Splitboard Arbor Swoon Rocker

Women's splitboard Arbor Swoon Rocker

The Arbor Swoon women's splitboard is a reliable tool for comfortable ascent and a sharp descent on trips outside the ski areas. In the System Camber variant, it gives you a grip with perfect response and stability when going up, while the System Rocker design excels in smoother downhill as on a surfboard. In both cases, with the Swoon splitboard you get a powerful, lively and agile twin board for big mountain riding. The fast ride is enhanced by a durable sintered base.

Specifications

• Rocker System - A rocker that is more prominent in the center of the board. At the tip and tail, the rocker is reduced, the so-called Parabolic Rocker for maximum performance at higher speeds and better floating in powder. Rocker makes it easier to start the curve, better floating in the powder and an overall smoother ride.
• Grip Tech - Sidecut adds contact points underfoot, ensuring a more ergonomic way to stick to the snow when needed. At the same time, it forms contact points on the tip and tail for easier and more natural curves.
• Universal Splitboard Insert Packs
• FSC Certified Highland Split Core - highly versatile core with additional reinforcements for super light performance and durability
• Mixed Glassing - a mixture of biax / triax fiberglass
• 360° Fully Wrapped Sidewalls - damage resistant sidewalls
• Sintered Base - fast and durable sintered base
• Carbonized Bamboo Powerply - a unique topsheet made of carbonized bamboo
• R.A.P. Topless Technology - A production process that eliminates the need for Bio-Plastic Topsheet technology, resulting in a lighter and greener board.
• Recycled Steel Edges - Highly durable edges embody two Arbor values: quality and sustainability.
• Wend Natural Wax - All Arbor snowboards are immediately ready to ride thanks to a layer of Wend Natural Wax wax.
• Entropy Bio Resin - A substitute for a traditional petroleum-based resin that does not affect performance or usability. The components that enter Entropy Bio Resin are obtained as by-products or waste products of other industrial processes and are produced using eco chemistry techniques that reduce the carbon footprint of the material by up to 40% against petroleum equivalents.
• Flex 5/10