The Elan Ripstick 100 W is the ultimate one-ski quiver for women skiers who demand seamless freeride performance in all conditions. Acting as a steady daily driver, this ski handles everything from crisp groomer hot laps to deep storm days in untouched powder. Designed with a versatile waist width, it provides effortless flotation in soft snow while remaining nimble enough to weave through tight trees and tackle steep, technical lines. Combining lightweight construction with heavyweight performance, the Ripstick 100 W hits the sweet spot of intuitive agility and stable power across the entire mountain.
Amphibio Technology: An asymmetrical ski design featuring dedicated left and right skis. The cambered inside edge delivers maximum edge hold, precision, and high-speed stability, while the rockered outside edge allows for easy turn initiation and smooth edge-to-edge transitions.
CarbonDeck Technology: Combines a responsive wood core with carbon rods and unidirectional carbon edge bands to maximize energy return, torsional rigidity, and platform stability without adding extra weight.
Tubelite Woodcore: Structural hollow carbon tubes inserted directly into a lightweight laminated wood core along the sidecut arc offer 360-degree torsional stability and dynamic power transmission.
Carbon Rods & UD Carbon: Unidirectional carbon bands strategically placed along the edges complement structural carbon tubes to sharpen steering response, enhance edge hold, and control torsional flex.
Flax Fibre Reinforcement: Natural flax fibers integrated into the tip section dampen high-frequency vibrations and reduce tip chatter, creating a smooth, stable ride through variable snow and chunder.
SST (Slanted Sidewall Technology): Slanted sidewalls deliver direct power transmission from the binding to the ski edges while lowering swing weight and increasing topsheet durability.
Sintered High Speed Gliding Base: Premium ultra-high molecular weight sintered base material absorbs wax efficiently to provide maximum glide speed and long-term durability across diverse snow conditions.
