Borrowed from world-cup race skis, two different radii on the one ski - a tighter radius forward of the boot centre coupled with a 20% larger sidecut behind - increases the edge-to-edge responsiveness so you can carve short turns whilst retaining high speed stability and control through the tail of the ski.
Our standard core material. Poplar is a medium-weight, damp, vibration-absorbing softwood. Ash is a heavier hardwood that compliments the Poplar by increasing stiffness, responsiveness and providing a solid base for the binding screws.
Used on most of our skis. A traditional manufacturing method that provides strength, durability, good grip and edge hold. Rubber is used to dampen vibration and bond the base layers to the core.
Titanal is strong and light and has excellent dampening properties. These skis have a full layer of titanal giving excellent torsional strength and responsiveness.
Blended transition zones" use complex curve geometries where both positive/negative sidecut and where rocker/camber meet to make turn initiation fluid yet the whole ski more stable and controllable in all conditions.
From guides to freeride athletes, such as Sam Anthamatten, the Eleven5 is the standard in big mountain skis. Ready to charge as hard as you do, the 115mm waist Eleven5 has 2mm of camber, sandwich construction, poplar/ash core and a full layer of Titanal to give the ski a more responsive and powerful feeling on crud, groomers and untouched pow fields. Transition zone technology combine rocker, sidecut and camber curve geometries to create a stable, fluid- turning and controllable ski in all conditions.