Waistbag Fjällräven High Coast Hip 1.5 l blackberry (F23223)

The Fjällräven High Coast Hip 1.5 l waist pouch in blackberry provides functionality and comfort during every hiking trip, combining a compact form with practical organisational solutions. Made from recycled 210D polyamide, it represents a conscious choice for those who value eco-friendly materials and durability.

Durable recycled polyamide material

The Fjällräven High Coast Hip model is made from fully recycled 210D polyamide, which stands out for its high abrasion resistance and durability even during intensive use. The use of recycled materials and a PFAS-free formula highlights the care for the environment. The fabric structure is further supported by a user-friendly raw material composition free from harmful substances.

Practical construction solutions

The pouch is equipped with a comfortable adjustable strap system that allows for quick and precise fitting to the user's silhouette. The zipper ensures secure closure of the contents, while the internal key clip enhances functionality during everyday activities. The entire construction provides comfortable use during both short outings and longer hikes.

Eco-friendly production approach

The Fjällräven High Coast Hip model is made from recycled materials, which reduces the impact on the natural environment. The choice of safe raw materials and the elimination of PFAS aligns with modern standards of responsible outdoor production. This makes the pouch a practical and thoughtful choice for those seeking sustainable solutions on the trail and in the city.

Fjällräven High Coast Hip 1.5 l blackberry waist pouch - features:

• Made from high-resistance recycled 210D polyamide;
• Environmentally and user-safe composition free from PFAS;
• Adjustable strap system for individual fitting;
• Zipper ensures secure closure of contents;
• Internal key clip for better organisation;
• Compact capacity of 1.5 litres, ideal for daily outdoor activities;
• Designed for hiking and urban use;
• Eco-friendly production approach through the use of recycled materials;
• Durable fabric resistant to damage during intensive use.