Burton Escapade EST Snowboard Bindings – Women’s – 2022/2023

Lightweight and strong, the Channel-compatible Burton Escapade EST women’s snowboard bindings help you tackle any terrain. They come with straps you can wear as capstraps or as toe straps.

Features

• Slightly softer, more playful and lighter weight than the Burton Lexa binding, they offer the perfect balance of high-end comfort and a playful feel
• Hammock technology in the ankle strap combined with Kickback highback and Supergrip Capstrap™ strap literally wraps your entire boot in seamless comfort and response
• 30% short-glass/nylon composite EST® baseplates are compatible with boards featuring The Channel mounting system for the ultimate in flex, feel and adjustability
• Kickback Hammock canted, zero-lean highbacks follow leg contours for max control and comfort; includes MicroFLAD™ forward lead adjustment
• Hammockstrap™ ankle straps have engineered padding that remains soft in cold temps and a reversible design so you can choose between power and mobility
• Double Take buckles improve strength, speed and ease of use
• Supergrip Capstrap™ 2.0 straps have grippy rubber that wraps around toe for a secure fit, serious response and pressure-free comfort; wear it as a capstrap or toe strap
• Women’s exclusive PodBED cushioning system strategically places EVA padding to cushion the common pressure points while a clear topsheet material evenly distributes weight
• Rides exclusively with Burton boards featuring The Channel
• 5 – 7 for medium stiffness
• Women-specific True Fit design means that every element from baseplate to strap has been designed and engineered for the way women ride; when it fits right, it rides better
• Bindings use reground materials to reduce waste

Imported.

Technical Specs

Best Use	Snowboarding
Riding Style	All-mountain
Binding Flex	Medium Flex
Fits Boot Sizes	M: 9 – 11 L: 11+
Base Material	Fiberglass/nylon composite
Highback Material	Nylon
Ratchets	Aluminum
Bolt Pattern	Channel
Gender	Women’s
Sustainability	Contains recycled materials