Snowboard Bindings

Snowboard Binding Technology Guide

Introduction

Snowboard bindings serve a simple purpose; they anchor you to the board. Beyond that though, a state of the art set of bindings will also offer increased performance, convenience ans safety over snowboard bindings that were made just a few seasons ago. Our snowboard binding tech guide will outline what features and technology you should be looking for as you shop for your new snowboard bindings.

When choosing a snowboard binding, determine the type of riding you prefer and your ability level. Many bindings offer different levels of performance that can be broken down between flex patterns and functionality.

Strap bindings provide flexible adjustments for a perfect fit. Choosing a binding can be solely the rider’s preference, but certain characteristics can help narrow down the search and provide the ideal interface between a board and boots.

For the best interface, choose a boot and binding combination from the same manufacturer. Manufacturers tailor their bindings and boots to provide the rider with optimum fit and control. Bindings typically come in three to four sizes - Small, Medium, Large, X-Large. The sizing will depend on the boot size. Snowboard binding manufacturers offer sizing charts to determine the specific size range for your foot. Choose a size that allows you to comfortably get into and easily adjust the straps.

What is your riding ability?

Beginner - First time, taking lessons, snowboard 1-3 times yearly.
Intermediate - Ride 10+ days a year, solid linking turns, ride switch, basic airs.
Advanced - Category of your own.

Determine your riding style:

Freeride - Utilizing the entire mountain. Powder, trees, groomers, carving, dropping, bonking, catching air.
Freestyle - Technical aspects on the mountain such as Snowboard Parks, Pipe, and Rails. Includes mostly airs, slides, spins, inverts, grabs.
Alpine/Boarder X - High speed, carving and transitions.

Taking your riding ability and style into account will ensure your binding will perform the way you need. Freeride specific bindings will be stiffer in flex and have a taller hi-back for a more responsive feel. Freestyle bindings will have additional cushioning to soften landings and more adjustability in the softer flexing highback, giving the rider more freedom of movement.

Materials:

Many different materials are used to control how the binding feels and reacts. Base plates are constructed from plastic (nylon), carbon fiber, or different grades of aluminum. Binding straps are made from leather or synthetic textiles combined with plastic or aluminum ratcheting systems.

Some argue that aluminum bindings are superior to plastic in that they are stronger and more responsive. Aluminum can be light and stiff, giving you more control and quicker reaction time over your snowboard. Plastic can be light and stiff by blending it with fiberglass or carbon. The dampening characteristics are better than aluminum and do not require as much rubber or foam to lessen vibrations.

The materials of most binding straps are leather and synthetic textiles. Leather is great for precise fit and comfort. The strap’s natural tendency is to form fit and wrap your boot, eliminating hot spots.

Overall, snowboard bindings have become lighter, more comfortable, and include more adjustment options as the price increases.

Snowboard Binding Components

All snowboard bindings share the same basic architecture, but there are distinct differences when it comes to the materials used, and the design and technology of different components.

Baseplate

The baseplate is the foundation of a snowboard binding. It provides the strength, adjustability and is the basis for the fit of the binding.

Ratchets

The ratchets on a bindings are responsible for holding your snowboard to your feet. Beyond that, they also must be easy to operate, comfortable, and nearly indistructable. In recent years, manufacturers have started using lightweight, incredibly strong metal alloys for binding ratchets because of the superior strength, durability and weight savings. Most high end bindings now use alloy ratchets, while some continue to use a dense polymer plastic material.

High-Back

The high-back portion of the binding transfers leverage, power and control from your boot to the board. It acts as a stiff connection which connection point that reinforces the support of your snowboard boot.

In Conclusion:

Make sure the bindings will fit your boot properly and it has some or most of the comfort features you are looking for. A bad pair of bindings can ruin your day.

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If you have any other questions, please contact us.