Our three-way fiberglass weave is light, strong and crazy responsive. We use this to beef up the flex pattern on our more aggressive boards.

50/50 Paulownia and poplar creates a balanced core that’s lively yet strong.

Dual Super Tubes, a Super Tube on either side of the board enhances pop and gives the camber more snap.

A premium, 7000-grade sintered base reserved for our high-end models. Packing more molecules into the P-tex means it’s super tough and hauls ass.

Our tried and tested carbon layups. We deploy them in different areas to fine-tune the feel of each model.

Backseat inserts are an set of extra inserts 4cm behind the bottom inserts. This allows you to set your bindings all the way back, so you can keep floating on those deep pow days. By shifting your weight more back on the board the nose stays up and the pressure on you back leg is reduced.

This topsheet 3D effect features a slight taper of the deck along the top of the sidewall. This reduces the top-profile, saving weight and adding more precision to your carves.

We use tried and trusted ABS sidewalls for most of the collection. For the best flex to strength ratio.

Die-cut bases are like a jigsaw. Flip Flop minimizes waste by using two or more color options for each piece. That means more unique graphics and less environmental harm.

At the heart of every Bataleon is a combination of 3BT™ and positive camber. It’s an innovative solution to the profile puzzle that minimizes the potential for edge-catch without sacrificing ollie power or carving performance. From this starting point, we fine-tune each element according to the boards desired riding style.

SideKick™ builds on the concept of Triple Base by increasing the sidebase uplift just outside the widest points of the nose and tail. The tips become more like a hull, boosting float in deep snow and slicing through crud. It also helps the board to roll quickly and evenly from edge to edge.

Supertubes™ are hollow carbon cylinders that are inserted directly into the core. They reinforce the camber, reduce weight and greatly increase pop. By varying their location we can fine-tune the board’s performance further.