Christmas before Christmas : -10% extra discount with the code NOEL10

The Reckoner 92 W from K2 is a twin-tip ski specially designed for women, offering optimum confidence from the park to steep slopes and bumps. With the all-terrain twin rocker, it ensures exceptional versatility thanks to a gradual and prolonged rise in tip and tail.
This model benefits from Triaxial Braid technology and Hybritech Sidewall construction. The Aspen Microblock core, composed of natural fibers, guarantees lightness and durability. The graphic Reckoner construction adds an aesthetic touch while maximizing performance.
Accompanied by the M3 10 Compact Quikclik bindings developed with Marker, this ski/plate/binding package optimizes power and precision. The integration of the new Compact Toe and Compact2 fixed heel improves speed while reducing weight by 20% compared to the previous version.
Available in sizes 149, 159 and 169 cm with 124-92-114 ribs and a 14.6m radius for a 159 cm ski, this pack is aimed at experienced skiers looking to push their all-mountain limits.
- The All-Terrain Twin Rocker system offers a gradual and prolonged rise in tip and tail, increasing versatility in all snow conditions.
- The Triaxial Braid provides excellent responsiveness and optimal control thanks to a reinforced ski construction.
- Hybritech Sidewall technology combines lightness and precision, offering smooth transitions between different sections of piste.
- The Aspen Microblock core offers a lightweight yet durable structure, enhancing the skis' overall performance.
- Available sizes, from 149 cm to 169 cm, offer options to suit the different morphologies and preferences of female skiers.
- Dimensions of 124 - 92 - 114 ensure a good contact surface and optimum stability, even in tight turns.
- A radius of 14.6 m at 159 cm enables easy, dynamic turns, perfect for all types of terrain.
- The M3 10 COMPACT QUIKCLIK system optimizes power, precision and speed while reducing weight by 20% compared to the previous version.
- Bio Resin construction is more respectful of the environment while maintaining high quality durability and performance.







