Mtnpig 2024

Sidecuts:
301-252-295 mm in the 159cm model

Sidecut: 10 - 6.6 m in the 159cm model

Flex: 9/10, rigid.


Shape:

Directionnal Hybride Camber: Long camber that extends beyond the feet for excellent responsiveness and edge grip and a big front rocker. This rocker is there for greater float and manoeuvrability on all snow conditions. The Split tail helps to push the heel into the powder for excellent manoeuvrability.

Tappered Linear Quadratic Sidecut : This consists of a radius that facilitates nose corner entry, from the grip to the rear inserts and a long, perfectly straight line to the tail. The result is a considerable power gain at the end of a turn


Materials:

Performance Core : It is a very strong aspen core, combined with bamboo for its flex and paulownia for its light weight. A perfect blend of strength and lightness.

Double Impact Plates : 2 reinforcement plates superimposed and placed under each of the binding zones. Improves resistance when compressed and reduces the risk of breaking.

Carbon Infused Glass: Carbon fibres placed perpendicular to the glass fibres. For an even more powerful pop, more responsiveness and without stiffening the board.

Sole: Sintered in Ptex 4000, which is more durable, dense, and resistant than an extruded base.


Technologies:

Thin Con All RIDE boards have a refined nose and tail. The aim is to reduce weight, facilitate the use of the ends and promote durability.

Carbon Slimewalls®The Slimewalls (in urethane and all around the board) are combined with carbon and placed strategically. This way, the rider can put more pressure on the board to enjoy a tenfold pop. They improve the cushioning of the edges and sidewalls making them more resistant.

Roll In Construction : 3D construction around the Slimewall edges for greater rigidity, to prevent the torch from disintegrating and reduce the overall weight of the board.

Carbon Array 5 This technology effectively redistributes energy throughout the board, regardless of the stance of the bindings. 5 wide carbon strips extend from the binding area to the middle of the opposite rocker. Your heels are connected to your opposite edge (and so are your toes), which makes it much easier to control the board and switch between the edges.