2G-NAMD™ SPEED
Engineered for flexibility and power, 2G-Namd™ Speed is made from high modulus graphite fibers bonded with CNTs, resulting in a material that converts energy into rapid rebound.
Namd™ is a technology developed by Nitta Co., Ltd. for uniformly distributing carbon nanotubes in carbon fiber composites.
ISO-SPEED 7500 Basis
A polymer sole with very high wax penetration and excellent abrasion resistance. The base combats the wear of snow crystals and prevents them from sticking to the surface. (Molecular weight: 9.2 million)
NORMAL ARCH WIND
The Basic Camber is designed for high jumps and sharp carving performance by keeping your footing on the board. The overall balanced board for standard riders.
CRIC (centrifugal force reduction in the inner core)
Evolutionary structure with reduced swing weight
The STOMP-TECH 3.0 has a reduced swing weight that has paved the way for numerous riders to master advanced techniques. Riders continue to push the boundaries to learn new tricks and hope to be at the top of the world. After countless rider tests and research, we were finally able to create the optimal and most perfect snowboard yet.
The aramid honeycomb filled board tip allows for a lighter structure. There are two graphite core tubes that overlap the band of graphite set in the board base to then add reinforcement. To make power transfer more effective, the ISO core design improves the transition from the foot surface to the effective edge. With all areas in perfect balance, we have successfully achieved a lower swing weight and more resilience compared to previous models. Introducing the “CRIC = Centrifugal Force Reduction Internal Core”, the brand new structure that gives riders a whole new level of freedom in the air
ISO-KERN
A high density core material for superior strength and toughness. When you land, the impact is absorbed, dispersed and then converted into energy for you to ride.
aramid honeycomb
A honeycomb material that combines high strength with a light feel - the most important properties for core materials. The low bending and yet elastic modulus of the base prevents sagging.
