Burton Womens Lexa Snowboard Bindings

Pro-caliber control for experiencing the entire mountain.

Boasting legendary all-terrain performance, it's no wonder the women's Burton Lexa Re:Flex Snowboard Bindings are a top pick for a whole host of Burton (and non-Burton) pro riders. Experiment with the hi-back's zero forward lean for a more playful feel. Crank the straps for a supportive fit that cradles the foot and works with the hi-back for the consistent, responsive feel that earned this all-mountain binding its pro-level reputation. Re:Flex baseplates are universally compatible with all major mounting systems.

Features:

Ankle Straps:
Hammockstrap 2.0 ankle strap has a durable and low-profile design, locking you in and giving you instant control of your board

Toe Strap:
Supergrip Capstrap toe strap wraps over the toebox of the boot and is fully injected to reduce waste

Cushioning:
Re:Flex FullBED cushioning system provides full underfoot cushioning, maximizing comfort while minimizing fatigue, and features a trap-door design for easy-access to mounting hardware

Baseplate:
Single-component baseplate construction features one material throughout, providing consistent response and feel while riding on any terrain

Nylon composite material blended with 30% short-glass provides playful response

Mounting System:

Re:Flex mounting system dramatically improves board flex and feel while also reducing weight

Hi-Back:
Single-component canted hi-back construction provides immediate response and allows you to manipulate the overall flex profile of the board

Forward Lean:
Zero forward lean hi-back is completely vertical and designed for riders who prefer a more playful and relaxed feel

DialFLAD system features a rotating dial for making adjustments to the forward lean angle of the hi-back

Living Hinge hi-back technology eliminates hardware and weight, allowing for independent adjustment of your forward lean and hi-back rotation

Buckles:
Single-component Smooth Glide Buckles are easy to secure and feature aluminum levers and a steel base for durability