within the body or the tip portion, depending upon whether or not the tip portion rotates with respect to the body.

Abstract: An archery component mountable with respect to an archery bow. The archery component includes a sensor that senses a movement of an archery arrow with respect to the archery bow and/or a movement of the archery bow. The sensor transmits a signal, upon sensing at least one movement, to a signal processor housed within a body of the archery bow and in communication with the sensor. The signal processor receives the signal and activates the archery component in response to the received signal.

Abstract: An arrow rest mountable to an archery bow for supporting an archery arrow with respect to the archery bow. The arrow rest includes a sensor that senses a first movement of the archery arrow with respect to the archery bow and/or a second movement of the archery bow, and transmits a signal upon sensing the first movement and/or the second movement. A signal processor in communication with the sensor receives the signal and moves the arrow rest in response to the received signal.

Abstract: A rotatable arrowhead having a blade-carrying body that rotates with respect to a shaft that is attached with respect to an arrow shaft. In one embodiment, the rotatable arrowhead has a body and a tip portion that preferably rotate together with respect to the shaft of the arrowhead. The shaft extends within a through bore of the body. A portion of the shaft has a peripheral retention groove about at least a portion of a periphery of the shaft. The tip portion accommodates a retainer. In an assembled condition of the arrowhead, the retainer is positioned within the retention groove. In another embodiment, the rotatable arrowhead has a body that rotates with respect to the shaft of the arrowhead. The shaft extends within the through bore of the body, either partially or completely. The retainer can be mounted within the body or the tip portion, depending upon whether or not the tip portion rotates with respect to the body.

Abstract: A rotatable arrowhead having a blade-carrying body that rotates with respect to a shaft that is attached with respect to an arrow shaft. In one embodiment, the rotatable arrowhead has a body and a tip portion that preferably rotate together with respect to the shaft of the arrowhead. The shaft extends within a through bore of the body. A portion of the shaft has a peripheral retention groove about at least a portion of a periphery of the shaft. The tip portion accommodates a retainer. In an assembled condition of the arrowhead, the retainer is positioned within the retention groove. In another embodiment, the rotatable arrowhead has a body that rotates with respect to the shaft of the arrowhead. The shaft extends within the through bore of the body, either partially or completely. The retainer can be mounted within the body or the tip portion, depending upon whether or not the tip portion rotates with respect to the body.