Fjällräven Greenland Shoulder Bag 12 l deep forest (F23154 662)

The Fjällräven Greenland Shoulder Bag 12 l deep forest is designed for those who value versatility and sustainable materials in everyday use. The model combines practical capacity with durability, offering functional solutions for urban users and during shorter trips.

Organic and recycled materials

The construction features a blend of 65% recycled polyester and 35% organic cotton, which translates to significant resistance to abrasion and enhanced fibre longevity. The base material, free from harmful PFAS compounds, highlights Fjällräven's commitment to environmental sustainability and safety in everyday use. The bag meets high ecological standards, aligning with current demands in the outdoor market.

User-friendly functionality and laptop pocket

The model offers a well-thought-out interior organisation with a dedicated laptop pocket, allowing for convenient and secure storage of electronic devices. The compact capacity of 12 litres provides just the right amount of space for essential items without excessive bulk. The Fjällräven Greenland Shoulder Bag is suitable for both daily commutes and outings out of town.

Durability and versatile use

The durable construction based on a blend of recycled polyester and organic cotton ensures resistance to intensive use in diverse conditions. The model features a compact shape, allowing freedom of movement and making it easily adaptable to various activities. The safe materials used in the bag confirm its versatility and the brand's ecological approach.

Fjällräven Greenland Shoulder Bag 12 l deep forest - features:

• Body made of 65% recycled polyester and 35% organic cotton;
• Safe materials free from PFAS compounds;
• Internal pocket designed for laptop transport;
• 12-litre capacity for everyday needs;
• Material with enhanced abrasion resistance;
• The fibres used meet current ecological standards;
• Universal use in the city and for trips;
• Easy access to contents through intuitive solutions;
• High durability resulting from careful selection of raw materials;
• Ecological approach considering both recycling and organic raw materials.