



DANCEHAUL
Unit price per
only 1 left in stock
- Best for All-Mountain, Freeride, Park & Freestyle, Advanced, Intermediate, Flex - Medium
- : Park & Freestyle, All-Mountain, Freeride
- : Intermediate, Advanced
- : Medium

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BOARD PROFILE - Rock Out Camber
Flat between your bindings for stability, Camber near the feet for response and a rocker on the tip/tail for pressability.

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SHAPE - Tapered directional
Tail width is slightly tapered (2-20mm). This loosens up turning initiation and improves floatation in deeper snow without sacrificing edge hold on hardpack.

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SIDECUT - Radial
Created from a perfect circle, Radial is the classic sidecut for consistent response forward and switch.
- 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.
- 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 you’re 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.
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.
Aspen SLCT: Every single wood strip is hand selected to ensure unparalleled core quality and lightness.
- 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.
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.
4X2 INSERTS
ABS: The mollecular structure can be described as a concrete bar combining toughness for energy transfer and dampening properties for impact absorption.