CCM Jetspeed FT8 Shoulder Pads - Junior
The JETSPEED FT8 junior shoulder pads deliver elite protection, advanced ventilation, and a lightweight anatomical fit, making them the perfect choice for competitive young players. The JDP-design shoulder caps with molded PE foam help disperse impact forces away from the joints, reducing the risk of injuries while maintaining a lightweight feel. The dual-layer front construction with PE foam adds extra flexibility and protection, providing comprehensive upper-body coverage without compromising mobility. Built for speed, agility, and confidence on the ice, the JETSPEED FT8 shoulder pads deliver high-performance protection in a lightweight and mobile design.
The JETSPEED FT8 junior shoulder pads deliver elite protection, advanced ventilation, and a lightweight anatomical fit, making them the perfect choice for competitive young players. The JDP-design shoulder caps with molded PE foam help disperse impact forces away from the joints, reducing the risk of injuries while maintaining a lightweight feel. The dual-layer front construction with PE foam adds extra flexibility and protection, providing comprehensive upper-body coverage without compromising mobility. Built for speed, agility, and confidence on the ice, the JETSPEED FT8 shoulder pads deliver high-performance protection in a lightweight and mobile design.
Description
The JETSPEED FT8 junior shoulder pads deliver elite protection, advanced ventilation, and a lightweight anatomical fit, making them the perfect choice for competitive young players. The JDP-design shoulder caps with molded PE foam help disperse impact forces away from the joints, reducing the risk of injuries while maintaining a lightweight feel. The dual-layer front construction with PE foam adds extra flexibility and protection, providing comprehensive upper-body coverage without compromising mobility. Built for speed, agility, and confidence on the ice, the JETSPEED FT8 shoulder pads deliver high-performance protection in a lightweight and mobile design.
