Tatonka Norix 28 l women's hiking backpack elemental blue (1470.279)

Tatonka Norix 28 l women's hiking backpack in elemental blue is the ideal choice for hiking enthusiasts. Designed with comfort in mind for long treks, this backpack offers a spacious main compartment with a capacity of 28 litres. Made from durable nylon and polyester, it ensures longevity and resistance to damage. With a cut tailored to the female silhouette, it performs excellently for a variety of excursions.

Vent Comfort Carrying System

The Tatonka Norix 28 l women's hiking backpack in elemental blue is equipped with the Vent Comfort carrying system, which provides excellent ventilation for the back. This ensures that even during intense exertion, the back remains dry and comfortable. The hip and chest straps allow for even weight distribution, significantly improving stability and comfort during wear.

Compatibility with Hydration System

The Tatonka Norix 28 l women's hiking backpack in elemental blue is compatible with a hydration system, making it easy to stay hydrated on long trails. This way, you don't have to interrupt your walk to reach for a water bottle. This practical solution is particularly appreciated by active female hikers.

Eco-Friendly Approach

Caring for the environment, the Tatonka Norix 28 l women's hiking backpack in elemental blue is made using PFC-Free technology. This means that harmful perfluorinated chemicals were not used in production. Such an approach reduces the negative impact on the environment, which is important for environmentally conscious users.

Tatonka Norix 28 l women's hiking backpack - features:

• 28-litre capacity providing space for essential gear;
• Construction from durable nylon and polyester ensuring resistance to damage;
• Cut adapted to the female silhouette ensuring user comfort;
• Vent Comfort carrying system providing effective back ventilation;
• Hip and chest straps allowing for even weight distribution;
• Compatibility with hydration systems enabling easy hydration;
• DWR technology increasing moisture resistance;
• Eco-friendly PFC-Free approach reducing environmental impact.