Men's ski boots Rossignol Speed 90X HV+ black (RBO8580)

Rossignol Speed 90X HV+ black men's ski boots are an excellent choice for beginner and intermediate skiers. Thanks to the construction using BINJECTED EASY ENTRY technology, putting on and taking off the boots is incredibly easy. The Custom T4 inner boot provides comfort and a perfect fit to the foot, which is crucial during long hours on the slopes.

Advanced technologies for better performance

The Rossignol Speed 90X HV+ black men's ski boots use SENSOR MATRIX technology, which optimises shell stiffness while offering excellent support and control. With a flex rating of 90, these boots are suitable for those seeking the ideal balance between comfort and performance. This makes every run a pleasure.

Functionality and safety

The Rossignol Speed 90X HV+ black model is equipped with four aluminium buckles that provide secure and stable fastening. A 40 mm wide power strap further enhances stability, allowing precise adjustment to the leg. The sole compatible with the GripWalk system guarantees excellent grip, which is especially important on slippery surfaces.

Compatibility and flexibility

The Rossignol Speed 90X HV+ black men's ski boots are compatible with traditional alpine bindings as well as the GripWalk system. This versatile solution allows flexible adjustment to different types of bindings. The weight of a single boot, 1710 g, provides an optimal balance between lightness and stability.

Rossignol Speed 90X HV+ ski boots – features:

• BINJECTED EASY ENTRY technology for easy donning and doffing;
• Custom T4 inner boot providing comfort and fit;
• SENSOR MATRIX technology optimising shell stiffness;
• Flex rating of 90 offering a balance between comfort and performance;
• Four aluminium buckles ensuring secure fastening;
• 40 mm wide power strap enhancing stability;
• Sole compatible with the GripWalk system for better grip;
• Compatibility with traditional alpine bindings and GripWalk;
• Weight of 1710 g providing a balance between lightness and stability.