Airtech Fusion Lite Inflatable

We machine coat the drop stitch with a special seal and bonding layer, and then add a machine-laminated, higher-density PVC layer. This effect is to remove any human factor or error in the bonding process. This creates a consistent, unique bond that’s just not achievable via the previous hand-gluing method. View boards with this construction > 

Hand Finished Epoxy

Utilizes epoxy resin, fiberglass cloth, and a lightweight EPS core. The core is machine cut from the original file to ensure shape integrity to the master. The final shape is then hand finished and hand sanded, resulting in a durable, lightweight and affordable epoxy board. The outer core is painted with automotive grade paint and a high gloss finish. View boards with this construction > 

3k All Carbon

Complete with waterproof composite core with triple wood stringer inlay, and a high density polyethylene slick bottom. The deck and rails are wrapped in a soft foam skin with built-in, full deck grip. View boards with this construction > 

Carbon Vector Net Technology

Carbon Vector Net construction uses a combination of carbon weave on the rails, bottom and along the stringer lines to produce a springy flex pattern across the shape of the board when pressure is applied on the wave face. The diamond weave of the carbon combined with the carbon center strips produces a responsive flex memory for high speed acceleration in bottom turns, carves and snaps over traditional standard glassed epoxy boards.

Three Stringer Core

Waterproof composite core with triple wood stringer inlay, and high-density, polyethylene slick bottom. The deck and rails are wrapped in a durable, soft foam skin with built-in grip for extra traction. View boards with this construction > 

Thermal Molded Epoxy

The EPS blank is created in a mold, so the shape is perfectly replicated every time. This creates a stronger, more durable outer shell, since density is tighter closer to the mold. The EPS blank is then heat-laminated with fiberglass and epoxy resin in a mold.  This more precise and earth-friendly process results in a stronger, more environmentally conscious board.  View boards with this construction >