Women's ski suit Nikkie Nevern Ski black (N 2-159 2507)

The women's ski suit Nikkie Nevern Ski black is designed for demanding winter sports enthusiasts who expect a combination of advanced protection and thermal comfort. Modern technologies and carefully selected materials ensure user comfort, providing freedom of movement on the slope even during intense activity.

Durable and flexible materials

The construction uses synthetic fabrics such as polyester, polyamide, and elastane, resulting in increased resistance to abrasion and durability during use in harsh winter conditions. The flexibility of the material ensures natural freedom of movement, allowing full control over the body while skiing. The synthetic insulation supports maintaining proper thermal insulation, enhancing thermal comfort on the slope.

Anatomical fit and functionality

The Nikkie North Lacq Ski suit offers a regular fit and a mid-rise waist, ensuring optimal ergonomics during activity. The zippered legs and waist adjustment allow for individual fitting, while the snow skirt effectively protects against snow entering the garment. Practical pockets enhance functionality during a full day on the slopes.

Women's ski suit Nikkie Nevern Ski black - features:

• Waterproof membrane with 10,000 waterproofing effectively protects against moisture;
• Breathability at the level of 5,000 g/m2/24h for thermal comfort;
• Construction made of durable polyester, polyamide, and elastane;
• Synthetic insulation providing thermal insulation during frost;
• Snow skirt preventing snow from entering the inside of the suit;
• Waist adjustment for individual fitting;
• Zippered legs for easy putting on and taking off the suit;
• Waterproof zipper securing against moisture penetration;
• Regular fit and mid-rise waist for comfortable movements;
• Durable materials resistant to abrasion and mechanical damage;
• Pockets for safely storing small items on the slopes;
• Freedom of movement thanks to the use of elastic fibres;
• Thermal comfort guaranteed during prolonged activity in low temperatures.