Children's ski suit Helly Hansen Rider 3.0 Ins iron oxide (40139_301)

Helly Hansen Rider 3.0 Ins children's ski suit in iron oxide is an excellent choice for young winter sports enthusiasts. It offers protection against wind and water thanks to HELLY TECH® PERFORMANCE technology and Primaloft Black Eco synthetic insulation. Additionally, reflective elements provide better visibility after dark.

Advanced protective technologies

The Helly Hansen Rider 3.0 Ins ski suit uses HELLY TECH® PERFORMANCE technology, which provides waterproofing of 10,000 mm and breathability of 10,000 g/m2/24h, allowing for comfortable use in challenging weather conditions. The Primaloft Black Eco insulation, made from recycled materials, effectively protects against the cold while caring for the environment. The YKK Vislon® zipper ensures durability and ease of use.

Practical construction solutions

Helly Hansen Rider 3.0 Ins children's ski suit in iron oxide features elastic cuffs and waist adjustment, ensuring a comfortable fit and freedom of movement. The adjustable velcro cuffs allow for individual length adjustment. Pockets facilitate the storage of small items, and the outer material made of polyamide ensures durability.

Eco-friendly production approach

The Helly Hansen Rider 3.0 Ins ski suit is environmentally friendly due to the use of PFC-free and recycled materials. The lining, made of 100% recycled polyester, highlights the brand's ecological commitment. This approach reduces the negative impact on the planet while maintaining high product functionality.

Helly Hansen Rider 3.0 Ins children's ski suit in iron oxide - features:

• HELLY TECH® PERFORMANCE technology enhances waterproofing and breathability;
• Primaloft Black Eco insulation provides warmth and is environmentally friendly;
• Reflective elements improve visibility in low light;
• YKK Vislon® zipper allows for easy use;
• Elastic cuffs and waist adjustment provide a comfortable fit;
• Adjustable velcro cuffs adapt length to the user's needs;
• Outer material made of polyamide increases durability and resistance to damage.