Rossignol Jr Hero soft grey children's winter beanie (RLNYH01_23Q)

The Rossignol Jr Hero children's winter hat in soft grey provides effective protection against the cold during snow activities and daily walks in the winter season. The use of high-quality materials makes this model combine functionality, thermal comfort, and concern for the environment.

Eco-friendly recycled materials

The Rossignol Jr Hero hat is made with acrylic yarn and a lining made from 100% recycled polyester, minimizing the negative impact on the environment. The recycled fibres maintain their thermal insulation properties, ensuring optimal thermal protection. Such solutions support responsible production and help cultivate eco-friendly habits among the youngest users.

Comfortable design with pompom

The design of the hat features a classic style with an ornamental pompom, enhancing the visual appeal of the product. The carefully shaped cut and the flexibility of the acrylic yarn enable adjustment to different head circumferences, ensuring stability even during intense activities. The Jr Hero model is designed for boys and girls engaged in winter sports, providing comfort throughout the day on and off the slopes.

Thermal protection in winter

The double layer of material – acrylic knit on the outside and recycled polyester lining on the inside – effectively isolates against frost and wind. This combination of materials allows for maintaining an appropriate temperature even in significant drops in temperature. The Rossignol Jr Hero hat is a reliable choice for children active in winter and who value thermal comfort.

Rossignol Jr Hero children's winter hat in soft grey - features:

• Made from acrylic, ensuring flexibility and softness of the knit;
• 100% recycled polyester lining;
• Model dedicated to winter sports for children;
• Design with a decorative pompom on top;
• Proper protection against cold and wind;
• Environmentally friendly due to the use of recycled materials;
• Universal fit for boys and girls;
• Acrylic yarn resistant to deformation during use.