Snowboard HEAD E.B.I LYT 2025

Sometimes you're lucky enough to make the first track in the powder, sometimes the snow is trampled and sometimes it's better to stay on the groomed slopes. The E.B.I. LYT is the ideal snowboard for all types of terrain. The Hybrid Camber POP profile is highly versatile, and the swallow tail improves flotation in powder. To lighten this snowboard, we've added Hexagonal Core technology to the tip, while Triaxial Fiber ensures fluid glide with balanced power distribution. A versatile companion on and off the slopes!

FORM: Long Directional

SKILLS: Advanced

CAMBRE: Hybrid Camber Pop

ARCHITECTURE: LYT Board Architecture w. Graphene

FLEX INDEX:6

BASE:Sintered Base

The Hybrid Camber POP composition comes in two different shapes, Long Directional for extra flotation and Twin Directional for all-mountain fun: This construction features a raised flat section and a slight Rocka in tip and tail.

The sintered base offers high wax absorption, strength and speed. It has a very dense molecular structure created by bonding polyethylene pellets under extreme pressure to create tiny pores for better wax absorption.

Graphene is a 2D material which, even at just one atom thick, is one of the hardest and lightest materials on earth. Used zonally in a board, it amplifies its positive characteristics,

This fiberglass construction features an extra 45° layer, offering supreme twisting properties, as well as an even distribution of power throughout the board. The result is a smooth, stable and supportive feel.

Swallowtail snowboards are perfect for powder snow, as the tail cutout offers buoyancy and agility, for a surf-like feel.

Lighter products help you enjoy more time in the snow. By focusing on the essentials, we can provide equipment that's lightweight yet extraordinary in performance and design.

A new core design, using lightweight woods. This weight reduction results in lightweight, yet durable boards with plenty of power.

The sintered base offers high wax absorption, strength and speed. It has a very dense molecular structure created by bonding polyethylene pellets under extreme pressure to create tiny pores for better wax absorption.