Women's ski trousers SCOTT Ultimate Dryo 10 latte beige (425406)

SCOTT Women's Ultimate Dryo 10 Latte Beige Ski Pants are an advanced product designed for winter sports enthusiasts. Thanks to the use of DRYOsphere technology and DUROloft ECO insulation, the pants provide effective protection against cold and moisture. The 2L membrane construction ensures additional durability and user comfort.

Protection against weather conditions

The SCOTT Ultimate Dryo 10 pants have a membrane waterproofing level of 10000, which effectively protects against rain and snow. The windproof feature significantly increases thermal comfort, even in difficult weather conditions. Additionally, DWR technology aids moisture protection, ensuring dryness and comfort during slope activities.

Functionality and comfort

SCOTT Women's Ultimate Dryo 10 Latte Beige Ski Pants have been designed with maximum functionality in mind. The Regular Fit guarantees freedom of movement, which is essential during intense exertion. The pants are equipped with zippered pockets that allow for the secure storage of small items. The ventilation system allows for body temperature regulation, increasing wearing comfort.

Ecology and materials

The SCOTT Ultimate Dryo 10 ski pants are made from environmentally friendly materials. The polyester used in production comes from recycling, and the entire product is free from PFC, minimising its impact on the environment. This product combines modern technologies with care for nature.

SCOTT Ultimate Dryo 10 Latte Beige Ski Pants - features:

• Use of DRYOsphere technology provides protection against water and wind;
• DUROloft ECO insulation increases thermal comfort;
• 2L membrane construction guarantees durability and comfort;
• The membrane waterproofing level is 10000;
• Regular Fit allows for freedom of movement;
• Zippered pockets enable secure storage of items;
• Ventilation allows for body temperature regulation;
• Polyester is recycled, which is environmentally friendly;
• The product is free from PFC, reducing its impact on nature.