Women's ski gloves LEKI Griffin Base 3D Mitt black (654809501)

LEKI Griffin Base 3D Mitt women's ski gloves black are an excellent choice for winter sports enthusiasts who value comfort and functionality. These two-finger gloves are made from durable materials such as polyester, elastane, and natural sheep and goat leather, ensuring their durability and protection against the cold. Thanks to the use of softshell materials, these gloves are flexible, allowing freedom of movement while skiing.

Hydroloft® Technology

The LEKI Griffin Base 3D Mitt women's ski gloves black are equipped with Hydroloft® insulation technology, which effectively protects against the cold while providing breathability. This keeps hands warm and dry even in the most demanding weather conditions. The synthetic filling supports thermal insulation, and the polyester lining enhances wearing comfort.

Waterproofing and Trigger 3D Technology

The LEKI Griffin Base 3D Mitt women's ski gloves black feature a waterproof construction, which is essential when skiing in wet conditions. An additional advantage is the use of Trigger 3D technology, allowing quick and secure attachment of the gloves to ski poles, increasing comfort and safety during use.

Thermal Comfort and Durability

The LEKI Griffin Base 3D Mitt women's ski gloves black offer high thermal comfort thanks to materials that insulate against the cold. The sheep and goat leather used for the palm provides extra durability and excellent grip. The flexible design allows freedom of movement, which is important during dynamic skiing.

LEKI Griffin Base 3D Mitt ski gloves - features:

• Two-finger design ensuring freedom of movement;
• Sheep and goat leather for added durability and grip;
• Hydroloft® insulation technology guaranteeing protection against the cold;
• Synthetic filling supporting thermal insulation;
• Polyester lining increasing wearing comfort;
• Waterproof construction protecting against moisture;
• Trigger 3D technology enabling quick attachment to ski poles;
• Use of softshell materials for flexibility and durability.