Mission Hex-1 Intermediate Composite Hockey Stick

Bridge Affect

• - Acts like an I-Beam reinforcing each side by attaching at multiple areas across the face fusing the Hex Core to each laminate/side of the blade face.
• Resin flows from one laminate(face) to the other thru the honeycomb walls joing both sides

HEXCORE Blade

• HexCore reinforcement is added to the thinner foam, to add strength
• HexCore structural support is bonded with external walls to create 'structural strength' & without increasing foam density/weight
• Thinner, lighter blade is stronger than traditional blades and provide a more responsive feel during gameplay

Shaft

• Ideal shaft weight provides better balance - New engineering standard for high end shafts increases performance and durability while greatly devreasing weight
• 4 types of material versus two in most OPS - fibers that are designed specifically for durability and strength
• Aerospace driven technology utlilizes multiple standard and lightweight layers of composite carbon fiber
• Slow cured - typical accelerators in composite technology can limit the "Impact durability" of a shaft
• Slow cured shaft eliminates additives to make the composite shaft stronger and more resistant to impact as well as consistency and quality of the composite is improved
• Specifically positioned lightweight Carbon Fibers in the 'kick point' of the shaft generate a faster puck release