Limelight Snowboard Boot - Womens
Giving you a "Supreme" boot for less loot, the combination of components locked in the women's Burton Limelight Snowboard Boot simply can't be beat. When all day sessions are on the agenda, you'll love the instantly broken-in feel of Total Comfort for a day ten feel on your first day out. Customizing the fit is quick and easy with Speed Zone lacing and the Lock-Up Cuff, while the heat-moldable liner includes 3M Thinsulate Insulation, which, along with the Sleeping Bag heat-reflective foil, keeps your toes and feet warm and cozy no matter how cold it gets.
LACING: Speed Zone lacing system features lightning fast lacing control while allowing you to customize the tension of upper and lower zones in seconds, New England Ropes use American-made fibers and are virtually indestructible, won't kink, and are easy to re-lace
FLEX / RESPONSE: Durable polyurethane backstay, 1:1 medium flex PowerUp tongue creates a snug fit between boot and tongue, eliminating the need to readjust while you ride
COMFORT: Total Comfort Construction provides an instantly broken-in feel right out of the box, eliminating the break-in period, Snow-proof internal gusset completely seals the lower zone of the boot, keeping your feet warm and dry
LINER: Lock-Up cuff super low-profile inner cuff laces across the forefoot and ankle for maximum heel hold and easy entry and exit, Plush cuff 1.0 tightly hugs your calf with a combination of medial and lateral neoprene stretch zones and a super soft, fur lining for additional warmth and comfort, Imprint 2 liner features 3M™ Thinsulate™ insulation for low-bulk warmth and an inner lace lock with a hook-and-loop closure for a snug fit
CUSHIONING: Women's-specific True Fit is designed for a lower volume and more accurate fit for a woman's foot resulting in better board feel and control, Sleeping bag reflective foil underfoot reflects heat back to the foot, improving both warmth and comfort in cold conditions, B3 gel cushioning provides maximum dampening, doesn't harden in cold temperatures, and withstands repeated impact without breaking down