Hybrid All Mountain – Features rocker in the nose and a level micro-camber zone extending under the feet through the tail. Built for hard-charging riders that demand superior grip, stability, and responsive performance.

Flex Rating (1 Soft - 10 Stiff) – 7, offers a fairly responsive ride with minimal amounts of softness for advanced hard-charging ladies who want versatility, stability and response from their boards.

LSD (Ladies Specific Design) – The board shape features a narrower waist width, a ladies specific flex pattern, sidecut and finely tuned rocker profile.

Thin Con Construction – Features a tapered tip and tail to reduce swing weight, enhanced tip flex, and sidewalls that run past the effective edge.

LSD Pop Rods® 2.0 – Features an entirely new shape for the Ladies. These new rods taper in thickness to place more carbon closer to the inserts and less carbon towards the tip and/or tail. This enables ladies to pop with ease onto features and smaller transitions, but retain maximum carbon fiber when needed on bigger kickers and in the pipe.

Hybrid Glass – Built with triaxial on top, biaxial on base, and a balanced torsion and stiffness for better response with speed.

Slimewalls® – These skate-inspired urethane sidewalls are forgiving and ductile, absorbing impact when it occurs. The urethane gives you smooth interaction with the snow, wood, or metal surfaces. To top it off, Slimewalls® are practically indestructible.

Fusion 4000 Base™ – This is a sintered base, making it more durable, harder, and faster than an extruded base. It is the fastest snowboard base material known.

Membrain® – Weighing less than half of traditional plastic top sheets, Membrain® maintains a smooth feel by infusing urethane into fabric. Along with pushing limits in the world of lightweight, this process also allows artists to push the boundaries when it comes to graphics by utilizing the textures and aesthetics associated with a variety of fabrics.

Carbon Array 5™ – 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.

2 x 4 Insert Pattern