Rab Expedition Kitbag II travel bag 120 l blue (QAP-59-BLU-120)

Rab Expedition Kitbag II 120 l blue travel bag is a reliable choice for those seeking large capacity and functionality during travel. Made from durable materials such as polyester and thermoplastic polyurethane (TPU), it ensures durability and resistance to various conditions. With a capacity of 120 litres, the bag can hold all essential items, making it an ideal solution for long trips.

Innovative technologies

The Rab Expedition Kitbag II 120 l blue travel bag is equipped with advanced technologies such as YKK® and WATER RESISTANT. YKK® zippers provide smoothness and reliability of closure, which is crucial during intensive use. The WATER RESISTANT technology offers a certain level of protection against moisture, which is useful in variable weather conditions.

Versatility of use

The Rab Expedition Kitbag II 120 l blue travel bag offers the option to be worn as a backpack, increasing comfort during long journeys. Thanks to ergonomic straps, the bag easily adapts to different needs, allowing comfortable movement both at the airport and in the field. This functionality makes the bag extremely practical in various situations.

Thoughtful design and materials

The use of materials such as polyester and thermoplastic polyurethane (TPU) in the Rab Expedition Kitbag II 120 l blue travel bag guarantees its durability and flexibility. These materials are resistant to mechanical damage, ensuring long-lasting use of the product. The bag features a sturdy zipper that additionally secures the contents against unauthorised access.

Rab Expedition Kitbag II travel bag - features:

• Large 120-litre capacity ideal for long trips;
• Made from durable polyester and thermoplastic polyurethane (TPU);
• Advanced YKK® zippers ensuring smooth closure;
• WATER RESISTANT technology offering protection against moisture;
• Option to wear as a backpack providing convenience;
• Ergonomic straps adapting to the user;
• Sturdy zipper protecting the bag’s contents;
• Resistance to mechanical damage thanks to the materials used.