Salomon Pulse Snowboard

The Salomon Pulse Snowboard is a versatile, forgiving board that's perfect for beginners and intermediate riders who want to explore the whole mountain. The soft flex and Flat Out Camber make it easy to learn on, while the Directional Twin shape and Bite Free Edges make it fun to ride in soft and hard conditions. Whether you're carving up the groomers or exploring the park, the Pulse Snowboard is a great choice for anyone who wants a fun and easy-to-ride board.

Features:

• Rider Level: Beginner-Intermediate
• Snowboard Terrain: Park & Freestyle and All-Mountain
• Flex (1-10): 3;A softer flex is more forgiving and playful, allowing the rider to make small adjustments with lower consequences. (1 being softest and 10 being firmest)
• Camber Profile:Flat profile loaded with camber under the feet for maximum stability and response when you need it.
• Shape:A twin shape for freestyle moves with a directional flex for power at high-speed. The binding stance is set back from center slightly.
• Sidecut: This board features a 'Radial' sidecut.Created from a perfect circle, Radial is the classic sidecut for consistent response forward and switch.

Technical Specifications:

• Aspen:Full length Aspen wood with high-density birch stripes for improved insert retention.
• BA LD fiberglass:The use of Low-density fibers allows us to produce lighter boards that keep their playful forgiving flex forever.
• Extruded:Offers long lasting glide with low-maintenance characteristics.
• Standard stone finish:Our basic stone finish is the industry benchmark for high-end boards, only difference is that it’s our ‘basic’ finish.
• Natural wax:A paraffin-free wax compound made from natural ingredients. A non-pollutant compound held to the highest standards of glide speed.
• Bite Free:Fully detuned tip to tail straight from the factory for a smoother, more forgiving ride with less hangups.
• 4X2 INSERTS
• ABS:The mollecular structure can be described as a concrete bar combining toughness for energy transfer and dampening properties for impact absorption.