Gryphon Taboo Blue Steel Deuce2 Field Hockey Stick

• Product Details

  The fusion of power and feel
  Extreme Power - Responsive Feel
  
  What our experts say… "Power with dynamic ball control offering real feedback."
  
  Boasting that super smooth touch and extreme power, this range perfectly balances international standard power and polished skills.
  
  POWER TO THE PEOPLE - Our innovative manufacturing process has created a super responsive touch and extreme power combination. The natural and smooth feel gives you the ultimate control of the ball, allowing you to execute at the right time while the lay-up is designed to offer extraordinary weight and balance.

• Features

  • Level: Elite
  • Carbon Quotient: 95
  • Shape: Extreme Low Bow

• Technology

  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, evolving each year with the game. These sticks are designed to maximize power without sacrificing touch.

  Extreme Low Bow - The extreme low bow shape maximizes dynamic ball control, aerial pass skills, and drag flick consistency

  Deuce II Shape - DEFY GRAVITITY - A must-have shape for all 3D skill lovers. The extreme low bow of this shape enhances skills such as dribbling and lifting the ball for overheads and drag flicking.

  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 player's hands for exceptional ball control.

  A-Tech - A-Tech is a woven material used in the TABOO Series, which adds structural strength with a superior strength-to-weight ratio.

  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 better than the individual components.