EBI LYT SNOWBOARD - 2025

Sometimes you are lucky to get first lines on a powder day, sometimes it's choppy and on some days, you stay on the groomers. The E.B.I. LYT is your perfect board to tackle any terrain the mountain throws your way. The Hybrid Camber POP profile is very versatile, the Swallow Tail helps you float in the powder. To save weight, we added Hexagonal Core in the Tip, while a Triaxial Fiber assures a smooth ride with balanced power distribution. Your versatile partner on both the front and the backside of the mountain!

FEATURES:

• HYBRID CAMBER POP: The composition of Hybrid Camber POP is found in two different shapes, Long Directional for extra float and Twin Directional for all-mountain pleasure: This build features an elevated flat section and a slight rocker in tip and tail, combining edge hold with pop and float.
• GRAPHENE: Graphene is a 2D material that even when an atom thick is one of the strongest and lightest materials on earth. Used zonally in a board it magnifies a board’s positive characteristics.
• SWALLOW TAIL: Swallowtail snowboards are great for powder, as the cut out in the tail offers float & agility, for a surfy feeling.
• LIGHTWEIGHT WOOD CORE: A new core design, using lightweight wood. This weight reduction transfers into boards that are light, yet long-lasting and full of power.
• HEXAGONAL CORE: Hexagonal Core is a high-tech compound that allows a board to weigh less but maintain its core strength. It is arranged zonally in the construction of selected HEAD boards.
• TRIAXIAL FIBER: This fiberglass construction has an additional 45° layer, which offers supreme torsional properties, as well as even power distribution over the whole board. The result is a very smooth, stable and supportive feeling.
• LYT TECH: Lighter products help to you to enjoy yourself longer on snow. By focusing on the essentials, Head able to provide you with gear, which is light in weight but extraordinary in terms of performance and design.
• SINTERED BASE: Sintered base provides great wax absorption, strength and speed. They have a very dense molecular structure created by bonding polyethylene pellets through extreme pressure to create tiny pores for better wax absorption.