DEFINITION: CCM Super Tacks 9370 Ice Hockey Skates are a high-performance pair of ice hockey skates designed for professional and advanced players. These skates offer exceptional power, agility, and comfort on the ice.
1. Who are the CCM Super Tacks 9370 ice hockey skates designed for?
These skates are designed for professional and advanced ice hockey players who require high-performance gear to enhance their game.
2. What features distinguish the CCM Super Tacks 9370 ice hockey skates from other models?
The Super Tacks 9370 skates are known for their quick and precise performance, offering increased power transfer and agility. They also provide superior comfort, ensuring long-lasting comfort throughout the game.
3. How do the CCM Super Tacks 9370 ice hockey skates enhance power transfer?
These skates feature a monocoque one-piece boot construction that helps eliminate energy loss and promotes excellent power transfer from the player’s stride to the ice, resulting in enhanced performance.
4. Are the CCM Super Tacks 9370 ice hockey skates customizable?
Yes, these skates offer some level of customization. The SpeedBlade XSG Holder allows players to easily change the steel blade, tailoring it to their specific preferences.
5. What level of protection do the CCM Super Tacks 9370 ice hockey skates provide?
These skates are equipped with an Injection-Locked Tendon Guard and a TotalDri Pro Liner with Durazone Abrasion Protection, providing excellent protection against impacts and abrasion during gameplay.
6. Are the CCM Super Tacks 9370 ice hockey skates suitable for players with wide feet?
Yes, these skates are designed to accommodate various foot shapes, including wider feet. They provide a generous anatomical fit and can be heat-molded for further customization and comfort.
7. Are the CCM Super Tacks 9370 ice hockey skates suitable for beginners or recreational players?
While these skates offer exceptional performance, they are primarily designed for professional and advanced players. Beginners or recreational players may benefit from a more suitable model that caters to their specific needs and skill level.