


Technical backpack -
The rucksack Nirvana 22 FWT from Mammut is a unisex model that will accompany you on your most demanding freeride and ski touring outings.
It has been designed to be as comfortable and practical as possible. It has a small back pocket into which you can insert the Mammut back protector. Its carrying system is optimised for maximum comfort. Naturally, this bag is compatible with a hydration system. The Nirvana has a zip fastening to prevent accidental opening. Its PFC-free water-repellent treatment means your gear won't get wet or snowy.
On the practical side, this technical backpack has several pockets that are easily accessible in a single movement, thanks in particular to its 270° zipped opening on the back. Mesh pockets at the waist allow you to keep small personal items such as a hat or glasses case close at hand. It has a helmet holder and a pocket for avalanche safety equipment. For the steepest parts of your outings or at the end of your session, you can hang up your skis or snowboard.
This FWT model features a unique logo created in collaboration between Mammut and the Freeride World Tour.


- Main material:
- Fully accessible main compartment with zipper on the back
- Front pocket for avalanche protection equipment
- Integrated pocket for back protection
- SOS label with emergency instructions
- Back access to main compartment
- Strap for poles
- PFC-free DWR water-repellent treatment
- Bluesign® certified
Dimensions: 30 x 17 x 50cm
Materials:
- Main materials: 90% Polyamide, 10% Polyester
- Outer material: 100% recycled 840D nylon
| Bluesign® | The bluesign® system is the solution for an environmentally friendly textile industry. It eliminates harmful substances from the beginning of the manufacturing process and sets and monitors standards for safe and eco-friendly production. |
| DWR | The durable water repellent (DWR) finish repels light rain and snow and reduces the drying time of the fabric. In ion to the waterproof/breathable membrane, the DWR treatment prevents the fabric from becoming saturated with moisture, so that the breathable membrane can function properly. |