Hydrogen

The Rossignol Sawblade is a riff on the well-loved Jibsaw board, one that tweaks the ride feel ever so slightly for those that enjoy a softer board with a little more play in it. While it is softer, the Amptek Auto Turn Rocker and Twin Freestyle flex pattern both work to ensure that you have stiffness and pop right where you need it. To help with powering into turns, Rossignol included serrated edges with additional contact points so that you're in control at all times. Their Radcut profile also greatly contributes to this board's high level of control, giving you more edge engagement as you lean into a turn. Lovers of soft, surfy boards that don't want to sacrifice any bad-condition control should take a ride on Rossignol's Sawblade.

FEATURES

Amptek Auto Turn Rocker - Three patented blends of rocker and camber are each tailored to a specific riding style and intensity level. Featuring a softer flex profile from tip to tail, Amptek Auto Turn has a 70/30 rocker/camber blend for effortless turn initiation and an easy, playful ride.
Twin Freestyle - Symmetrical Twin Freestyle flex is stiff underfoot for increased pop and balance and soft in the waist for easy manipulation and control.
5620 Wood Core - Standard wood core features a single type of wood vertically laminated to give you durability and comfort without breaking the bank.
Glass Fiber - Fiberglass offers more elasticity than carbon and comes in multiple weights and weavings, making it our #1 choice for customized flex and torsional resistance.
ABS - Built into sidewalls and/or splitboard cores, ABS provides enhanced durability while keeping the core safe from moisture.
3S Serrated Edges - Our exclusive 3S Serrated Edge technology offers three, smaller points of edge contact (one between the inserts and two at the tip and tail), expanding grip to once unreachable middle section of the board for increased stability and edge hold with a very smooth feel.
Radcut - Radcut turn technology fuses a traditional sidecut between the inserts with reverse sidecuts toward the tip and tail so as speeds and edge angles increase, more sidecut is engaged for powerful full-length edge grip. At lower speeds and edge angles the sidecut is less engaged for more maneuverability and ease-of-use.