Arrow using coring head and rods

A system for dispatching an animal, comprising:

• a bow for shooting arrows;
• and
• an arrow device, comprising;
• a first body comprising a cylindrical member with a first outside diameter, a first outer surface, a first inner diameter, a first proximate end, and a first distal end, wherein
• the first proximate end is mechanically configured to accept an arrowhead;
• a second body comprising a hollow cylindrical member with a second outside diameter, a second inner diameter, a second outer surface, a second inner surface, a second proximate end, and a second distal end, wherein
• the second distal end is mechanically configured to accept fletching mechanically fastened to the second outside surface, and wherein
• the second body is mechanically configured to accept a nock positioned at the second distal end;
• the second body is constructed of stranded spiral elements that withstand aerodynamic forces during flight and break apart during impact with a target, thus increasing a drag value of the second body after impact with the target, wherein, responsive to the arrow hitting the target, the first body travels through the target and the second body stops within the target;
• and
• a connecting means to couple the first distal end of the first body to the second proximate end of the second body, wherein
• the connecting means is configured to establish linear alignment of the first body to the second body along the device's longitudinal axis, and wherein
• the connecting means permits the first body to be removable in relation to the second body responsive to hitting the animal with the arrow.

A method for rapid dispatching of an animal, comprising:

• hitting the animal with an arrow, wherein the arrow comprises:
• a first body comprising a cylindrical member with a first outside diameter, a first outer surface, a first inner diameter, a first proximate end, and a first distal end, wherein
• the first proximate end is mechanically configured to accept an arrowhead;
• a second body comprising a hollow cylindrical member with a second outside diameter, a second inner diameter, a second outer surface, a second inner surface, a second proximate end, and a second distal end, wherein
• the second distal end is mechanically configured to accept fletching mechanically fastened to the second outside surface, and wherein
• the second body is mechanically configured to accept a nock positioned at the second distal end;
• the second body is constructed of stranded spiral elements that withstand aerodynamic forces during flight and break apart during impact with a target, thus increasing a drag value of the second body after impact with the target, wherein, responsive to the arrow hitting the target, the first body travels through the target and the second body stops within the target;
• one or more rods positioned within the second body, wherein the rods are exposed to the target after the first body detaches from the second body;
• and
• a connecting means to couple the first distal end of the first body to the second proximate end of the second body, wherein
• the connecting means is configured to establish linear alignment of the first body to the second body along the device's longitudinal axis, and wherein
• the connecting means permits the first body to be removable in relation to the second body responsive to hitting the animal with the arrow;
• and
• penetrating, by the arrowhead, the animal, wherein the arrowhead causes tissue damage and creates a wound cavity with associated blood loss;
• responsive to the arrow hitting the animal, decelerating, by the second body, wherein the second body maintains the wound cavity to prevent closure of the wound cavity;
• separating the first body from the second body, wherein the first body separates due to a lower drag value than a drag value of the second body;
• and
• dispatching of the animal due to the wound cavity and associated blood loss.