Women's sleeping bag Millet Light Down -5° blue orion (MIC1128)

Millet Light Down Women’s Sleeping Bag -5° blue orion is the perfect solution for women seeking comfort during cooler nights on the trail. Thanks to the use of polyester as the outer material, the sleeping bag features exceptional durability and lightweight properties. The natural filling provides excellent thermal insulation, making the sleeping bag ideal for varied weather conditions.

K-DRY™ DOWN: Moisture Protection

The K-DRY™ DOWN technology guarantees that the filling of the sleeping bag retains its insulating properties even in a humid environment. As a result, users can enjoy warmth and comfort regardless of weather conditions. Additionally, the implementation of this technology contributes to the product's longer lifespan, which is particularly important for those spending a lot of time outdoors.

Convenient Use Thanks to the Left Zip

The Millet Light Down Women’s Sleeping Bag -5° blue orion is equipped with a left zip, making access easier and enhancing user comfort. The construction of the sleeping bag ensures a good fit and comfort while sleeping. Its length of 205 cm and width of 70 cm guarantee sufficient space for a comfortable rest.

Responsible Material Sourcing

The Millet sleeping bag meets RDS certification standards, confirming responsible sourcing of materials. Concern for the natural environment and an ethical approach to production are key aspects that the Millet brand emphasises. This way, users can be assured that they are choosing a product that is friendly to the planet.

Millet Light Down Women’s Sleeping Bag - features:

• High-quality outer material made of polyester ensuring durability;
• Natural filling guaranteeing excellent thermal insulation;
• K-DRY™ DOWN technology increasing moisture resistance;
• Left zip facilitating access and user comfort;
• Length of 205 cm and width of 70 cm providing comfort during sleep;
• RDS standard confirming responsible material sourcing;
• Environmentally friendly due to an ethical production approach.