Women's snowboard Head Shine Lyt W (330826)

Women's snowboard Head Shine Lyt W is a versatile model designed for diverse applications on the slope. Its medium stiffness and Hybrid Camber DCT profile provide appropriate stability and control while riding. With the use of LYT TECH technology, the board is lighter, which translates to easier manoeuvrability.

Technologies and construction

The Head Shine Lyt W snowboard uses Hybrid Camber DCT technology, combining the advantages of camber and rocker, offering good edge hold and smooth transitions between turns. The Hexagonal Core additionally reduces the weight of the board without compromising its durability. The Directional Twin construction makes the board perform well both in straight riding and when performing tricks in the snow park.

Materials and workmanship

Women's snowboard Head Shine Lyt W features a wooden core, providing natural flex and durability. The extruded base is durable and easy to maintain, which is practical for those who frequently use the board. The standard width of the board allows for a universal fit for different sizes of snowboard boots.

Technical parameters

The Head Shine Lyt W snowboard has a turning radius of 7.9/7.8/7.9 m for a length of 149 cm, aiding in smooth turns. The 2x4 insert system allows for precise binding adjustments to user preferences. The LIGHTWEIGHT WOOD CORE technology additionally helps reduce weight, which is beneficial during longer sessions on the slope.

HEAD Shine Lyt W snowboard - features:

• The board uses Hybrid Camber DCT technology, enabling smooth transitions between turns;
• Hexagonal Core reduces the weight of the board without losing durability;
• LYT TECH technology makes the board lighter;
• Directional Twin allows for versatility in riding and tricks;
• The wooden core provides natural flex and durability;
• The extruded base is durable and easy to maintain;
• The turning radius is 7.9/7.8/7.9 m (149 cm);
• The 2x4 insert system allows for precise binding adjustments;
• LIGHTWEIGHT WOOD CORE contributes to weight reduction of the board.