- Flex: 7/10 - Stiff
- Sidecuts: 309/256/309 for the 154cm model
- Curve radius: 6.1 (heel) / 6.6 (toe) m in size 154 cm
Shape:
- True Twin: A twin snowboard has a symmetrical shape, with an identical nose and tail, which allows riders to perform manoeuvres and tricks with ease, whether in a normal position or in a switch position. This symmetrical design guarantees equal performance characteristics in all directions, making it easier to enjoy a versatile riding experience. Ideal for freestyle riders and terrain park enthusiasts, twin snowboards improve manoeuvrability, allow smooth transitions between tricks and promote a feeling of balance. The symmetrical shape promotes a consistent, predictable ride, perfect for those who like to ride in different directions and perform tricks with a uniform approach.
- Camrock 2-4-2: Camrocker boards have a profile where the centre of the board is closer to the snow, and the nose and tail are raised.
Improves flotation in powder, easier to initiate turns and is generally more forgiving.
May sacrifice a little edge hold and stability compared to traditional camber.
Construction:
- Sintered: Sintered soles from YES Snowboards are made by fusing tiny particles of polyethylene under heat and pressure, creating a porous and durable surface. Known for their superior speed and ability to absorb wax, these bases are appreciated by advanced riders for their high-performance capabilities in different snow conditions.
- Poplar/Paulownia/Bamboo Core: The YES Snowboards Poplar/Paulownia/Bamboo core includes poplar, paulownia and bamboo rails. Poplar offers lightweight characteristics and a constant flex, which improves handling. Even lighter, paulownia retains its solidity with a favourable strength-to-weight ratio. Bamboo adds durability and responsiveness. This blend guarantees optimum weight reduction, responsiveness and performance, making YES snowboards perfect for different styles and conditions.
- Triax : Triaxial fibreglass or "Triax" on a snowboard refers to a fibreglass construction where the fibres are oriented in three directions, generally along the length and width of the board and at an angle. This configuration adds torsional rigidity to the board, improving its stability and responsiveness. Snowboards with triaxial fibreglass tend to offer a more precise and controlled feel, making them suitable for riders who prefer stability at high speeds, better edge hold and better performance in difficult conditions. Triaxial fibre is often used in snowboards designed for advanced and aggressive riding styles.
Technology:
| Forever Flex |
Forever Flex is a manufacturing process that stabilises a board's flex and rocker for its entire lifespan. Our boards finish the first stages of production slightly overbraced, then we 'break' them using a specialised machine that imitates the extreme use of the board. By flexing the fresh board fibres and epoxy at the factory, the materials settle into their final layout within the board layup, as if you'd been wrinkling the board for 20 days. This process helps us reduce our production tolerances so that the board you buy has a more accurate flex and rocker profile that will change less as you ride it more often. |
