K2 Raider Snowboard Boots 2027

Technology and Features to Enhance your Experience On Snow With upgraded fit and functionality comes progression, and that’s precisely what we had in mind when we designed the K2 Raider snowboard boot. A long-time favorite of resort employees and progressing snowboarders alike, we packed all the essentials into the mix in the Raider, starting with an H5 Coiler BOA® Fit System. This securely closes the shell using a stainless-steel BOA® lace for the perfect fit and helps to effortlessly get you in and out of your boots at the beginning and end of the day. Next, we added Fast-In liner lacing to maximize fit and keep the liner snug against the contours of your feet. No matter the shape of your foot, the ultra-warm, heat-moldable, and breathable Intuition™ Comfort Foam 3D liner hugs every nook and cranny for a great fit right out of the box. We added internal and external J-bars to the liner to increase responsiveness when turning, wrapping your ankles with support and cushion, and added an EVA footbed for comfort. H5 Coiler BOA® Fit System  -  Impact resistant, durable, and performance-driven, the H5 BOA® Dial ejects on severe impact and is easily re-inserted into the boot. TX3 BOA® Lace  -  A softer lace explicitly made for snowboard boots that provides a more even fit over the body of the boot shell versus a steel lace. Intuition™ Comfort Foam 3D Liner  -  All-new liner pattern with heat moldable Intuition™ foam. Integrated internal and external J-Bars, cored ankle pockets. Internal and External J – Bars Harshmellow™ Insole  -  Freestyle-friendly single-density insole using Harshmellow™ from toe to heel for ultimate impact absorption. 3-Point Harness Liner Lacing  -  A traditional liner harness with a pull lace and three contact points hugs the ankle and provides additional support. RollSole™ Outsole  -  The RollSole™ Outsole aims at providing additional range of motion without sacrificing grip or support. This outsole keeps theoverall weight of the boot down while offering extra mobility from side to side