


Hiking backpack - Women -
Available colours:
The Ubic 30 W Dark Red is a women's hiking backpack from the brand Millet.
Like the entire Millet Ubic range, it is a versatile and innovative 4-season pack that can be used both in winter for ski touring and in summer for day hikes, thanks to its numerous features. Indeed, you can also carry your hydration bladder in the pack along with everything you need to ensure you lack nothing during your outing.
Lightweight, durable and ergonomic, this pack is also characterised by its carrying comfort, specially designed for the female morphology: the load is well distributed between shoulders and hips, while its breathable hip belt and ergonomic shoulder straps provide optimal comfort. If it rains during your outing, you can deploy the integrated rain cover on the Ubic 30 W to keep your belongings dry.
This pack is designed without PFCs, made from recycled and durable materials, and tested in Millet workshops to last!



- Adjustable chest strap
- Ergonomic shoulder straps specially adapted to the female morphology
- Ergonomic waist belt specially adapted to the female morphology
- Reinforced base
- Base straps
- Load reminders on shoulder straps and waist belt
- Hand rest straps
- 2 removable compression straps
- 2 lateral compression straps
- Flap opening with 2 buckles
- Large suitcase-style zipped opening
- Front compartment
- 2 lateral mesh pockets
- Zipped front pocket
- Zipped pocket on the waist belt
- 2 zipped pockets on the flap
- Pole carrying straps
- Key holder
Dimensions: 56 x 27 x 25 cm
Back length: 40 cm
Composition:
- Main material: 210D Polyamide Solution Dye with durable water-repellent treatment DWR
- Secondary material: 100% recycled 600D Polyester with durable water-repellent treatment DWR (waterproof rating: 1000 mm)
- Lining: 100% recycled 250D Polyester with durable water-repellent treatment DWR (waterproof rating: 1000 mm)
| ECO DYEING | Thanks to this ecological dyeing, colour retention is longer, their intensity stronger, and the risk of bleeding lower. Compared to the traditional textile dyeing process, this technology saves more water, uses far fewer environmentally harmful chemicals, and produces less CO2 emissions. |