Airtime Splitboard

We spent a long time researching, tinkering, and testing until we found a material that we could use to build snowboards that perform better and are more environmentally friendly than what you usually find. Finally, boards that we were completely satisfied with.

Basalt is a natural resource. It can be used to build lightweight, durable boards with a significantly reduced ecological footprint. For snowboards that are extremely fun to ride and allow you to take responsibility at the same time.

The snowboard industry is creative when it comes to "upgrading" inexpensive materials with big names. We have nothing to hide and prefer to focus on the essentials: genuine, premium-quality materials and complete transparency. This enables us to produce snowboards that we would want to ride ourselves:

1. Topsheet
2. Triax Basalt +/- 45° and 0°
3. Ash poplar wood core
4. Triax Basalt +/- 45° and 0°
5. Carbon enriched sintered base

All-mountain freestyle fun

With the 100% symmetrical twin shape, the Airtime doesn't care which way it is ridden. Perfect for shenanigans like butters and switch landings. The wide outline provides the necessary float in powder.

Effective edge hold

A slight camber between the bindings helps with edge hold on the climb. When descending, you always maintain control even in difficult conditions or you can even let it rip on the slopes.

Easy turn initiation, without catching an edge

As with our other boards, we gave our twin splitboard a reverse sidecut at nose and tail. This means that turns can be initiated very easily and the risk of catching your edge is minimised.

There are two personalities in our splitboards

With many splitboards you have to choose between a comfortable climbing or good downhill performance. When developing our splitboards, we make sure from the start that touring and downhill modes are combined without compromise.

Efficient ascent - more fun on the descent

Elaborate 3D microstructuring of the core and composite structures helps us achieve this: relaxed ascent thanks to the increased longitudinal stiffness, which prevents the board halves from sagging, but still a harmonious flex for full enjoyment on the descent.