Abstract: An improved expandable broadhead with rear deploying blades. The rear deploying blades deploy reliably upon impact of the blades with a target. The expandable broadhead resists deflection by the target regardless of the angle of entry. Consequently, the present expandable broadhead maximizes kinetic energy on impact and increases the probability of substantial penetration into the target.

Abstract: An improved expandable broadhead with rear deploying blades. The rear deploying blades deploy reliably upon impact of the blades with a target. The expandable broadhead resists deflection by the target regardless of the angle of entry. Consequently, the present expandable broadhead maximizes kinetic energy on impact and increases the probability of substantial penetration into the target.

Abstract: An improved expandable broadhead with rear deploying blades. The rear deploying blades deploy reliably upon impact of the blades with a target. The expandable broadhead resists deflection by the target regardless of the angle of entry. Consequently, the present expandable broadhead maximizes kinetic energy on impact and increases the probability of substantial penetration into the target.

Abstract: An improved expandable broadhead with rear deploying blades. The rear deploying blades deploy reliably upon impact of the blades with a target. The expandable broadhead resists deflection by the target regardless of the angle of entry. Consequently, the present expandable broadhead maximizes kinetic energy on impact and increases the probability of substantial penetration into the target.

Abstract: An improved expandable broadhead with rear deploying blades. The rear deploying blades deploy reliably upon impact of the blades with a target. The expandable broadhead resists deflection by the target regardless of the angle of entry. Consequently, the present expandable broadhead maximizes kinetic energy on impact and increases the probability of substantial penetration into the target.

Abstract: An improved expandable broadhead with rear deploying blades. The rear deploying blades deploy reliably upon impact of the blades with a target. The expandable broadhead resists deflection by the target regardless of the angle of entry. Consequently, the present expandable broadhead maximizes kinetic energy on impact and increases the probability of substantial penetration into the target.

Abstract: An archery target and a method of making the same. A plurality of target elements are arranged in at least one stack. The target elements include a plurality of side edges. At least a portion of the side edges are oriented toward at least one target face. A polymeric foam covering layer at least partially cured is in contact with at least a portion of the side edges. The at least partially cured polymeric foam covering layer includes a contour adapted to be independent of a contour of the side edges. The archery target is a free standing archery target or can simulates an animal.

Abstract: An archery target with a covering layer and a method of making the same. One or more target elements are arranged in at least one stack. The target elements include side edges oriented toward a target face. A polymeric covering layer extends across the side edges to comprise the target face. The covering layer help retain the target elements in the stacked configuration and provides a surface for applying target indicia.

Abstract: A three-dimensional archery target having at least one three-dimensional body segment. The body segment includes an outer surface having at least one target aperture. The target aperture is connected to a chamber within the body segment. One or more planar target elements are located in the chamber and subject to a compressive force on major surfaces thereof. The planar target elements comprise a plurality of side edges forming a target face accessible through the target aperture.

Abstract: An archery target with a covering layer and a method of making the same. One or more target elements are arranged in at least one stack. The target elements include side edges oriented toward a target face. A polymeric covering layer extends across the side edges to comprise the target face. The covering layer help retain the target elements in the stacked configuration and provides a surface for applying target indicia.

Abstract: A three-dimensional archery target having at least one three-dimensional body segment. The body segment includes an outer surface having at least one target aperture. The target aperture is connected to a chamber within the body segment. One or more planar target elements are located in the chamber and subject to a compressive force on major surfaces thereof. The planar target elements comprise a plurality of side edges forming a target face accessible through the target aperture.