The i-Run team says
Designed for one or two-day hikes, the Millet Hiker Air 28 backpack for women boasts impressive technical qualities.
The Air Flow mesh back panel allows air to circulate between your back and the bag for breathability adapted to your efforts. The ergonomic shoulder straps are specially designed to fit the female morphology.
The waist belt ensures good weight distribution while the padded lumbar area improves your comfort. Compatible with a hydration bladder (not included), it helps you stay hydrated.
The main compartment features a side access for added convenience. Several pockets are distributed throughout the model to better organize your belongings.
Key features of the Millet Hiker Air 28 backpack
- Volume: 28 liters
- Designed for the female morphology
- Air Flow mesh back panel: ventilation
- Adjustable ergonomic shoulder straps: fit and comfort
- Adjustable waist belt and chest strap
- Padded lumbar area: comfort
- Compatible with hydration system (not included)
- Pole holders
- Hand rest straps
- Carrying straps: ideal for a tent, mattress, etc.
- Side compression straps
- 1 main compartment
- Zipped side access to main compartment
- 1 expandable side pocket
- 1 pocket on the waist belt
- 1 expandable front pocket
- 1 zipped front pocket
- 2 zipped pockets on the flap
- Key holder
- Recycled materials: eco-friendly
- Low Impact
- Main material: N66-330D MINI RIPSTOP
- Water resistance: 1,000 mm
- Durable water repellent (DWR) treatment without PFC
- Back height: 43 cm
- Dimensions: 58 cm x 30 cm x 22 cm (height x width x depth)
- Weight: 1110 g
- Colors: blue, gray, black, and white
Technologies
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Low Impact
The unique LOW IMPACT framework is based on two essential eco-design criteria: low environmental impact materials (at least 40% of the product's weight is composed of low-impact material) and certified materials (at least 80% of the product's weight must be BLUESIGN® certified).
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Air Flow
The AIR FLOW™ construction ensures the need for internal ventilation during exertion to prevent overheating.
