Salomon Women's Rumble Fish 2025
$599.95
Proveedor Salomon
Details:
The Rumble Fish is our ride anything solution for women, fusing our most popular powder and freestyle designs. Rock Out Camber delivers loads of freestyle versatility and easy turn initiation, while the directional twin shape provides added buoyancy in deep snow. Quadralizer sidecut and bamboo construction allow for a lively, nimble ride all over.
Features & Fabrics:
- ADDITIVES - Popster Booster: Add carbon stringers to the standard popster and you get all the energy from under your feet radiating on the tip/tail maximizing pop.
- CORE TYPE - Ghost Green Core: Ghost Green Core components have been selected and designed to optimize pop and reduce weight while utilizing attributes of a super light wood.
- FIBER & RESIN - BA MD fiberglass: Medium density European-made fiberglass layers guarantee a consistent quality level, for light and lively boards.
- FIBER & RESIN - 30% Bio-based resin: This bio-epoxy resin is made with 30% of its molecular structure derived from plants.
- BASE MATERIAL - Sintered EG: Engineered for fast glide speed and maximum wax retention in all conditions. Gallium strengthens impact resistance, while the Electra finish enhances speed.
- BASE FINISHING - Fine stone finish: Our fine stone finish is particularly efficient on our Sintered EG base, speed up in powder or softer snow conditions.
- BASE FINISHING - Natural wax: A paraffin-free wax compound made from natural ingredients. A non-pollutant compound held to the highest standards of glide speed.
- EDGE FINISHING - All-Mountain EB: All-Mountain ready, right out of the wrapper. Equipped with a 1-degree bevel in the nose and tail and a 2-degree bevel between the feet for superior edge hold and no hang ups.
- INSERTS: 4X2 INSERTS
- SUSPENSION - Royal Rubber Pads: Soft Royal Rubber blocks inserted into the high-pressure zones of our ABS Sidewalls dampen vibration and mellows the big impacts.
- TOPSHEET - ABC Wrapper: More pop, less plastic! ABC Wrapper is a patented process using structural wood veneers to reduce fiberglass and resin content in each board by 40%.