Men's ski trousers SCOTT Ultimate Dryo 10 fog blue (425404)

SCOTT Ultimate Dryo 10 fog blue men's ski trousers are an advanced product designed for optimal protection in harsh winter conditions. Featuring DRYOsphere technology, they ensure effective waterproofing and windproofing, translating to comfort while skiing. Additionally, DUROloft ECO insulation guarantees warmth in cool temperatures.

Modern technologies

The SCOTT Ultimate Dryo 10 trousers utilise a 2L two-layer membrane construction, meaning the outer fabric is permanently bonded to the membrane, while an additional loose lining provides better ventilation. This effectively transports moisture away from the inside of the trousers, minimising the risk of overheating during intense exertion. The DWR (Durable Water Repellent) technology further enhances the material's water resistance.

Construction and materials

SCOTT Ultimate Dryo 10 fog blue men's ski trousers are made entirely from polyester, providing durability and resistance to abrasion. The Regular Fit ensures that the trousers fit well to the body without restricting movement, which is crucial during dynamic descents. Zippered pockets allow for the secure storage of small items while on the slopes.

Eco-friendly solutions

The SCOTT Ultimate Dryo 10 trousers are environmentally friendly, as confirmed by the PFC-Free certification and the use of recycled materials. This approach minimises negative environmental impact, which is important for conscious consumers who care about ecology.

SCOTT Ultimate Dryo 10 fog blue men's ski trousers - features:

• DRYOsphere technology provides waterproofing and windproofing;
• DUROloft ECO insulation guarantees warmth in low temperatures;
• 2L two-layer membrane construction improves ventilation;
• DWR finish increases water resistance;
• Material made from 100% polyester ensures durability;
• Regular Fit allows for comfortable fitting to the body;
• Trousers are environmentally friendly due to PFC-Free certification;
• Use of recycled materials reduces environmental impact.