ROME
KATANA AW - W - SNOWBOARD BINDINGS
Pickup available at 325 Rue du Marais
Usually ready in 24 hours
The Rome Katana AW Snowboard Bindings for women are a fan favorite, celebrated for their lightweight design and unmatched adjustability. Built on the surfy AsymWrap Platform, they offer smooth flex and seamless response that elevate the feel of any board. Trusted by team riders and everyday chargers alike, these bindings deliver the perfect blend of freedom, comfort, and control.
Product Details
Flex
Flex – 6 (1 Playful - 10 Precise)
PivotMount – Provides 8 different strap adjustment options per side of the ankle strap, creating 64 total adjustment options. Flex can range from 6-8.
Baseplate
Asymwrap Platform – Rome's game changer of a chassis that revolutionized the idea of connected comfort. The AsymWrap heelhoop features three connection points to the baseplate, allowing for a surfy ride and plenty of board feel, without sacrificing tweakability or edge-to-edge response.
Baseplate Materials – 30% Glass / 70% Nylon
Footbed Canting – 2-Degree Dual Density
Forged Aluminum heelhoop for lightweight strength and durability
Highback
Highback Materials – 15% Glass / 85% Nylon
Straps
OmniFlex Ankle Straps – The next generation of AuxTech®-powered connected comfort comes in the form of Rome's most responsive ankle straps. A solid state overmolded design engages with a TPU spine to perfectly blend responsive torsional flex and edge-to-edge power
ProGrip Toe Straps – Rome's game-changing strap built with the legendary hold of AuxTech®, this one-piece design provides next-level locked-in hold and undefeated comfort.
AUXTECH – A Rome-first innovation, AuxTech® is a game-changing pattern used in ankle and toe straps. Auxetic patterns are geometric patterns that are essentially a network of tiny hinges that expand evenly when pressure is applied. Best-in-the-game surface area pressure distribution and connected comfort: that’s AuxTech®
Buckles
BombProof Buckles – A one-piece forged aluminum construction for better grip and durability.
