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Uses triple compressed military fiber to stop crossbow bolts traveling up to 450 FPS. Features an ever-last nylon target face with 5 aiming spots on the front and deer vitals on the back. Dimensions: 18"x18"x12", Weight: 50 lbs.
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Developed for the crossbow enthusiast who needs a target capable of stopping arrows from high speed bows. Stops arrows up to 500 FPS and still provides easy removal from the target. Field point use only.
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Target featuring 4-sided shooting for longer target life and open-face layered design. Broadheads and field tips on the front and back, Polypropylene wrapped sides stop field tips only. High contrast shooting faces. 16"x16"x14".
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BLOCK introduces the BLOCK Infinity Crossbow. 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 Crossbow. 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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