VAUDE CityGo 30 l linen backpack (14323)

VAUDE CityGo 30 l urban backpack in linen is an excellent choice for those seeking functionality and comfort in daily use. With a capacity of 30 litres, the backpack is perfect for the city, providing space for all essential items. Made from durable materials such as polyamide, polyester, and polyurethane, it ensures long-lasting use even in challenging conditions.

Modern technologies

The VAUDE CityGo 30 l linen backpack is equipped with the Vent-Tex carrying system, which provides excellent back ventilation during wear. This technology not only enhances user comfort but also helps maintain the appropriate body temperature during prolonged use. Additionally, the backpack is compatible with the Light Me Up Kit, allowing for increased visibility after dark.

Functional solutions

The VAUDE CityGo 30 l linen backpack features a chest strap and a hip belt to ensure stability and even weight distribution. The laptop pocket is another thoughtfully designed element, allowing for safe storage of electronics. With these features, the backpack is ideally suited for everyday use in an urban environment.

Ecological approach

VAUDE places great emphasis on sustainability, which is reflected in the CityGo 30 l linen backpack. The product has been certified with GRÜNER KNOPF, Fair Wear, and Climate Neutral labels, confirming its environmental friendliness. Additionally, the materials used in its production are recycled, helping to reduce the impact on the natural environment.

VAUDE CityGo 30 l urban backpack - features:

• Large capacity providing space for all essential items;
• Made from polyamide, polyester, and polyurethane for durability;
• Vent-Tex carrying system providing excellent back ventilation;
• Compatibility with Light Me Up Kit for increased visibility;
• Chest and hip straps ensuring stability and comfort during wear;
• Laptop pocket allowing for safe storage of electronics;
• GRÜNER KNOPF, Fair Wear, and Climate Neutral certifications highlighting ecological approach;
• Materials sourced from recycling reducing environmental impact.