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Manufactured to be extremely consistent from point to point. Every point is guaranteed to pass the test for legal use in NFAA and World Archery events with an impressive weight tolerance of only 0.25 grains. The max OD of these large diameter pins pushes the limits of line cutting performance, but will always be legal for competition.
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Manufactured to be extremely consistent from point to point. Every point is guaranteed to pass the test for legal use in NFAA and World Archery events with an impressive weight tolerance of only 0.25 grains. The max OD of these large diameter pins pushes the limits of line cutting performance, but will always be legal for competition.
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Manufactured to be extremely consistent from point to point. Every point is guaranteed to pass the test for legal use in NFAA and World Archery events with an impressive weight tolerance of only 0.25 grains. The max OD of these large diameter pins pushes the limits of line cutting performance, but will always be legal for competition.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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Stainless steel screw-in bullet points feature an oversized contour that is slightly larger than the shaft for added protection during target entry, while 1/64" size increments result in a flush fit between shaft and point for smooth arrow removal. Each point size and weight has a unique profile to achieve superior aerodynamic flight. Critical tolerances are held to the highest standards to ensure maximum consistency and concentricity.
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