The truth about snowboard laminates – What other brands aren't telling you

Fasertypen für Splitboards

Whether you've been on a board for years or are just taking your first steps on a splitboard, few people think about what's actually beneath their feet. Yet it's precisely this that determines the riding experience, stability, and control.

Why does one board feel lively and snappy while another flexes or reacts sluggishly? The difference often lies in the construction—in the fiber layers on and under the core.

In the snowboarding world, big names and marketing buzzwords are thrown around. We're different: Our engineers develop the boards – not a marketing department. Therefore, we have no fancy names, no hidden compromises – just honest materials and clear communication.

WARNING: The following paragraphs contain a high degree of snowboard nerd knowledge. Read on at your own risk!

Snowboard layering

A snowboard consists of several layers that together determine flex, stability, and feel. At the core is wood—the heart of every board. Surrounding it are fiber layers made of glass, carbon, or basalt, which provide stiffness, pop, and responsiveness. The topsheet is on top, and the base with steel edges is on the bottom .

Even small differences in construction change how a board feels on the mountain. And this is where things get exciting: The type of fiber layers —biaxial, triaxial, or quadraxial—determines how direct, stable, and lively your board feels.


Nordstau Splitboard layer structure. From top to bottom: topsheet, basalt fiber, ash-poplar wood core, basalt fiber, and sintered base.

Fig. 1: Layer structure of the Nordstau snowboard

Biaxial, triaxial, quadraxial – which fiber makes your snowboard better?

To understand the function of the fibers in a board, imagine them like a guitar string: When stretched, it wants to spring back to its original shape – this is the “pop” you feel when riding.

However, this restoring force only works in the direction the fibers run. So, the more directions covered, the more energy, control, and precision you get back from the board.


Biaxial – The affordable entry-level option

Biaxial fabrics consist of two fiber directions (usually -45° and +45°). They are lightweight and inexpensive—ideal for regular entry-level snowboards where price is more important than performance.

Biaxial laminate

Fig. 2: Illustration of a biaxial laminate with -45° and 45° fiber orientation

These days, however, they're also found on many splitboards , and there's usually only one reason: cost savings. Such designs are often hidden behind fancy names like "BiLite" or "SuperFlex." It sounds good, but the ride and handling are different.

Biaxial boards flex more easily, lose edge hold, and react imprecisely. They quickly feel unstable and unsafe on ascents, and you lack control on descents—a safety risk that has no place in open terrain.


Triaxial – More control, more safety

Triaxial fabrics add a third fiber direction (-45°, , and +45°). This provides greater torsional stiffness, better edge grip, and a more direct, precise ride. You'll notice this immediately, especially with splitboards: more control on the ascent , more confidence on the descent.

Triaxial fiber structure

Fig. 3: Illustration of a triaxial laminate with -45°, 0° and 45° fiber orientation

While other brands only use triaxial laminates in their top-of-the-line models, they're standard at Stompede Snowboards. Because we sell directly to you, you get high-performance boards at mid-range prices. 

Quadraxial – High-end without compromise

Quadraxial fabrics add a fourth fiber direction (-45°, 0°, 45°, and 90°), ensuring consistent power transmission in all directions. The result: maximum stability and reliable edge hold on ascents, and more smoothness at high speeds or in challenging conditions. You'll feel the precise control and confident feel that splitboards with quadraxial fabrics provide, especially on long tours and challenging descents.

Quadraxial laminate

Fig. 4: Illustration of a quadraxial laminate with -45°, 0°, 45° and 90° fiber orientation

We use quadraxial laminates on our premium splitboards so you can fully rely on your board in every situation – on the ascent as well as on the descent.

Why biaxial splitboards don't make sense

Touring enthusiasts want safety, control, and efficiency on the ascent and descent – qualities that a biaxial laminate simply can't offer. That's why at Stompede Snowboards, we only use triaxial and quadaxial laminates to keep you safe.