The TRUE Project X SMOKE is engineered for players who rely on quick hands, fast releases, and confident puck control. Built around TRUE’s modernized low-kick profile and advanced one-piece construction, the SMOKE delivers explosive shot speed with a smooth, consistent feel from blade to shaft.
Designed using feedback and performance data from NHL and pro players, Project X SMOKE pairs elite shooting mechanics with industry-leading manufacturing processes to create a stick that feels light, responsive, and deadly accurate in all situations.
Whether you’re snapping shots in tight or firing one-timers in stride, Project X SMOKE is built to keep you a step ahead.
KEY PERFORMANCE FEATURES
Optimized Low-Kick Point
Updated low-kick profile engineered to match modern shooting mechanics, allowing the shaft to load quickly and release with increased speed and power.
SRT-4S Blade Design – Built for Speed
Four strategically placed internal ribs run heel-to-toe through the blade, improving strength, stability, and shot consistency on hard releases.
AXENIC One-Piece Construction
TRUE’s patented one-piece manufacturing process creates unmatched consistency, balance, and feel by eliminating weak points between shaft and blade.
PLD 2.0 Advanced Layering Process
Material is strategically added where it matters most by reducing cosmetic weight, reinforcing high-stress areas while maintaining an ultra-light build.
RESFLO Focused Resin Flow
Industry-leading resin distribution minimizes voids in the laminate, resulting in superior durability, long-lasting stiffness, and consistent performance over time.
Soft Gloss Grip with Matte Blade
Tactile shaft finish enhances control and stickhandling feel, while the matte blade improves puck contact for clean passes and confident shots.
Just Hockey Toronto Pro Tip
If you’re looking for a low-kick stick that blends lightning-fast release with TRUE’s legendary build quality, Project X SMOKE is a standout. It’s an ideal option for players who attack with speed and want a consistent, pro-level feel without sacrificing durability.