About the K2 Women's Haven Snowboard Boots '26
K2 designed the Haven Snowboard Boots for women stepping up from rentals to confidently carving their own trail with comfort and all mountain adaptability. These boots feature a forgiving flex and heat moldable liners that deliver consistent warmth and long lasting fit. The intuitive H4 Coiler BOA lacing system provides secure and even pressure across the foot with effortless dialing. Inside, the Intuition Comfort Foam 3D liner with internal and external J-bars wraps the ankle with support while enhancing responsiveness. Harshmellow foam midsole and RollSole outsole offer vibration cancellation and natural mobility for extended days on the board
Features
Intuition Comfort Foam 3D Liner - Molds to the foot for broken-in comfort and includes J‑bars for added ankle support and heel hold
H4 Coiler BOA Fit System - Cable and reel based lacing delivers low friction tightening and automatic lace slack retraction for a tidy fit
Fast-In Liner Lacing - Simple internal liner lace lets riders adjust fit quickly and lock it in for the day
Flex Zone Upper - Instep notch allows smoother forward flex and reduces shell distortion during movement
Harshmellow Midsole - Proprietary foam damping system reduces vibration and fatigue from impacts and chatter
RollSole Outsole - High grip rubber outsole designed for mobility and range of motion while walking or bootpacking
Lightweight Rubber Outsole - Durable base that enhances traction and absorbs impacts without extra weight
Ankle Response System - Internal and external J‑bars integrate into liner support for smarter responsiveness when turning
- Product Code
- 34230058210002600
- SKU
Tech Specs
Flex Rating: 4/10
Liner Type: Intuition Comfort Foam 3D Liner With Internal And External J‑Bars
Closure System: H4 Coiler BOA System With Fast‑In Liner Lacing
Outsole Type: RollSole Rubber Outsole
Midsole Material: Harshmellow Foam For Vibration Damping
Upper Design: Flex Zone Upper Instep Notch
Ability Level: Beginner To Intermediate Riders
Support Structure: Ankle Response J‑Bar System
