Burton Mint Snowboard Boots - Women's
item # 106271
$229.95
All-Day Comfort and Laid-Back Flex
Warm. Dry. Comfy. The women's Burton Mint Snowboard Boots check all the right boxes with a laid-back flex that makes it one of the softest boots in the line up. On snow, it sets you up with an easygoing ride for exploring any and all terrain. Whether you ride a few times a week or a few times a year, you can always count on its broken-in feel to keep your feet warm and dry while you focus on the good stuff rather than wondering if your feet can handle another run.
Features:
- Soft and Playful
An overall forgiving flex lets you get creative and playful with all terrain. - Warm, Dry Feet
Lightweight heat-moldable liners offer a custom fit with the tech to reflect heat and wick sweat to keep your feet warm and dry all day, all season. - Fast, Easy Lacing
Speed Zone lacing makes for quick set up and lets you control tension between the upper and lower boot.
- Lacing
Speed Zone™ - Liner
Imprint™ 1+ Liner - Inner Cuff
Integrated Lacing - Outsole
DynoLITE Outsole - Warmth Features
Sleeping Bag Reflective Foil
Lacing: Speed Zone'
Strong and low-profile, Speed Zone' Lacing features lightning fast lacing control while allowing you to customize the fit of the upper and lower zone in seconds. More power means more rebound, wrap and response with less lacing effort. New England Rope laces add a virtually indestructible character worthy of our Lifetime Warranty.
Liner: Imprint' 1 Liner
Imprint 1+ Liner is warm and cozy while providing elevated comfort thanks to a heat-moldable liner with integrated lacing for enhanced foot wrap and heel hold.
Inner Cuff: Integrated Lacing
Integrated Lacing on the liner provides simple tightening and closure that is separate from the shell, giving the rider a customized fit on their foot.
Outsole: DynoLite
Superior cushioning, improved board feel, and consistent support in a 20% lighter weight construction. Made entirely of an exclusive cushioning compound specially formulated to withstand repeated impacts and freezing temps for long lasting shock absorption.