Omni is the Latin prefix for all or every, but the Omni for us is a freeride cruiser for all conditions and every mountain thanks to its directional shape and medium flex. It's thee-way weave of tri-axial fiberglass bears utmost precision and control from tip to tail and edge to edge. The hardwood stringers of the Reactor Core along the sidewall promote drawn out carves and full rail stability at speed. Our Freeride 3BT shaping has a narrow centerbase, which promotes swift edge transfer and velvety turns. The setback 3BT shaping, combined with optional Backseat Inserts puts you in the driver seat on deep days, too.

Features:

3BT Freeride
Our freeride shaping features a narrow centerbase for swift edge transfer and smooth drawn out carves. The shape is slightly setback and tapered for backseat steering, high speed haulin’ and optimized powder float.
- Nose is significantly longer than tail and has more sidebase uplift
- Inserts are set back
- Narrow centerbase
- 3BT shaping is set back
- Tapered tail

Reactor Core
Dual density full wood core composed of poplar with beech running tip to tail along the rails. This fortifies the board’s edges against impacts and delivers stronger, more precise edge hold and turns while also promoting reactive pop along the edges.

Sintered Base
Hard and fast. Our sintered base material is tough stuff and its microscopic pores retain wax nuggets for a slick slide. To get the maximum benefits of a sintered base it needs to be waxed regularly. We finish ours with a proper hot wax before they leave the factory.

Tri Ax Laminate
Our tri-axial or three-way fiberglass is a weave of fibers in three directions: 45, 0 and -45 degrees. It’s like our bi-ax layup, but with added fibers running tip to tail. This stiffens up the board and adds more snap, while also offering better edge control and grip. The added strands of glasses make boards more aggressive and more responsive overall.

Kevlar Enhanced
Kevlar can stop a speeding bullet and it can also make your snowboard lighter and snappier in a simular way as carbon does. By placing Kevlar stringers in key areas of the board we can control the way a board flexes and responds to pressure.