If you’re looking for a single board that can take on any mountain, Production 004 is your guide. Nestle into the sweet spot on a directional twin with a directional insert pack that offers perfect placement for your stance within the side-cut. Medium+ flex pattern with a nice transition feeds the nose and tail radius for weightless float in powder, effortless transitions from edge to edge and the stomping power needed in any terrain.

Profile: Camber
Terrain: All-mountain/Park/Pow
Response: 7.0 flex rating

Features:

• Matte/Gloss Digital Print Top-sheet w/ Pearl Underlay 

• Flylight™ Plus Reinforced Fiberglass

• Precision 4x20mm Carbon/Aramid Struts

• ABS1000 Sidewalls

• Poplar/Beech FSC® Certified Core™

• Flylight™ Reinforced Fiberglass

• High-Performance Plant Based Resin

• High-Density Sintruded Base

• 2 Year Warranty

Profile: Camber

Precision, control and pop. The side profile of camber looks like a rainbow. Tried and true, camber has been the dominant board bend in the snowboard industry for almost 40 years. Adopted from the bend of alpine skis, camber snowboards deliver precise turning and edge control, with spring-loaded pop due to the bend in the board, providing better jumping characteristics. Advanced riders tend to prefer this bend, especially for hard carving and high-speed riding. Even when it comes to softer park snowboards, camber boards deliver exceptional pop and control.

          

Shape: Directional Twin

Directional twins have a symmetrical flex pattern, but the shape of a directional board, with a longer nose and shorter tail. This design provides freestyle flexibility with the improved floatation qualities of a directional board. Some directional twins may have a twin shape, better for riding in both directions, but matched with an asymmetrical flex pattern. The tail keeps stiff for turns and efficiency with the nose long and soft for powder and stability.

Flex: 7 (Scale 1 - 10)

Power. Precision. Control.

Base: Sintered

High-end base material that is harder, more durable, and faster than extruded bases.