Odlo Blackcomb Women's Half-Zip Technical Base Layer - Skipper Blue

Designed for demanding athletes, the Odlo Blackcomb Skipper Blue technical half-zip base layer stands out for its perfect balance of insulation, breathability, and style. Its fitted cut hugs the silhouette without constricting, offering a second-skin feel that is ideal for dynamic activities in cold conditions. Its modern design in Skipper Blue adds an elegant touch to technical outfits, whether on the slopes or in the great outdoors.

Designed for freedom of movement

Thanks to its organic body mapping, each area of the Blackcomb benefits from a tailored knit: more insulating where heat escapes, more breathable where perspiration accumulates. The result: total freedom of movement and effective moisture management, even during sustained effort. The stretch fabric, made from 74% recycled polyester, 21% polyamide, and 5% elastane, follows every movement without restriction and helps reduce muscle fatigue.

Odlo Blackcomb Women: technical clothing designed for all your winter adventures

Whether for cross-country skiing, winter running, or a trip to the mountains, the Odlo Blackcomb half-zip adapts to all activities. Its versatility makes it an ideal mid-layer, to be worn alone or under an insulated jacket.

Here are some of its most appreciated features:

• Practical half-zip collar to adjust ventilation according to your effort
• Quick-drying fabric for lasting comfort
• Seamless construction to reduce irritation and chafing
• Recycled materials for a more sustainable approach to sport
• Close-fitting cut for optimal support

Support Odlo's eco-friendly approach by choosing this technical base layer

In addition to its technical features, the Blackcomb Skipper Blue is part of Odlo's commitment to offering more environmentally friendly products. This underwear is made from recycled fibers and meets the Swiss brand's high standards for quality and sustainability. Its high-performance fabric, which is both soft and durable, guarantees many seasons of use without compromising on performance.