True HZRDUS SMOKE 5X5 JR. Goalie Stick

The HZRDUS 5X5 Goalie Stick brings pro-inspired performance to competitive goaltenders ready to elevate their game. Built with key technologies found in TRUE’s elite-level HZRDUS SMOKE and 7X5 models, it delivers unmatched consistency and value at its price point. The stick features an SRT2 blade structure with internal ribs for enhanced stability and control—perfect for confident puck handling and reliable clears. Precision Laminate Design (PLD) keeps the stick lightweight and durable, while the Vibration Suppression System (VSS) reduces impact feedback, helping you stay focused and in command.

With balanced feel, elite-level tech, and dialed-in control, the HZRDUS 5X5 gives you the confidence to own every save and play the puck with purpose.

STICK FEATURES 

KICK PROFILE

• LOW-KICK PROFILE: Optimized low-kick point for greater puck control and playability.

SHAFT

• SHAFT SHAPE: Square shaft with standard shoulder and similar geometry to previous HZRDUS.

PADDLE

• OPTIMIZED PADDLE CONSTRUCTION: Redesigned face flags that strategically wrap both edges of the paddle to reinforce each side while also reducing weight.
• IMPROVED STRENGTH: Strategically added material to the upper part of the shaft for improved strength and balance.

FINISH

• CLEAR GLOSS WITH TEXTURED GRIP: Glossy clear shaft, paddle, and blade with a textured grip on the shoulder for optimal feel and control.

BLADE

• SRT2 CONSTRUCTION: Reinforced with 2 strategically placed ribs for added control, stiffness, and durability.

CORE TECHNOLOGIES

AXENIC TECHNOLOGY

• TRUE’S PATENTED, INDUSTRY-LEADING manufacturing process produces an ultra-consistent one-piece design for optimal balance, better control, and enhanced feel.

SRT2

• STRATEGIC RIB PLACEMENTS throughout the blade are designed to match puck impact points and provide rigidity and controlled flex zones throughout the paddle.

PASS

• PERFORMANCE ADVANCED STRENGTHENING SYSTEM is a less rigid blade core that offers higher shear strength to resist foam breakdown over time.