Women's alpine skis Black Crows Atris Birdie W turquoise (102384-166)

The Black Crows Atris Birdie W turquoise women's downhill skis guarantee precise handling and advanced capabilities in freeride terrain. Thanks to the composite-wood core and the Semi-Cap construction with ABS sidewalls, this model provides high stability and immediate responsiveness to the skier's impulses.

Rocker Tip-Tail Technology and Geometry

The Rocker profile: Tip-Tail optimises floatation in deep snow and facilitates turning initiation on challenging slopes. A turn radius of 19 m at a length of 172 cm allows for dynamic direction changes and smooth riding on both open fields and in tight terrain. The dimensions of 136/105/122 mm facilitate control over the ski in all snow conditions.

Advanced Composite-Wood Core

The Black Crows Atris Birdie W features a composite-wood core that combines low weight with high flexibility and effective energy transmission. The combination of composite layers with natural wood provides control, responsiveness, and resistance to deformation during high-speed descents in varied terrain. This solution is dedicated to demanding female skiers seeking precision even at high speeds.

Semi-Cap Construction and ABS Sidewalls

The Semi-Cap construction combined with ABS sidewalls strengthens the entire ski, minimising vibrations and providing better edge grip on hard surfaces. This type of structural solution enhances the transfer of forces along the entire length of the ski and increases safety while skiing in difficult downhill conditions. Semi-Cap also helps maintain core durability during intensive freeride use.

Black Crows Atris Birdie W turquoise women's downhill skis - features:

• Semi-Cap construction with ABS sidewalls for stability and control;
• Tip-Tail enhancing floatation in powder and manoeuvrability;
• Composite-wood core ensuring responsiveness and flexibility;
• Turn radius of 19 m for smooth and dynamic arcs;
• Dimensions of 136/105/122 mm facilitating handling in various conditions;
• Designed for freeride for advanced skiers;
• High resistance to deformation thanks to the materials used;
• Stability at high speeds in varied terrain;
• Better edge grip on hard snow due to the construction;
• Effective energy transmission from the composite-wood core.