Turn up for the Dancehaul. This unisex board has a mountain of personality for every riding style. Extra width and a tapered directional shape transform ordinary to extraordinary with maximum agility in any snow scenario. Rock Out Camber with Popster Core and Ghost Basalt Stringers play as a reminder that freestyle can happen anywhere.

• Best for:Park & Freestyle, All-Mountain, Freeride
• Rider level: Intermediate, Advanced
• Flex: Medium
  A medium flex has a balance of playfulness and response, fitting a variety of terrain and ability levels.

Features:

FIBER & RESIN

• BA MD fiberglass: Medium density European-made fiberglass layers guarantee a consistent quality level, for light and lively boards.
• 30% Bio-based resin: This bio-epoxy resin is made with 30% of its molecular structure derived from plants.

ADDITIVES

• Ghost Basalt stringers: Basalt stringers are sewn into a trial layer for durable pop, control and damp ride at high speed, and easy maneuverability when youre keeping it mellow.
• Popster: 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.

BASE MATERIAL

Sintered: An industry standard for quality sintered base materials. Provides a moderate balance between the speed created by a hard surface and good wax retention.

CORE TYPE

Aspen SLCT: Every single wood strip is hand selected to ensure unparalleled core quality and lightness.

BASE FINISHING

• Fine stone finish: Our fine stone finish is particularly efficient on our Sintered EG base, speed up in powder or softer snow conditions.
• Natural wax: A paraffin-free wax compound made from natural ingredients. A non-pollutant compound held to the highest standards of glide speed.

EDGE FINISHING

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.

INSERTS

4X2 INSERTS

SUSPENSION

ABS: The mollecular structure can be described as a concrete bar combining toughness for energy transfer and dampening properties for impact absorption.