CCM Skates Super Tacks As3 Pro Int/Jr.- Skates Ccm

Are You Ready To Take Your Game To The Next Level?Ccm Now Introduces The New Super Tacks As3 Pro Skate, The Most Personal Skate In The World.Equipped With An Optimized One-Piece Skate And The Groundbreaking Xs Pluss Technology, These Skates Are Created For Optimal Comfort And Faster Skating. Construction:One-Piece Skate With No Seams.It’s All About Performance For This One-Piece Skate. With This Technology, Players Get Faster Power Development And A Better Fit For Faster Shots. Material: Carbon Fiber Composite.Premium Carbon Fiber Composite Offers Amazing Power Development. Fit: Anatomical Fit.Offers A Malleable, 360-Degree Fit Around The Forefoot, Heel And Ankle. Style Index: 215.Super-Lightweight, Rigid And Thermoformable Core For Optimal Performance. Style Index: 215.Super-Lightweight, Rigid And Thermoformable Core For Optimal Performance. Fooding: Totaldri Pro Lining With Durazone Abrasion Protection.Highly Effective Moisture Wicking Material With Increased Breathability That Keeps The Foot Dry Without Adding Weight And Provides Better Protection Against Abrasion. Comfort Padding:This One-Piece Back Cape Has A Thick Padding Around The Top Of The Shoe Wrapping Your Foot And Ankle Perfectly, While It Gives More Room To Your Collar. Anklet Padding: Multi Density Foam With Memory Function.Symmetrical Foam Protectors That Wrap Around The Player’s Foot And Contribute To A Personalized Fit And Comfort. Ployer:Replaceable Metatomic Sole With Molded Boot Protector.New Replaceable 7Mm Thick Sole With Asymmetric Flex Point For Better Wrap And Advanced Boot Protection. Midiersole: Lightweight Composite Midsole.For Better Power Transfer Between Blade And Shoe. Shielders: Speedblade Xs Holders. Speedblade Xs Holders.New Quick-Release Shank Holder With Blade Lock System Steel: Xs1 ( 2Mm) Black.High Quality Steel With Oxide Treatment That Protects Against Rust And Gives A Harder Shank And Longer Grinding Interval. The Blade Is Also 12% Taller Than The Standard Blade For Better Curves And Performance.