- Tapered Bi-Radial Sidecut: A twin sidecut (with taper) which allows for the underfoot width of a wide board in the tip/tail width of a standard size. This improves leverage on landings, grip through turns, and stability on flat base.
- Sintered, Stone Ground Base: High-end, sintered 4000 Ptex base material that is more durable, harder, and faster than extruded.
- Women's Performance™ Core: Specifically formulated for the women's line. Combines lightweight paulownia wood stringers with high strength Aspen.
- Carbon Slime Walls: This completely unique sidewall combines layers of Slimewalls material and carbon strategically placed at the inserts out to the contact points in the tip and tail on a twin, and the back inserts to the contact point on a directional board. This exclusive tech enhances the charging rider's experience as Ride moved the carbon pop construction to the outside edge for better stability and enhanced response.
- Double Impact Plates: Added underneath each binding area to improve compressive strength and prevent board breaks where it matters most.
- Carbon Array 5™: Power distribution technology that 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.
- Roll-In Construction: Unique 3D structure built around our urethane Slimewall® sidewalls. Designed to increase overall board strength, prevent topsheet chipping, and reduce weight.
- New! Topless Topsheet: 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.
- Carbon Infused Glass: 90* Carbon fibers stitched into the glass. Extra pop and response, without adding extra stiffness.
- Thin Con: Each Ride board features Thin Construction with tapered tips and tails. This reduces swing weight, enhances tip flex, and improves overall durability.
