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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Constructed with a unique material that has better memory than any other vane made. Its textured surface allows the vanes to steer the arrow more efficiently, improving speed. The concave base has an applied activator to improve adhesion and arrow assembly.
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Package includes Nerve Field Quiver, Core Release Pouch, and Pro Quiver Belt. Field quiver featuring Diamond-Lock fabric and Comfort-Tec Pro padding. 3-Stage carbon tube arrow divider and carbon point plate provide added durability and performance. Large zippered storage compartment and secondary zippered mesh storage pockets have custom zippers and vented mesh outer compartments. Two accessory sleeves let the archer store their scorecard, pen, and kickstand. Release pouch made from Diamond-Lock Weave fabric with embroidered Elevation logo. Comfort-Tech Pro padding. Fits quiver belts up to 2� wide. Draw string closure and dual storage pockets will keep your gear secure. Soft, protective Micro-Raschel Fleece lining won’t damage the finish on your releases. Fully adjustable 2� wide quiver belt made from Diamond-Lock Weave fabric. Easily adjusts from 28�-46�. Includes heavy-duty belt clip.
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The Bloodsport Prosecutor is a reduced diameter arrow featuring Rugged Wrap construction, ROC insert system and Blood Ring technology. Straightness .004". 300 spine 9.8GPI, 350 spine 7.9GPI, 400 spine 7.1 GPI.
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Carlson’s Sporting Clays Choke Tubes are made from a 17-4 stainless steel and precision machined to produce better patterns. The 25% larger parallel section in the choke throws more consistent patterns than conventional choke tubes. Lead, copper plated, nickel, Hevi-Shot, bismuth, tungsten or steel shot can be used in these choke tubes. Steel shot larger than BB should not be used in any Sporting Clays Choke Tube tighter than Full Constriction. For best results, Carlson’s recommends patterning your choke tube with the specific shotshell you will be using in the field.
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This magazine from ProMag has a body constructed from heat treated steel. It features an injection molded magazine follower and a spring formed from heat-treated chrome silicon wire.
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