


Freeride skis - Men's -
The Mindbender 108TI 2026 freeride skis from K2 are designed for demanding skiers looking for the perfect combination of power, stability and precision on all types of terrain.
Thanks to the integration of advanced technologies, these skis are ready to take on any mountain challenge. Aspen Veneer Core The Aspen veneer core ensures a lightweight, robust construction, offering exceptional responsiveness while maintaining a constant flex. This material optimises handling and control, even on varied terrain. Titanal Y-Beam This cutting-edge technology uses titanium, a material renowned for its stability and ability to absorb vibrations.
The Y-Beam further enhances performance by distributing the Y-shaped titanium in the tip for powerful, precise turn initiation, while the narrow shape of the metal in the tail ensures optimum support on fast descents. This keeps the ski manoeuvrable, forgiving and easy to release on exiting bends, even at high speeds. Bio-Resin is environmentally friendly and lightweight. It ensures a constant, energetic flex, regardless of temperature variations, guaranteeing that the skis maintain optimum performance throughout the day.
The Mindbender 108TI 2026 are perfect for freeriders who want to dominate the mountains with controlled power.



| Height (cm) | Sidecut (cm) | Radius (m) |
| 172 | 137 - 108 - 125 | |
| 179 | 137 - 108 - 125 | |
| 186 | 137 - 108 - 125 | 22.8 |
| 193 | 137 - 108 - 125 |
Materials:
- Aspen Veneer
- Titanium
| TI Y-BEAM | Titanium has long been used in top-of-the-range skis and is renowned for providing a damp, stable ride at high speeds and on variable terrain, but Y-Beam technology goes one step further by dramatically improving performance. The Y-shaped teeth on the edges in the tip of the ski allow for precise and powerful turn initiation, while the narrower metal shape in the tail of the ski provides the support you need to charge while remaining manoeuvrable, forgiving and easy to release in turns. |
| BIO-RESIN | Lightweight, environmentally-friendly material for energetic, constant flexing over a wide range of temperatures. |
