Epoch Lacrosse Dragonfly Eight 30" Attack Lacrosse Shaft
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Our exclusive Surface Veil Technology is engineered to increase the overall toughness of the Dragonfly EightOur proprietary 12K Intelligent Weave Technology is designed to stabilize the hands and push energy towards the head of the stick when passing or shootingUniform Release provides a consistent flex profile throughout the top 2/3 of the shaft regardless of a player’s hand positioningWe achieve flex by manipulating the orientation of the carbon fiber. Our shaft’s bend when you need it to, but retains its firmness for maximum control. Conventional shafts that tout flex often use fiberglass, a cheaper, less durable material, to increase the bendabilityIntelligent Weave allows for a more uniform construction as the carbon filaments in each tow (row) are spread out creating a thinner and more closed woven fabric providing reduced weight, optimal mechanicals and minimal voids in the composite layup. By reducing “Crimp” (when carbon fiber runs in a uniform direction(s) that is not structurally beneficial) we can decrease weight by reducing non-essential material while maintaining the structural integrity required by lacrosse
Our exclusive Surface Veil Technology is engineered to increase the overall toughness of the Dragonfly EightOur proprietary 12K Intelligent Weave Technology is designed to stabilize the hands and push energy towards the head of the stick when passing or shootingUniform Release provides a consistent flex profile throughout the top 2/3 of the shaft regardless of a player’s hand positioningWe achieve flex by manipulating the orientation of the carbon fiber. Our shaft’s bend when you need it to, but retains its firmness for maximum control. Conventional shafts that tout flex often use fiberglass, a cheaper, less durable material, to increase the bendabilityIntelligent Weave allows for a more uniform construction as the carbon filaments in each tow (row) are spread out creating a thinner and more closed woven fabric providing reduced weight, optimal mechanicals and minimal voids in the composite layup. By reducing “Crimp” (when carbon fiber runs in a uniform direction(s) that is not structurally beneficial) we can decrease weight by reducing non-essential material while maintaining the structural integrity required by lacrosse
2019-03-25 21:37:43