The Rome Katana Snowboard Bindings are the weapon of choice for stealthy mountain missions of any kind. Fully customizable and built on Rome s surfy AsymWrap chassis, the Katana Snowboard Bindings are packed with tech to give modern freeriders the versatility, precision and control needed for everything from techy steeps to pow and park. And with PivMount Max, adjust the Katanas from stiff and chargy to medium-well playful in no time.

Flex 6-9



Flex

Precise Flex
Baseplate

AsymWrap Platform – Built to maximize tweakability and provide a surfy board feel, the innovative AsymWrap changed the conversation about how bindings can and should be.

Adjustable Baseplate – Created to help fit a wider range of boot models and sizes.

D30 Subbase Pad – Designed for maximum impact absorption and dampening, D30 is a space age material used in the subbase pads on Rome bindings.

Baseplate Materials – 70% Nylon / 30% Fiberglass
Highback

Highback Rotation – Designed so riders can adjust their highbacks to mirror the angle of their heelside edge for maximum power transfer.

Highback Canting – Built so riders can adjust the angle of their hangbacks to mirror the angle of their lower leg for increased connection and stability.

Antishock Highback – 85% Nylon / 15% Fiberglass
Straps

ProFlex Ankle Strap – AuxTech straps that are incredibly expandable, super-durable, and provide superior locked-in hold.

ProGrip Toe Strap – AuxTech straps that provide unmatched hold and locked-in grip.

AuxTech – Geometric patterns that become thicker perpendicularly when stretched. Think of them as a network of tiny hinges that, when pressure is applied, actually expand and open. This creates a more direct connection to the boot.

PivotMount Max – PivotMounts are small adjustable pieces that allow you to move the position of the ankle straps on your boots. The higher up the ankle strap sits, the more power and turn initiation. The lower the strap goes, the more surfy and tweakable your riding will be. PivotMount Max provides 8 different strap options per side for 64 total configurations.