








Men's all-mountain freeride skis -




The
This ski is made to cut the Mountain in half at the speed of light. With carbon tips and a
What's more, the technology
Its
This ski is Powerful thanks to its Construction
Aggressive and Versatile




| Ski length (cm) | Dimension lines (mm) | Radius (m) | Ski weight (g) |
| 163 | 134-88-114 | (R1) 23.5 m, (R2) 13.2 m, (R3) 21.3 m | 1690 |
| 170 | 134-88-114 | (R1) 26.3 m, (R2) 14.7 m, (R3) 23.3 m | 1800 |
| 177 | 134-88-114 | (R1) 29.2 m, (R2) 16.2 m, (R3) 25.5 m | 1930 |
| 184 | 134-88-114 | (R1) 31.2 m, (R2) 17.3 m, (R3) 27.0 m | 1980 |
- Full-length side edges for direct power transmission
| Core - |
Multi-layer Wooden Core with two different wood densities. A dense ash core is used in the binding area, while the rest of the ski has a poplar core. The denser wood holds the screws in place and Belayer stability, while the softer poplar section offers resilience and flexibility. |
| Base - |
Sintered high-density high molecular weight polyethylene base with high strength and exceptional sliding. |
| Use of the long radius in tip and tail for large turns at high speed The tip resists durability at high speeds and there is no radius limit on corner exits for greater ease of use. Use the shorter radius for small bends at medium speed. This means easy entry into curves, outstanding agility and, above all, less effort in short corners. | |
| A tailor-made technical solution for Embroidering individual Carbon fibres onto a carrier material. This allows them to be positioned exactly along the tension lines, opening up entirely new performance possibilities at the front of the ski, which has a decisive influence on ski handling. Lightweight, they react with less effort and build up energy quickly. The result is a new level of precision, direct tip response and active skiing pleasure. | |
| The frame width at |