Women's ski gloves SCOTT Ultimate Hybrid black (291905)

SCOTT Ultimate Hybrid women's ski gloves black is a product designed to ensure comfort and protection in harsh winter conditions. Thanks to DRYOsphere technology, these gloves provide effective protection against wind and water, allowing warmth to be maintained during snow activities. The DUROloft filling offers additional thermal insulation, making them suitable for those who value warmth.

Advanced technologies

The SCOTT Ultimate Hybrid gloves use DRYOsphere technology, which effectively protects against adverse weather conditions. As a result, the gloves are windproof and waterproof, ensuring that hands remain dry even during intense snowfalls. The DUROloft filling enhances thermal comfort, which is essential during prolonged outdoor use.

Construction and functionality

SCOTT Ultimate Hybrid women's ski gloves black feature a five-finger design, providing freedom of movement and precision grip. Adjustable Velcro cuffs allow for individual fitting to the user's needs. The touchscreen-friendly feature is an additional advantage, enabling the use of mobile devices without the need to remove the gloves.

Materials and ecology

The production of SCOTT Ultimate Hybrid gloves employs materials such as polyester, polyamide (nylon), and polyurethane. The lining made from 100% polyester ensures pleasant contact with the skin and additional warmth. The use of PFC-free DWR finishing indicates an ecological approach to production, eliminating the need for harmful chemicals.

SCOTT Ultimate Hybrid black ski gloves - features:

• DRYOsphere technology provides windproofness and waterproofness;
• DUROloft filling increases thermal insulation;
• Touchscreen compatibility allows for mobile device use;
• Adjustable Velcro cuffs allow for individual fitting;
• Five-finger design provides freedom of hand movement;
• 100% polyester lining offers thermal comfort;
• Materials include polyester, polyamide (nylon), and polyurethane;
• PFC-free DWR finishing indicates an ecological approach.