Salomon Lotus Snowboard Women's 2025

The Lotus snowboard features a soft flex and a forgiving profile, facilitating progression and lowering consequences for beginners. This directional twin features Bite Free Edges for a catch free ride.

Salomon Lotus Snowboard Women's 2025 Features & Specifications:

• Best for: Park & Freestyle, All-Mountain
• Skill level: Beginner, Intermediate
• Flex: Soft
• Versatile: The Directional Twin shape is comfortable in both freeride and freestyle terrain.
• Stability: Flat Out Camber brings a flat profile to the tip/tail and between the bindings while loaded with camber under the feet for stability and response when you need it.
• Safe: Bite Free Edges for low consequence creative riding.
• Profile: Rocker/Camber/Rocker
• BOARD PROFILE - Flat Out Camber: Flat profile loaded with camber under the feet for maximum stability and response when you need it.
• SHAPE - Directional twin: A twin shape for freestyle moves with a directional flex for power at high-speed. Binding stance is set back from center slightly.
• SIDECUT - Radial: Created from a perfect circle, Radial is the classic sidecut for consistent response forward and switch.
• FIBER & RESIN - BA LD fiberglass: The use of Low-density fibers allows us to produce lighter boards that keep their playful forgiving flex forever.
• BASE MATERIAL - Extruded: Offers long lasting glide with low-maintenance characteristics.
• CORE TYPE - Aspen: Full length Aspen wood with high-density birch stripes for improved insert retention.
• BASE FINISHING - Standard stone finish: Our basic stone finish is the industry benchmark for high-end boards, only difference is that it’s our ‘basic’ finish.
• 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 - BiteFree: Fully detuned tip to tail straight from the factory for a smoother, more forgiving ride with less hang ups.
• INSERTS: 4X2 INSERTS
• SUSPENSION - ABS: The mollecular structure can be described as a concrete bar combining toughness for energy transfer and dampening properties for impact absorption.