2024 K2 Niseko Pleasures Directional Combination Camber Unisex Snowboard
2024 K2 Niseko Pleasures Snowboard
Terrain: Powder, Groomers, Backcountry
Riding Style: All-Mountain Freestyle
Ability Level: Intermediate to Expert
Biax Fiberglass – A lightweight fiberglass weave at 0 °and 90° provide consistent, smooth flex.
Bambooyah™ Core – Renewable and Stronger than Hell – Comes with a 5 Year Warranty
Carbon Infused Sintered 5500 Base – The highest perfomence base meterial in the K2 line.
Flex: 6/10 Medium
Features:
- Directional Combination Camber Profile,
- Bambooyah™ Core,
- Biax Glass,
- Volume Shift™,
- Carbon Infused 5500 Sintered Base,
- 2×4 Inserts
Directional Combination:
The best of both worlds. By blending both traditional camber and rocker profiles, the Combination Camber gives you all the benefits of both; the pop and precision of a camber, and the float and predictability of a rocker.
Directional:
The directional shape is a classic snowboard shape, designed with a nose that is slightly longer than the tail to concentrate the pop at the tail while providing plenty of float, flow and control on all terrain and in all conditions.
Bambooyah™ Core:
Inspired by skateboard manufacturing, the Bambooyah™ mixed core is extremely strong. Bamboo has a higher tensile strength than steel and better compressive strength than concrete.
Biax Glass:
Smooth all-purpose performance with a no-frills design. The fibres are woven together at 0° and 90°, creating a more forgiving bending pattern.
Carbon Infused Sintered 5500:
Quick, light and solid. The Carbon Infused 5500 base is the best of the best. By adding carbon to a sintered base, the brand has increased wax retention and decreased drag for a faster, smoother ride.
2×4 Inserts:
They increase the number of options for positioning your bindings in an optimal way.
Technology:
Volume Shift™ Shape: The volume of the board normally located on the tail and nose is moved below the feet. The result is a wider, shorter board for increased manoeuvrability and more aggressive riding. The stability and buoyancy of the latter remain unchanged.
