Bag The North Face Base Camp Tote Pack 19,7 l deep burgundy/t (NF0A8BK7ZQ51)

The North Face Base Camp Tote Pack 19.7 l deep burgundy/t is a versatile product perfect for active individuals who value practicality and style. Made from durable recycled polyester, the bag offers durability and resistance to everyday wear and tear. With a capacity of 19.7 litres, it is ideal for daily commutes or weekend getaways, providing ample space for all your essentials.

Innovative technologies

The North Face Base Camp Tote Pack 19.7 l deep burgundy/t is equipped with modern technologies that enhance its functionality. The use of YKK® zippers ensures smooth and reliable operation, while the DWR coating provides additional protection against moisture. This makes the bag not only stylish but also practical in various weather conditions.

Functionality and comfort

The North Face Base Camp Tote Pack 19.7 l deep burgundy/t offers the option to be carried both as a bag and a backpack, making it extremely versatile. A practical laptop pocket provides secure storage for electronic devices, which is essential for people working on the go. The zipper allows quick access to the bag’s contents, which is a great advantage for everyday use.

Eco-friendly approach

The production process of The North Face Base Camp Tote Pack 19.7 l deep burgundy/t incorporates recycled materials, highlighting the brand’s commitment to environmental protection. As a result, the product is not only functional but also planet-friendly, aligning with a modern approach to sustainable development.

The North Face Base Camp Tote Pack – features:

• Made from durable recycled polyester;
• 19.7-litre capacity providing ample space for everyday needs;
• YKK® zippers ensuring smooth operation;
• DWR coating offering additional moisture protection;
• Can be carried as a bag or backpack, increasing versatility;
• Laptop pocket providing secure storage for electronic devices;
• Zipper allowing quick access to contents;
• Dimensions: 36 x 44.5 x 21 cm;
• Made from recycled materials for greater environmental friendliness.