Abstract: The present invention is a shrinkable tube with pre-attached fletching with or without cresting. When heat is applied to the tube, it only takes seconds to shrink the tube to the arrow. The tube will shrink to a tight and secure fit on any size-hunting arrow. The fletching can be made with plastic vanes or feathers of any length, size or color. The shrinkable tube can be of any thickness or color or of any length, with or without cresting designs. This shrinkable fletching will allow hunters to fletch their own arrows in most situations. The situations where the shrink fletching can be used are unlimited as long as access to a proper heat source is available.

Abstract: A bow holder for holding an archery bow when the bow is not being used while hunting. This base can be used on multiple type tree stands either vertically or horizontally depending on the tree stand used. The connection between the main base parts and wire holder allows a 360-degree pivot of the holder, which makes the bow more accessible for the hunter. The holder secures the bow from falling or being knocked off or out of its holder, but the bow holder also allows the bow to be easily taken by the hunter by simply tilting the bow toward the hunter and lifting the bow out of the holder.

Abstract: The present invention is directed to an arrow having a hollow cylindrical shaft having a first end and a second end. An insert is positioned in the first end of the hollow shaft. The insert has an increased diameter section that defines a shoulder. A threaded connection extends from one side of the increased diameter section. An engagement section extends from the increased diameter section in a direction opposite to the threaded connection. The engagement section is configured to engage the interior surface of the hollow shaft to removably secure the insert to the hollow shaft. A hunting type of arrow head is secured to the threaded connection and arrowhead extends from the hollow shaft. At least one opening extends through the insert to place the interior of the hollow shaft in communication with the atmosphere.

Abstract: The present invention is directed to an arrow having a hollow cylindrical shaft having a first end and a second end. An insert is positioned in the first end of the hollow shaft. The insert has an increased diameter section that defines a shoulder. A threaded connection extends from one side of the increased diameter section. An engagement section extends from the increased diameter section in a direction opposite to the threaded connection. The engagement section is configured to engage the interior surface of the hollow shaft to removably secure the insert to the hollow shaft. A hunting type of arrow head is secured to the threaded connection and arrowhead extends from the hollow shaft. At least one opening extends through the insert to place the interior of the hollow shaft in communication with the atmosphere.