Ride Snowboards Ride Women’s Saturday Snowboard 2023

A true twin shape hybrid profile that has more camber than rocker.

A directional sidecut utilizing Quadratic curvature from the tip to the rear insert pack, then progressing into a linear section into the tail. This creates smooth catch-free turn initiation and powerful support through the turn exit without losing grip.

High-end sintered 4000 Ptex base material that is more durable, harder and faster than extruded.

Specially formulated for the women’s line, this core combines lightweight Paulownia wood stringers with high strength Aspen. Available on every women’s board.

RIDE’s exclusive Slimewalls® are forgiving and ductile, absorbing impacts rather than defending against them. Just like your skate wheels, the urethane in Slimewalls® smoothes the interaction with the snow, wood or metal surfaces you may ride on. On top of all that, these babies are virtually indestructible, the most durable sidewalls in snowboarding.

Unique 3D structure built around our urethane Slimewall® sidewalls. Designed to increase overall board strength, prevent topsheet chipping, and reduce weight.

Two strips of carbon added below the core provide more snap for ollie power.

This power distribution technology provides total board control in every stance location. Widespread carbon stringers placed at the binding zone gather input from any stance width and all pressure angles. Rider input is then channeled to the opposing contact point for maximum board control. Offered in two levels of technology, 3 & 5.

Triaxial on top, biaxial on base; balanced torsional flex and stiffness for better response with speed.

Added underneath each binding area to improve compressive strength and prevent board breaks where it matters most. Offered in two levels, Single and Double.

By transferring graphics directly to the fiberglass, Topless Construction removes the need to have any topsheet material. This process improves overall durability and reduces weight.

Nearly 50% more steel, delivers unmatched resistance to edge cracking and can be detuned to larger radii.