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Featuring PolyFusion layered foam technology the Block 6x6 Target stops all field points and broadheads. 18"x18"x16".
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Open layered two sided target stops arrows with friction instead of force. Works with field points, expandable broadheads, and fixed blade broadheads. Dimensions: 18"x18"x14".
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Open layered two sided target stops arrows with friction instead of force. Works with field points, expandable broadheads, and fixed blade broadheads. Dimensions: 22"x22"x14".
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Block target designed specifically for bows under 40 lbs. draw weight. Features the same open layered technology as other Block target models. Works with field points, expandable broadheads, and fixed blade broadheads. Dimensions: 18"x16"x8".
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BLOCK introduces the BLOCK Infinity. Built around a reputation of long-lasting durability the new BLOCK Infinity locks in a new level of extreme stopping power and extended target life with exclusive construction and six-sided shooting. Leveraging the proven stopping power of BLOCK’s PolyFusion Technology BLOCK Infinity targets are constructed around a high-density layered-foam inner core encased with an exterior foam wall that delivers extreme stopping power and exceptional durability, while still offering easy arrow removal. This exclusive technology allows the exterior face to assist in slowing arrows, while letting them find a path between the internal layers to stop with friction and not force.
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BLOCK introduces the BLOCK Infinity. Built around a reputation of long-lasting durability the new BLOCK Infinity locks in a new level of extreme stopping power and extended target life with exclusive construction and six-sided shooting. Leveraging the proven stopping power of BLOCK’s PolyFusion Technology BLOCK Infinity targets are constructed around a high-density layered-foam inner core encased with an exterior foam wall that delivers extreme stopping power and exceptional durability, while still offering easy arrow removal. This exclusive technology allows the exterior face to assist in slowing arrows, while letting them find a path between the internal layers to stop with friction and not force.
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