True Catalyst 5X Junior Hockey Stick
True Catalyst 5X Junior Hockey Stick, New for 2021, True has taken their already existing technologies in their popular XC5 stick and improved on them in every area. With a brand-new design and improved tech The True Catalyst 5X Junior Hockey Stick is a great stick for any competitive level player. The colorway of the Catalyst 5X Hockey Stick is new for True this year. Featuring a new sleek black and yellow colorway, mixed with a honeycomb design throughout, the Catalyst is looking to give you a great design along with their trusted quality. Along with the new look the Catalyst 5X will have a soft gloss grip shaft with a matte blade. The shaft will be a square corner double concave shaft. Starting with the kickpoint, the True Catalyst 5X Hockey Stick has an improved mid-flex. This allows maximum energy loading for effortless power and a stiff taper zone to maximize control. For the construction of the new True Catalyst 5X Hockey Stick, True has engineered this stick for strength. Featuring PLD technology that optimizes 25 layers of unidirectional carbon fiber, the Catalyst 5X is designed with an advanced laminate construction to reduce overall stick weight without impacting durability. With optimized fiber angles, it provides both improved stiffness and impact strength over the XC5. Utilizing their Axenic technology, this is a true one-piece hockey stick resulting in superior control and feel of the puck. This entire package results in a stick that is a very lightweight 355 grams which is 70 grams lighter than the XC5. Sticking with the Construction of the stick, The Catalyst 5X is using spread tow fabric which is 59% lighter than the fabric used in the XC5. This all-new high quality spread tow fabric encapsulates the shaft and blade, providing it with unmatched strength without sacrificing the weight. With True?s new BAT technology, the Catalyst 5X is looking to give players unparalleled accuracy and control. Yielding greater blade consistency and vibration damping properties on impact, the BAT techn