







Freeride boots - Men -
The Mindbender 120 Boa 2027 ski boots are designed for high-performance skiers seeking precision, comfort, and versatility, whether on piste or touring.
The Boa® Fit System is a key feature of these boots, offering micro-adjustable precision fit. Comprising a micro-adjustable dial, lightweight yet ultra-durable laces, and low-friction lace guides, this system optimises fit and performance, ensuring a perfect hold on the foot throughout the day.
The Powerlite Shell enhances lightness and responsiveness. Using shell walls of varying thicknesses and four distinct TPU types, this advanced design allows optimal power transmission while minimising weight, which is crucial for demanding skiers. Additionally, the MultiFit™ Last technology offers exceptional adaptability, enabling the boot to fit a wide range of foot shapes, from 97 mm to 100 mm, thus eliminating the need for multiple lasts.
For ski touring enthusiasts, the Powerlock Spyne provides a performance-oriented walk mode with a 50-degree range of motion, facilitating ascents while maintaining sufficient rigidity for descents. Combined with the Friction Free Cuff Pivot, which reduces resistance in walk mode, every step becomes smoother and less tiring, optimising efficiency uphill. The integration of Fastfit Instep and the Fully Heat Moldable feature allows full customisation of the boot. The softer TPU material used around the instep makes entry and exit easier, while the ability to thermoform both shell and cuff ensures a tailored fit perfectly suited to the individual skier’s needs.
The Integrated Tech Fittings guarantee full compatibility with Tech and alpine DIN bindings, offering great versatility for skiers who switch between alpine and touring. Moreover, the PrecisionFit Pro Tour delivers superior comfort thanks to its asymmetric tongue and high-density cuff. The notch at the back of the ankle further improves comfort and range of motion during tours. Finally, the GripWalk system ensures excellent grip when walking on icy or snowy surfaces. Made up of two-part soles that can be replaced separately, this system extends the boots’ lifespan while enhancing safety and comfort on foot.
In summary, the Mindbender 120 Boa 2027 ski boots are engineered to deliver maximum performance with a customised fit, great versatility, and unmatched comfort. They are ideal for demanding skiers looking for a boot capable of everything, from fast descents to ski touring ascents.


Composition :
- TPU shell and cuff
| BOA® FIT SYSTEM | It offers optimal performance and a micro-adjustable precision fit. It consists of three integral parts: a micro-adjustable dial, lightweight yet extremely strong laces, and low-friction lace guides, applied in uniquely designed configurations to enhance the boot’s fit and performance. |
| MULTIFIT™ LAST | Allows adaptation to a variety of foot shapes ranging from 97 mm to 100 mm, thus eliminating the need for multiple lasts. |
| POWERLITE SHELL | K2’s highest performing shell design, using shell walls of varying thicknesses and four different types of TPU to provide the ultimate combination of lightness and responsiveness. |
| POWERLOCK SPYNE | A performance-oriented walk mode, designed for alpine touring, offering a 50-degree range of motion. |
| FASTFIT INSTEP | Softer TPU material is used in the instep area for quick and easy entry and exit. |
| FULLY HEAT MOLDABLE | The shell and cuff can be heat moulded to a variety of foot shapes for a truly custom fit. |
| INTEGRATED TECH FITTINGS | Tech bindings at the toe and endpiece are fully integrated into the shell injection, allowing compatibility with Tech bindings and alpine DIN bindings. |
| FRICTION FREE CUFF PIVOT | An easy-to-articulate cuff pivot, designed to offer minimal resistance in walk mode. |
| PRECISION FIT PRO TOUR | Features an asymmetrical tongue, a high-density cuff, and a flex notch for greater range of motion during tours. |
| GRIPWALK | Sole/binding interface system designed to provide excellent grip when walking on icy or snowy terrain. GW soles are made of two parts that can be mounted and replaced separately. |