2023 Women's K2 Cold Shoulder Snowboard - B220201601
The K2 Cold Shoulder is a directional women’s all-mountain snowboard that is built to fuel your passion - naysayers be damned.
Designed for the intermediate to expert snowboarder, the K2 Cold Shoulder features a Combination Camber profile that puts camber in between the feet for snap and stability and a rocker profile outside the bindings for playful and intuitive turn initiation. A small amount of rise in the tail helps to keep the board playful and predictable, while a long-extended rocker profile in the tip helps to ease turn initiation and float in powder.
The Cold Shoulder is built upon our sustainably harvested Rhythm™ Core - which is comprised of Aspen and Paulownia, the world’s fastest-growing hardwood. This combination of materials was chosen to reduce weight in the tip and tail without sacrificing strength and performance. The Cold Shoulder is wrapped in ICG™ 10 Biax Fiberglass with tip-to-tail carbon stringers for dependable edge hold on long traverses or carving at any speed. Lastly, we use a Sintered 4000 base that holds wax extremely well and is built for outstanding speed and durability.
The Cold Shoulder is an all-mountain women’s snowboard that is built to do it all while giving you the confidence to show ‘em what’s what anywhere on the hill.
- Rhythm™ Core - Women’s specific core shaping and profiling using sustainably harvested timber to reduce weight and add maneuverability while retaining strength and liveliness.
- ICG™ 10 Biax Carbon Glass - Integrating Carbon Fiber stringers that run the length of the board into our fiberglass increases the snap of the snowboard without adding unnecessary rigidity.
- Hybritech™ Sidewall Construction - A K2 exclusive. By transitioning from a P-Tex sidewall into a capped construction in the tip and tail of our snowboards, we are able to reduce waste while giving our snowboards better energy transfer and making them more durable than our competitors.
- Sintered 4000 Base - Hard, fast, and durable, our Sintered Base material holds wax better that extruded materials increasing speed and glide.