Burton Women's Step On Escapade Re:Flex Snowboard Bindings - 2025

Step On® Ease and Escapade Performance

All the control, versatility, and comfort of the legendary Escapade with the added simplicity of Step On®. The women's Burton Step On® Escapade Re:Flex Snowboard Bindings are for riders who do it all. They balance high-end comfort with a playful, responsive feel, and the intuitive ease of Step On. Just micro-adjust the lean to suit your stance, step on, and ride.

Step On®︎ bindings are ONLY compatible with Step On®︎ boots.
Reference sizing chart to ensure accurate size match.

*Please note the 3D Hinge Disc (not included) is needed for mounting on 3D systems. 3D pattern systems are found on Burton boards manufactured prior to 2014.

• Just Step Right In

  The Step On® system creates a clean and simple boot-to-binding interface that lets you step right in. Toe hooks 2.0 offer responsive entry and a quick-release lever on the hi-back makes for a clean exit. No buckles. No Straps. No Fuss.

• Responsive Suspension

  The Kickback Hammock suspension enhances performance while maintaining comfort. Nylon composite material blended with 18% short-glass in baseplate for a high-performance mix of strength and soft flexibility.

• Cushioned Comfort

  Re:Flex FullBED cushioning underfoot keeps you riding longer.

• Universal Compatibility

  The Re:Flex mounting system is compatible with all major snowboard brands.

• Adjustable Lean

  FLAD system lets you micro-adjust the forward lean angle to customize your stance.

• Mounting System: Re:Flex™
• Baseplate Materials: 18% Short-Glass/Nylon Composite
• Hi-Back Attributes: Kickback Hammock
• Hi-Back FLAD: Step On FLAD™

Step On and go. From the moment you're ready to ride, the Step On™ boot-to-binding connection offers unprecedented convenience and performance that will have you taking on the entire mountain in no time.

Step On FLAD system allows the user to make adjustments with a #2 screwdriver to forward lean angle of the hi-back based on the user's preference, getting an active and quicker response with more forward lean and a more relaxed response with less forward lean.