PROJECT X: IT’S BACK. ENGINEERED TO DOMINATE

Highlighted by a sleek aesthetic that pays homage to the original PROJECT X series, TRUE’s all-new 2023 design features an innovative construction throughout the shaft and blade resulting in an optimized flex profile with enhanced feel, stability, and precision to maximize performance.
Combined with an ultra-lightweight, multi-rib blade design, PROJECT X challenges the status quo in terms of stick weight and performance without compromising strength or durability.

ALL-NEW BLADE STRUCTURE
Strategic ribs placements throughout the blade are designed to match puck impact points, providing more stability and strength on the most powerful shots.

RESFLO TECHNOLOGY
Combined with strategic placements throughout the shaft, our industry-leading manufacturing process minimizes voids resulting in a stronger, more consistent laminate that exceeds durability requirements and maintains stiffness over time

335 GRAMS: OUR LIGHTEST PLAYER STICK EVER
Featuring the most innovative materials and advanced manufacturing processes on the planet, PROJECT X combines lightning quick release and pinpoint accuracy in an ultra-lightweight, high-performance package.

FEATURES:

• Soft Gloss grip with matte blade
  
• Ultra-lightweight design
• Optimized Low-Kick point
• RESFLO: Focused resin flow minimizes voids resulting in a stronger, more consistent laminate
• Strategic Rib Technology: 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
• PLD: Precision laminate design controls ply angles to minimize interlaminar shear which generates stronger laminates that maintain stiffness, weight, and durability over time
• AXENIC: Our industry-leading, patented manufacturing process produces an ultra consistent one-piece design for optimal balance, better control, and enhanced feel
• 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