Alpine skis Black Crows Corvus pink (102385-176)

The Black Crows Corvus pink downhill skis enable dynamic freeride skiing on challenging slopes, offering an advanced level of control and responsiveness for experienced skiers. The stability they provide is the result of a well-thought-out composite-wood core construction and modern technical solutions applied in this series.

Rocker Tip-Tail Profile for Freeride

The Black Crows Corvus features a Rocker profile: Tip-Tail, which significantly improves ski handling in deep snow and facilitates turn initiation even in difficult terrain. This profile shape allows for smoother transitions from edge to edge and provides better floatation when skiing off-piste. The appropriately balanced rocker positively affects the agility of the skis while maintaining a high level of stability.

Semi-Cap Construction and ABS Sidewalls

The Semi-Cap construction with ABS sidewalls enhances the skis' resistance to mechanical damage and improves force transfer to the edges during aggressive skiing. This solution also allows for precise edge performance in varied snow conditions. As a result, the Black Crows Corvus model guarantees high performance on both hard and soft surfaces.

Composite-Wood Core of the Ski

The ski construction is based on a composite-wood core, which provides an optimal balance between lateral stiffness and longitudinal flexibility. This choice of materials results in excellent vibration absorption and allows for dynamic response to changes in load during skiing. Composite reinforcements increase the durability and support precise ski control.

Black Crows Corvus pink downhill skis - features:

• Tip-Tail providing excellent floatation in powder;
• Composite-wood core ensuring stability and elasticity;
• Semi-Cap construction with ABS sidewalls for better force transmission;
• 110 mm width underfoot for off-piste skiing;
• Shaping of 135/110/119 mm enabling dynamic turns;
• High resistance to damage thanks to the solid construction;
• Precise handling on varied snowy surfaces;
• Reactivity and control at high speeds;
• Stability maintained even in difficult terrain.