About women's snowboard bindings
Our women’s specific snowboard bindings are engineered to deliver confidence from first chair to last run. Every model goes through a rider-driven test, tweak and repeat process on real terrain with team riders who push gear to its limits. This on-snow development ensures our bindings offer reliable comfort, consistent response and dependable performance in every condition.
How to choose the right women’s snowboard bindings
Choosing the right bindings comes down to your riding style and the snowboard you pair them with. If you already have your board, start by checking its flex and choose bindings with a similar flex for the best overall performance.
Mid soft flex bindings offer more forgiveness, easier tweakability and all-day comfort. They are ideal for beginner to intermediate riders, playful style or surf-inspired turns and all mountain freestyle.
Mid stiff bindings increase support, edge control and power transfer. They are built for carving groomers, riding faster, tackling technical terrain and for intermediate to advanced riders who want more precision.
FASE® Fast Entry System: The next generation of snowboard bindings
Trusted by riders like Jeremy Jones, Victor de Le Rue and Garrett Warnick and developed over seven years, the FASE® Fast Entry System delivers an efficient step-in experience with a rear-entry design that works across all conditions and snow types. It delivers on all-day comfort and a natural board feel, and is fully compatible with all snowboard boots and all major board mounting patterns.
Learn why this system is redefining snowboard bindings in our FASE® Binding System Guide.
Visit the official FASE® website to dive deeper into the technology.
Advanced binding technologies for comfort, stability and control
Jones women’s bindings feature advanced engineering to improve board feel, shock absorption and all day comfort. Technologies like the FASE® Fast Entry System, DualFlex ankle straps, ImpactCush footbeds and HyperForged aluminum components enhance power transfer, dampen vibration and increase precision on firm snow.










































