Gryphon Diablo Pro Composite Field Hockey Stick
Hone your talents. Allowing players that refined power to hit the distance you need while also incorporating the energy reduction system (ERS) to get you a nice soft touch on the ball so you can execute any skills you need at any time. A great range to set yourself up and get ready to take on the next level or cruise through the hockey fields at your own speed.
• Level: Elite
• Carbon Quotient: 75
• Shape: Low Bow
Elite Sticks - At the elite level, innovation and technology combine to create the most advanced hockey sticks in the world. They are on the cutting edge of development, so they evolve each year with the game. These sticks are designed to maximize power without sacrificing touch.
Low Bow - This low bow is typically about 25mm, and the highest point is close to the toe of the stick. This shape offers extra assistance with lifting the ball, aerials, and dynamic ball movement.
Pro-25 Shape - DYNAMIC VERSATILITY - The Pro-25 shape has a moderate 25mm low bow that will enhance dynamic skills without requiring major changes to perform the basics.
Lay-Up - The fiber composition and lay-up are major components in defining how a stick performs. GRYPHON's lay-up is the performance 'X' factor. Gryphon does this differently. For them, it's an art. It's a sixth sense based on years of experience and the knowledge of how to best achieve the desired result of power and get a great crisp feel to allow that instant response from the players hands for exceptional ball control.
Energy Reduction System - As a stick's carbon quotient increases the stiffness, there is a tendency for great vibration or sting in the handle. To help counteract this feeling, GRYPHON has integrated an energy reduction system directly into the handle of the stick which helps reduce the vibration when hitting the ball.
Resin Matrix - The Resin Matrix is the process of molding the stick where the resin combines both the chemical and physical structures of different fibers together. When fibers and resin are combined, they form a composite material with new characteristics that are better than the individual components.