Out of stock CCM Super Tacks AS2 Intermediate Hockey Stick KICK POINT: OPTIMIZED MID KICK: A soft mid-section allows for a longer loading period to store more energy while the stiff taper zone maximizes stability and response. BLADE: ACU X-STIFF BLADE: X-stiff and lightweight construction featuring a tactile surface for maximum feel and shot control plus a reinforced toe and heel for unmatched durability. SHAFT TECHNOLOGY: X-FLOW TECHNOLOGY: An advanced molding technology that eliminates excess resin and voids for improved shaft quality, consistency and durability while reducing overall stick weight. MATERIAL: C6 WEAVE ON BLADE AND ON SHAFT: A carbon fiber weave that provides remarkable overall stiffness and strength for added durability on the shaft and blade. Details
Out of stock CCM Super Tacks AS2 Senior Hockey Stick KICK POINT: OPTIMIZED MID KICK: A soft mid-section allows for a longer loading period to store more energy while the stiff taper zone maximizes stability and response. BLADE: ACU X-STIFF BLADE: X-stiff and lightweight construction featuring a tactile surface for maximum feel and shot control plus a reinforced toe and heel for unmatched durability. SHAFT TECHNOLOGY: X-FLOW TECHNOLOGY: An advanced molding technology that eliminates excess resin and voids for improved shaft quality, consistency and durability while reducing overall stick weight. MATERIAL: C6 WEAVE ON BLADE AND ON SHAFT: A carbon fiber weave that provides remarkable overall stiffness and strength for added durability on the shaft and blade. Details
Out of stock CCM Super Tacks AS2 Pro Junior Hockey Stick KICK POINT: MAX LOADING MID KICK: A soft mid-section allows for a longer loading period to store more energy, while the stiff taper zone maximizes stability and response. BLADE: ACU4 XX-STIFF BLADE: CCM’s stiffest blade with lightweight construction features a tactile surface for maximum feel and shot control plus a reinforced toe and heel for unmatched durability. SHAFT TECHNOLOGY: X-FLOW TECHNOLOGY: An advanced molding technology that eliminates excess resin and voids for improved shaft quality, consistency and durability while reducing overall stick weight. MATERIAL: SIGMATEX: Developed by a world leader in aerospace technology specifically for CCM, this high-performance spread tow fabric features an innovative weaving process that provides lightweight strength and resilience. Details
Out of stock CCM Super Tacks AS2 Pro Intermediate Hockey Stick KICK POINT: MAX LOADING MID KICK: A soft mid-section allows for a longer loading period to store more energy, while the stiff taper zone maximizes stability and response. BLADE: ACU4 XX-STIFF BLADE: CCM’s stiffest blade with lightweight construction features a tactile surface for maximum feel and shot control plus a reinforced toe and heel for unmatched durability. SHAFT TECHNOLOGY: X-FLOW TECHNOLOGY: An advanced molding technology that eliminates excess resin and voids for improved shaft quality, consistency and durability while reducing overall stick weight. MATERIAL: SIGMATEX: Developed by a world leader in aerospace technology specifically for CCM, this high-performance spread tow fabric features an innovative weaving process that provides lightweight strength and resilience. Details
Out of stock CCM Super Tacks AS2 Pro Senior Hockey Stick KICK POINT: MAX LOADING MID KICK: A soft mid-section allows for a longer loading period to store more energy, while the stiff taper zone maximizes stability and response. BLADE: ACU4 XX-STIFF BLADE: CCM’s stiffest blade with lightweight construction features a tactile surface for maximum feel and shot control plus a reinforced toe and heel for unmatched durability. SHAFT TECHNOLOGY: X-FLOW TECHNOLOGY: An advanced molding technology that eliminates excess resin and voids for improved shaft quality, consistency and durability while reducing overall stick weight. MATERIAL: SIGMATEX: Developed by a world leader in aerospace technology specifically for CCM, this high-performance spread tow fabric features an innovative weaving process that provides lightweight strength and resilience. Details