Snowboard Bindings Nidecker SUPERMATIC Carbon Supermatic® NEW 2025

30% GLASS FIBER, 70% NYLON The OG Supermatic baseplate is derived from our proven Axis platform, with additional Drop IN™ Technology. Glass-filled nylon delivers a mid-stiff flex that channels energy efficiently into the edges for a fun and lively ride, while rockered corners help maintain the board's natural flex.

30% CARBON FIBER, 70% NYLON The NEW Carbon S Ultraback for Supermatic is asymmetric and low profile, delivering featherweight support and a glove-like fit. We've deployed bulletproof carbon-infused nylon across the entire hiback, including our new space-age forward-lean adjuster: the Monolith. Prepare for the ultimate fast entry experience and even faster heelside response.

Designed exclusively for the Supermatic Carbon binding, the Exo-Kush Pro S is our most high performance lightweight strap. A thin layer of Lycra-coated EVA allows the boot to slide in smoothly and spreads pressure evenly across the foot, aided by a durable exo-skeleton made from injected TPU. Its Hybrid design connects the toe and ankle parts for rapid entry while giving the classic feel of a regular two-strap binder – with plenty of freedom to get your tweak on.

The Hexo Toecap strap features AuxTech®; a 3D hinged auxetic pattern that expands evenly over your boot for next level comfort.

The next evolution of our famous Locking Slap Ratchet automatically locks the buckle in place in both directions as soon as you stop ratcheting. Instantly dial in your preferred strap tension (for use with speed entry) or make quick adjustments on the fly. The premium Carbon version features a carbon-composite lever to stiffen it up and shave weight.

Drop IN™ Technology works using a triggered hiback. Just push your foot in through the back and step down on the heel pedal to automatically engage the binding. That’s it – you’re ready to shred. A simple push on the release lever makes exiting just as rapid; lift your boot up and out and you're done.

AuxTech® straps feature a geometric pattern that acts as a network of tiny hinges. As you tighten the ratchet, the webbing expands evenly around your boot without stretching the material. The result is better pressure distribution, less foot fatigue and a more direct sense of connection.