| Shaft Performance Comparison Chart | |||||||||||
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| HAMMER Carbon/Kevlar Multi-Ply Composite |
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| Flex | |||||||||||
| Shock Absorption | |||||||||||
| Carbon Composite (Tube) |
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| Shock Absorption | |||||||||||
| Fiberglass Composite (Tube) |
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| Shock Absorption | |||||||||||
| Aluminum Alloy (Tube) |
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| Shock Absorption | |||||||||||
| Exotic Alloy (Tube) Scandium, Zirconium... |
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| Shock Absorption | |||||||||||
| Titanium Alloy (Tube) |
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| Flex | |||||||||||
| Shock Absorption | |||||||||||
It took over 4 years and 3,000 shaft tests to develop the PowerShaft™ The Hammer PowerShaft is a true, next-generation, high-performance lacrosse shaft. The PowerShaft is a tuned system of carefully engineered components working together. It starts with a seamless, biaxial-weave, aramid fiber shell that is pressure infused with high-impact epoxy. Unlike carbon and fiberglass composites, which become brittle, aramids have the unique ability to remain inherently flexible and fibrous in the melded state. The aramid ballistic fabric shell behaves like a fibrous muscle, providing flex and strength. The integrated core of the PowerShaft consists of laminated, aerospace-grade, T700 high-modulus carbon fiber spars, fused with a custom engineered micro-honeycomb shock and vibration damping structural foam. The combination of these components, working together as a system, delivers a biomechanically correct flex that is engineered to scale with athletic ability. Recoil ( Biomechanical Flex ) In some applications, like bicycle frames and canoe paddles, flex means lost energy. But in other applications like golf, tennis, skiing, hockey and lacrosse, flex means performance. Designed correctly, flex is controllable stored energy. Flex is like a spring with complex dynamics, it often behaves the opposite of what you expect. In tennis, if a racquet is strung looser, the player’s shots will be much faster. Hammer’s recoil flex is enabled by the seamless biaxial-weave Zylon shell that performs like a fibrous muscle layer (with a unique blend of strength and flexibility), driven by the tuned internal carbon spars of the PowerCore. The complex, dynamic relationship between the fiber-reinforced matrix shell and the vibration-damping, carbon fiber-laminated foam core, delivers scalable bio-mechanically correct relational flex. The PowerShaft fully utilizes the advantages of composite dynamics, and its performance uniquely scales with athletic ability. |