Snowboard Camber Explained

Snowboard Construction Explained - A tech guide


Snowboard construction involves several key components and materials that affect performance, durability, and ride quality. Different constructions will also affect the price of any given board, just like most things, any board in a higher price bracket will usually be constructed from higher quality materials making it faster and lighter. Here’s a breakdown of the main elements and how they affect the ride feel:

1. Core


The core of the snowboard is the filling in the sandwich on which all the flavour is built. 

  • Material: Made from wood (like poplar, aspen, paulownia or bamboo) for flexibility and strength. Most brands combine different timbers to create a 
  • Function: Provides the board’s overall structure, affecting flex and responsiveness. Some boards may use composite materials for lighter weight or specific performance characteristics.

2. Base


The Base is the part of the board that contact the snow

  • Types:
    • Extruded Base: Easier to repair, slower, and less expensive. Good for beginners.
    • Sintered Base: Higher quality, faster, and more durable, but requires more maintenance. Preferred by advanced riders.
  • Function: The bottom of the board that makes contact with the snow, affecting glide and speed.

3. Edges

  • Material: Typically made from steel.
  • Function: Provides grip on the snow and ice. Some boards feature serrated or “magnetic” edges for enhanced grip in icy conditions.

4. Top Sheet

  • Material: Often made from plastic or a composite material.
  • Function: Protects the core and base while providing aesthetic designs. It can also affect the board’s weight and durability.

5. Laminates

  • Material: Fiberglass and other materials.
  • Function: Reinforce the board for added strength and flexibility. Different layups can change the board's flex pattern and responsiveness.

6. Sidewalls

  • Material: Can be made from ABS plastic or urethane.
  • Function: Protects the core and base while adding durability. Some boards have a “sandwich” construction where the core is surrounded by materials for extra impact resistance.

7. Camber and Rocker Profiles

  • Profiles: The shape of the board when viewed from the side effect how it rides. Common profiles include:
    • Camber: Arching shape, providing pop and precision.
    • Rocker (Reverse Camber): U-shape, enhancing float in powder and ease of turning.
    • Flat: Provides stability and balance between camber and rocker.

*Click here for more information on Base Materials

8. Finishing Touches

  • Graphics and Artwork: Aesthetic elements that can be printed or applied.
  • Base 
  • Bindings: Some boards come with specific binding systems designed for optimal performance.

Summary

Snowboard construction combines various materials and design elements to create boards tailored for different riding styles and conditions. Understanding these components can help you choose a board that suits your preferences and performance needs!