Designed for ladies looking for precise edge control. Whether you’re, ripping pow or carving groomers, the wider design with the control under your back foot and allows for smooth maneuverability, speed, float, and belongs in every quiver.
Camber loaded under the back foot for precision and control, with flat segments under the front foot for superior floatation in deep snow. The best of both worlds.
A blend of elliptic curves for easy turn initiation, effortless direction changes and fluid edge to edge transitions.
A patented combination of fiberglass and basalt designed to provide an optimal ratio of weight, power, and dampening.
Tail width is slightly tapered (2-20mm). This loosens up turning initiation and improves floatation in deeper snow without sacrificing edge hold on hardpack.
BA MD fiberglass
Medium density European-made fiberglass layers guarantee a consistent quality level, for light and lively boards.
The core is strategically milled inside of the insert packs, allowing the board to flex more naturally underfoot and transfer energy into the nose and tail for added pop.
More maneuverable/stable boards: Rocker on tip/tail for playfulness.
An industry standard for quality sintered base materials. Provides a moderate balance between the speed created by a hard surface and good wax retention.
Every single wood strip is hand selected to ensure unparalleled core quality and lightness.
FSC certified woodcore
FSC certified wood comes from forests that meet the highest environmental and social standards, supporting sustainable forest management.
Fine stone finish
Our fine stone finish is particularly efficient on our Sintered EG base, speed up in powder or softer snow conditions.
A paraffin-free wax compound made from natural ingredients. A non-pollutant compound held to the highest standards of glide speed.
All mountain EB
All mountain ready, right out of the wrapper. Equipped with a 1-degree bevel in the nose and tail and a 2-degree bevel between the feet for superior edge hold and no hang ups.
The mollecular structure can be described as a concrete bar combining toughness for energy transfer and dampening properties for impact absorption.