The Algorythm quickly turned into a team and staff favorite at Ride. The versatility of this shape is unmatched. This high-end all-mountain Directional Twin Standard Camber stick is designed to do everything. From park jumps to pow lines to high-speed groomers, this board won’t disappoint. The Algorythm will feel comfortable and familiar to snowboarders looking to up their game. Quadratic Sidecut improves turn initiation/exit and edge grip. A Performance™ Core combines Aspen, Bamboo, and Paulownia wood to provide the perfect balance of strong and light while Carbon Array 5™ provides extra pop without adding stiffness. This high-end all-mountain directional twin is far superior to some one-trick pony freestyle snowboard.
Profile: Camber
Terrain: Park/Groomers/Pow
Response: Medium
Features:
- Directional Twin Standard Camber
- Quadratic Sidecut
- Sintered, Stone Ground Base
- Performance™ Core
- Slimewalls®, Carbon Slimewalls®
- Double Impact Plates
- Carbon Array 5™
- Pre-Cured Glass
- Roll-In Construction
Profile: Camber
Precision, control and pop.
The side profile of camber looks like a rainbow. Tried and true, camber has been the dominant board bend in the snowboard industry for almost 40 years. Adopted from the bend of alpine skis, camber snowboards deliver precise turning and edge control, with spring-loaded pop due to the bend in the board, providing better jumping characteristics. Advanced riders tend to prefer this bend, especially for hard carving and high-speed riding. Even when it comes to softer park snowboards, camber boards deliver exceptional pop and control.
However, they are not as forgiving of mistakes and can be more difficult to learn or progress on than a rocker or hybrid bend.
Shape: Directional Twin
Directional twins are a combination of true twins and directional boards, combining the best elements of both designs to create one versatile board that can do it all.
Flex: 5 – 7 (Scale 1 – 10)
Versatility at its finest. From the park to the peak and anywhere in between.
Base: Sintered
High-end base material that is harder, more durable, and faster than extruded bases.