Urban backpack Fjällräven High Coast Totepack 23 l blackberry (F23225)

The Fjällräven High Coast Totepack 23 l in blackberry stands out for its combination of practicality and advanced, eco-friendly material solutions. This model is designed with daily mobility in mind and the requirements of the modern user, who seeks durability and informed choices in raw materials.

Recycled Nylon and Safe Materials

The body of the backpack is made entirely of 100% recycled nylon, which significantly reduces environmental impact while ensuring high mechanical durability. The Fjällräven High Coast Totepack meets PFAS-free standards, guaranteeing safety for both the user and the environment. The selection of materials certified as "Safe Materials" further highlights the commitment to sustainable production.

Functional Design and User-Centric Details

The model features a spacious main compartment that zips closed, providing easy access to the interior. The backpack is equipped with a dedicated laptop pocket, allowing for safe transportation of electronic devices during daily activities. Adjustable straps enhance wearing comfort and allow for a custom fit to the user’s body shape.

Comfort for Everyday Use

With a capacity of 23 litres, the Fjällräven High Coast Totepack combines compactness with high material durability and an ergonomic carrying system, making it a reliable companion both in the urban rhythm and during short trips outside the city. The thoughtful design of this accessory meets the needs of users who value functionality and comfort in daily use.

Fjällräven High Coast Totepack 23 l in blackberry - features:

• Fully made from recycled nylon;
• Meets PFAS-free standards for user safety;
• Contains certified safe materials in line with ecology;
• Spacious main compartment with a zip closure;
• Comfortable carrying system facilitating everyday use;
• Single main compartment allowing easy access;
• Designed without a hip belt or chest strap;
• Created with urban tourism in mind;
• Environmentally friendly production process and raw material selection;
• Universal design for both women and men.