An electronic game tracking device is attached an arrow to be used in hunting. When the arrow strikes a game animal, barbs on the electronic game tracking device attach that device to the game animal, which electronic game tracking device then allows a hunter to readily track and find a wounded animal with a compatible receiver. The electronic game tracking device is still easily transported and utilized.

An electronic game tracking device is attached an arrow to be used in hunting. When the arrow strikes a game animal, barbs on the electronic game tracking device attach that device to the game animal, which electronic game tracking device then allows a hunter to readily track and find a wounded animal with a compatible receiver. The electronic game tracking device is still easily transported and utilized.

A cylindrical carbon fiber arrow shaft formed with an exterior surface having single or multiple outside diameters and formed with an axial bore having multiple interior diameters. In a preferred embodiment, the exterior surface of the arrow shaft has an increased external diameter at the nock end and tapers to a smaller external diameter at the tip end. The axial bore has an internal diameter at the nock end corresponding to standard arrows having external diameters of 0.295 inches and tapers to a smaller internal diameter at the tip end. Modifying the length, diameter, and wall thickness of the arrow shaft varies the stiffness of the arrow shaft along the length and shifts the center of gravity along the length of the arrow shaft and as well. Utilizing standard internal diameters, nock and tips may be attached without spacers or inserts, thereby decreasing weight of the arrow significantly.

A cylindrical carbon fiber arrow shaft formed with an exterior surface having single or multiple outside diameters and formed with an axial bore having multiple interior diameters. In a preferred embodiment, the exterior surface of the arrow shaft has an increased external diameter at the nock end and tapers to a smaller external diameter at the tip end. The axial bore has an internal diameter at the nock end corresponding to standard arrows having external diameters of 0.295 inches and tapers to a smaller internal diameter at the tip end. Modifying the length, diameter, and wall thickness of the arrow shaft varies the stiffness of the arrow shaft along the length and shifts the center of gravity along the length of the arrow shaft and as well. Utilizing standard internal diameters, nock and tips may be attached without spacers or inserts, thereby decreasing weight of the arrow significantly.

A bow sighting system for sighting in a bow includes a bow that has a sight. An arrow is selectively shot from the bow. A laser unit is selectively coupled to the arrow. The laser may emit a visible beam of laser light and the arrow is positioned in the bow. Thus, the visible beam of laser light is aligned with the sight thereby facilitating the bow to be sighted in.

A bow sighting system for sighting in a bow includes a bow that has a sight. An arrow is selectively shot from the bow. A laser unit is selectively coupled to the arrow. The laser may emit a visible beam of laser light and the arrow is positioned in the bow. Thus, the visible beam of laser light is aligned with the sight thereby facilitating the bow to be sighted in.

The Adjustable Archery Arrow Insert is a three-piece arrow tip attached to an arrow shaft and includes an arrow tip insert, an arrow tip collar, and an arrow tip. The arrow tip insert is threadably received by the arrow tip collar and is attached to the arrow shaft, where the arrow tip is inserted within, and the arrow tip collar overlaps, the arrow shaft. The arrow by is inserted through the arrow tip collar and attached directly to the arrow tip insert without protruding into the arrow shaft. Sections of the arrow tip insert may be removed to adjust the overall weight of the arrow. The Adjustable Archery Arrow Insert transfers the impact forces of the arrow tip to the arrow tip insert and arrow tip collar, where the forces are transferred over a larger area thereby minimizing the forces on front edge of the arrow shaft.

The Adjustable Archery Arrow Insert is a three-piece arrow tip attached to an arrow shaft and includes an arrow tip insert, an arrow tip collar, and an arrow tip. The arrow tip insert is threadably received by the arrow tip collar and is attached to the arrow shaft, where the arrow tip is inserted within, and the arrow tip collar overlaps, the arrow shaft. The arrow by is inserted through the arrow tip collar and attached directly to the arrow tip insert without protruding into the arrow shaft. Sections of the arrow tip insert may be removed to adjust the overall weight of the arrow. The Adjustable Archery Arrow Insert transfers the impact forces of the arrow tip to the arrow tip insert and arrow tip collar, where the forces are transferred over a larger area thereby minimizing the forces on front edge of the arrow shaft.

An enhanced slide and a circumferential stop assembly for use with a bowfishing arrow may include matching shapes for engaging one another in use. The engagement of such matching shapes offers many improvements over conventional slide and stop assemblies, including an even circumferential distribution of impact between the slide and the stop as well as inhibiting relative longitudinal or rotational movement between the slide and stop assemblies. The stop assembly may further include a nock adapter for engaging a nock, thereby serving as a dual purpose adapter. For ease of use and installation, the stop assembly may be an outsert, meaning that it is adapted to fit snugly over an arrow shaft.

An arrow tracking system includes an arrow that has a shaft and a head. The head is removably coupled to the shaft. The arrow is launched at an animal thereby facilitating the animal to be killed. A reservoir is coupled to the arrow and the reservoir contains a fluid dye. The fluid dye is selectively released from the reservoir when the arrow strikes the animal. Thus, the fluid dye is released into the animal's blood stream. The fluid dye reacts with blood thereby enhancing visibility of blood released from the animal thereby. Thus, the fluid dye enhances tracking the animal during hunting.