Salomon HPS - Salomon x Asmo Snowboard 2020

Description

In collaboration with and Designed by team rider and founder of Asmo Pow Surfers, Wolfgang Nyvelt. this board has a classic directional shape ready for freeride or backcountry freestyle terrain and all conditions. Agile and responsive edge-to-edge, with a pin tail to keep you floating in pow

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

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

Sustainably sourced walnut wood grain for a premium look, maximized power and board control, and reduced fiber glass and resin.

Key Features:

Quadratic - A blend of elliptic curves for easy turn initiation, effortless direction changes and fluid edge to edge transitions.
BA MD - Medium density European-made fiberglass layers guarantee a consistent quality level, for light and lively boards.
Popster - Shaped woodcore profile with strategically placed variation of thickness. It maximizes the natural snap and powerful pop of wood. Feels like your skateboard kicktail finally connected with your snowboard.
Sintered EG - Engineered for a super fast glide in everything from fresh pow to sticky spring snow. Sintered material provides superior wax retention, Gallium strengthens impact resistance and the Electra finish gives a turbocharged glide.
Ghost Green Core - Ghost Green Core components have been selected and designed to optimize pop and reduce weight while utilizing sustainable attributes of a super light polawania wood.
Fine stone finish - Our fine stone finish is particularly efficient on our Sintered EG base, speed up in powder or softer snow conditions.
All mountain EB - From detuning the tip and tail to a 1-degree edge holding tune throughout the key parts of the sidecut, back to a 2-degree bevel between the feet. This delivers the most solid edge hold with 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.