K2 Snowboard boots Maysis 2026 black

The K2 Maysis is built to perform like a workhorse and fit like a glove - no wonder it’s one of the world’s best-selling snowboard boots. Designed for riders who demand all-day comfort and all-mountain performance, the Maysis brings together innovative materials, superior fit, and lasting durability. It all starts with the heat-moldable Intuition® liner, made from open-cell Intuition® foam that shapes perfectly to your leg, ankle, and foot for a custom fit that offers warmth and next-level comfort. The award-winning Conda™ liner lacing system, powered by a BOA® Fit System dial, gently locks your heel into place using a urethane harness that flexes naturally for support without pressure points. On the outside, the articulating cuff reduces shell distortion for smoother flex, while an abrasion-resistant rubber layer protects against wear. The BOA® Fit System H4 Coiler tightens the shell securely - even with gloves on - so you can adjust your fit on the fly. Inside and out, durability and performance are reinforced by Endo™ construction technology, which maintains flex and shape over time. Underfoot, a dual-density midsole pairs lightweight EVA with Harshmellow™ foam for powerful impact absorption and smooth vibration damping on rough terrain and big landings. The This Grips!™ dual-rubber outsole ensures superior traction whether you’re hiking up to your line or walking through the parking lot.

Features:

• HDR Premium Synthetics - Eight times more durable than a standard polyurethane material, HDR Premium Synthetics is a proprietary synthetic durable finish designed for extreme conditions. The dynamic resin system provides exceptional abrasion and durability performance well beyond standard synthetic materials.
• The H4 Coiler BOA® Fit System with TX3 BOA® lacing focuses on the instep of the boot. A cable and reel based lacing system that creates even tension and easy lacing operation. This system features low friction guides for even tightening. It generates unrivaled heel hold and creates a secure fit for quick edge response. The TX3 lace provides a softer, more flexible look similar to the characteristics of a traditional lace but the superior closure of a BOA® system.
• BOA® Conda™ Liner lacing - Liner tightening that dials in fit and heel hold. Proprietary liner lacing system that uses a urethane harness to gently hug your ankle, creating unrivaled heel hold and support.
• Endo™ 3.0 Heel Counter - Endo™ Construction allows us to alter the flex, response, and rebound of a snowboard boot without adding extra materials (extra materials = extra weight). By replacing additional materials with an injected heel-counter, adding extra rebound is as easy as a formula change and helps us to provide a more consistent flexing, longer-lasting snowboard boot.
• Rubber Reinforced Articulating Cuff Upper - Long-lasting durability meets articulation around the flex point of the boots to shell distortion, retain shape, and eliminate heel lift. Abrasion resistant reinforced outsole rubber is placed in areas of high stress to extend the life of the boot and increase durability.
• Intuition® Control Foam 3D Liner - The most versatile liner in the K2 Snowboarding line, built with a blend of high and medium-density intuition foam, the Control Foam 3D liner is built to provide all-day comfort and support.
• Internal and external J-Bars - Adding J-Bars to a liner helps add structure and reduce heel lift.
• S’Cafe™ Coffee Mesh - A post-consumer recycled coffee ground mesh liner layer that controls odor and absorbs moisture.
• This Grips™ Rubber outsole -premium dual-density rubber outsole featuring K2’s proprietary This Grips!™ compound. Taking inspiration from modern skate footwear, this new cupsole outsole features a rounded heel for less drag while hiking, a wrapped arch for support and stability, & vibration damping Harshmellow™ in the heel and forefoot.
• Harshmellow™ Plus vibration damping insole - Dual-Density Eva Insole With Harshmellow™ In Heel Pocket For Ultimate Impact Absorption.
• Flex: 7/10

Material composition