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- 2 attachment points for walking poles
- Inside pocket with key ring
- Top pocket
- 2 side pockets
- Ultra-breathable shoulder braces with 2 zipped pockets for 500ml flexible flasks or other accessories
- Compression system featuring a tensioner and a strap with loops at the front
- Hydration port for feeding the shaft through
- Clip and case for a hydration bladder in the main compartment
- Adjustable chest strap and removable waist belt
- Interchangeable harness system and two-point adjustment
- Ultra-breathable back AeroForm panel and anti-deformation support structure
- Certified bluesign®
Dimensions : 49 × 24 × 19 cm
Composition :
- main material : 210D Nylon Cordura with technology Hadron® LCP and Vectran 200D twisted yarn, 165 g/m² – 93% Nylon, 7% polyarylate
- Yokes/Inserts: Powernet, 200 g/m² – 72% Nylon, 28% Spandex
- Lining : 200D, 108 g/m² – 100% Polyester
- FC0-DWR water-repellent finish
- No intentional addition of PFAS
| Hadron® LCP | A fabric technology developed by Arc'teryx which incorporates fibres into Liquid Crystal Polymer (LCP) Nylon to produce an ultra-lightweight material that is highly abrasion resistant and tear-resistant, with a distinctive embossed texture. |
| CORDURA® | The Cordura® is the ultimate choice for textile reinforcement thanks to its dense weave. It is extremely resistant to wear, abrasion and cuts. Ideal for strenuous outdoor activities. Its strength means it is used for large-volume bags or as a reinforcement on textile items. |
| Powernet | A stretch mesh fabric offering excellent elasticity, good breathability and a secure fit, ideal for stretch pockets. |
| BLUESIGN® | The system bluesign® is the solution for an environmentally friendly textile industry. It regulates the use of harmful substances right from the start of the manufacture process and sets and monitors standards for safe and environmentally friendly production. |
| FC0-DWR | A long-lasting water-repellent treatment free from fluorinated compounds, which helps water to run off the surface of the fabric whilst minimising absorption. |