The Never summer Proto Type Two X Snowboard is the asymmetrical hybrid child of the Funslinger and the Ripsaw with wider dimensions to accommodate bigger feet. Taking the moderate flexing core of the Proto HD for all-mountain stability, and a Ripsaw Rocker Camber profile for a combination of trench-digging edge hold and pop, the Proto Type Two X Snowboard is a fun and stable all-mountain dominator and a board you'll feel confident to have beneath your feet.
Ripsaw Rocker Camber – Features enhanced cambered areas for aggressive edge hold and tremendous pop while maintaining the versatility of Original Rocker Camber.
Extended Transition Area – A small flat section in the snowboard profile that improves both turn initiation and powder flotation.
Flex Rating – Mid
Dampness Rating – Mid
Vario Power Grip Sidecut – Vario Power Grip Sidecut utilizes multiple radiuses creating extra contact points to enhance edge hold. A flat section in the rocker area provides a broad contact point when flexed, however when unbent allows the board to track straight and not catch. Flanking this straight section are two shallow radii which provide the second and third contact points. Towards the ends of the sidecut are deep radius which renders quick turn initiation and the final contact points.
Low Profile Tip/Tail – A low profile in the nose and tail of the snowboard maximizes material contact with the snow for more powerful ollie/nollie pop and adds stability to your landings. Low Profile Tip/Tail also reduces the plowing effect in the nose for better glide to the next feature and superior float when it's deep.
NS SuperLight Wood Core – Using a sustainable genetically modified Poplar wood fused with a durable Birch hardwood, NS has created the lightest weight yet durable core on the market. The NS SuperLight Wood Core is CNC sanded in their custom wood working facility to a fraction of a millimeter. A tailored flex is perfected, giving their snowboards unequaled performance.
Carbon Max Laminate Technology – Carbon Max Laminate Technology combines an advanced top and base carbon matrix to maximize response and strength where you need it the most. The result is a lightweight yet powerful configuration that provides torsional rigidity and energy transfer without sacrificing control.