K2 Bond Snowboard Bindings 2025

Equal Parts Sustainable and Team Driven

A Team favorite, right out of the gate, the Bond snowboard binding was developed with the help of riders like Gabe Ferguson, Parker Szumowski, and Antti Jussila. The most freestyle-focused binding in our men’s collection, the Bond prides itself on being lightweight, flexible, and comfortable. This do-it-all snowboard binding features a set of no-frills straps atop a vibration damping This Grips!™ basepad.   By utilizing eco-conscious and recycled materials instead of plastics and EVA, we have made significant strides in sustainability. Our manufacturing process relies on over 40% solar-powered energy, and our packaging is FSC-certified, utilizing cardboard and recycled paper instead of plastics.  As a result, we have achieved impressive reductions in our binding footprints – it’s not perfect, but it’s a click in the right direction.


Construction Features:

MODULE™ Chassis -  Featured on all K2’s new bindings, the Module™ chassis is composed of a fiberglass-infused nylon and minimizes “dead” board flex zones directly underneath the binding. This allows the rider to feel the flex and response of the entire board length while providing maximum support, security, comfort, and vibration damping. Integrated with our all-new Sugarcane EVA Canted Harshmellow™ Footbed.

Team Highback – Injected with a castor-bean based materials, the Team Highback was designed with a softer flex to allow for full range of motion and a more relaxed feel.

SD1 Ankle Strap – Injected with a castor-bean based materials our SD1 ankle strap is lightweight and offers a fitting blend of flexibility and response.

Wrap Toe Strap – Manufactured out of castor-bean based materials, the Wrap Toe Strap is lightweight and can be warn over the top of the boot, or as a toe cap.

This Grips!™ Basepad – Proprietary rubber used for vibration damping underfoot and engineered to eliminate disco foot.

Sugarcane EVA Shockpads with EcoHarshmellow™ Pods – Sustainably sourced materials to help with damping and impact absorption.