True Hzrdus 7X4 Intermediate Hockey Stick - Lightweight Carbon Fiber Shaft for Enhanced Control & Power - Perfect for Competitive Play & Training Sessions

NEXT-LEVEL POWER IN AN EVEN STRONGER PACKAGE.

TRUE’s all-new HZRDUS 7X4 delivers maximum power without compromising strength.
Through an optimized low-kick profile, HZRDUS 7X4 guarantees elite power and
unmatched response when shooting.

The HZRDUS 7X4 Player Stick is ideal for serious players seeking elite-level
performance that can withstand the speed and aggressiveness of today’s fast-paced
game.

STICK FEATURES
• SRT4 BLADE CONSTRUCTION: Reinforced blade with 4 strategically placed ribs
designed to match puck impact points and increase energy load for more accurate and
powerful shots.
• LOW-KICK PROFILE: Optimized low-kick point for lightning quick shots and explosive
release.
• SHAFT SHAPE: Square corner with double concave for better connection with the
puck when stickhandling or shooting.
• FINISH: Gloss grip with textured blade for enhanced feel and puck control.
• REINFORCED HOSEL CONSTRUCTION: High-grade material added to the
throat section of the shaft for improved stability and durability.

CORE TECHNOLOGIES

• RESFLO
  FOCUSED RESIN FLOW technology minimizes voids resulting in a stronger,
  more consistent laminate.
  
• PLD
  PRECISION LAMINATE DESIGN controls ply angles to minimize interlaminar
  shear which generates stronger laminates that maintain stiffness, weight, and
  durability over time.
  
• AXENIC TECHNOLOGY
  OUR PATENTED, INDUSTRY-LEADING manufacturing process produces an
  ultra- consistent one-piece design for optimal balance, better control, and
  enhanced feel.
  
• SRT4
  STRATEGIC RIB PLACEMENTS throughout the blade are designed to match
  puck impact points, providing a more stable blade structure on impact, leading to
  more accurate and powerful shots.
  
• ALL-NEW FOAM CORE
  INNOVATIVE FOAM CORE material adds exceptional compaction to our
  laminate which maximizes strength and minimizes the weight required to
  consistently perform and exceed durability requirements.