K2 Evasion Snowboard Boots 2024
Pickup currently unavailable
Introducing the EVASION Snowboard Boot, a cutting-edge design that combines Curtis Ciszek's signature freeride style with top-notch performance. Packed with advanced technology, the Evasion offers unparalleled comfort, support, and durability, making them a must-have for those seeking to escape the crowds and enjoy the pristine snow of the sidecountry.
To meet Curtis' demands, the K2 Evasion boot incorporates our Harshmellow™ vibration damping technology in the midsole. This feature absorbs impact, reduces fatigue, and provides a smoother riding experience. The Endo™ 2.0 construction, combined with a semi-articulating shell, ensures a distortion-free flex during turns, grabs, and landings while maintaining consistent performance throughout the boot's lifespan.
We complete the K2 Evasion by enveloping your foot in a heat-moldable Intuition® Pro Foam 3D liner. This liner is enhanced with a 95% post-consumer coffee mesh material, which not only absorbs odor but also keeps your feet warm and dry all day long.
The exterior of the boot boasts a Power Strap, No-Snow Lace Cover with a waterproof zipper, and a traditional lace-up design, delivering ultimate comfort and micro-adjustability. The lace cover on the lower part of the boot ensures a secure fit throughout the day, especially when combined with the Conda™ with BOA® Fit System heel retention. This setup provides superior control within the boot, as a well-fitting boot translates to better control of your snowboard. The dual-density This Grips™ outsole offers ruggedness and excellent grip, with a skate-influenced shape that provides additional arch support and stability.
With the EVASION Snowboard Boot, you'll experience Curtis Ciszek's freeride prowess and enjoy exceptional performance, comfort, and control on the mountain.
- This Grips!™ Premium Freestyle Outsole With Harshmellow™
- Harshmellow™ Plus Insole
- Intuition® Pro Foam Liner
- No-Snow Lace Cover With Waterproof Zipper
- Conda™ Heel Retention
- Endo™ Construction