






Versatile hiking backpack -
MilletTheUbic 35 Black/Sand is a hiking backpack from the brand.
Millet UbicLike the rest of the range, this is a versatile and innovative all-season rucksack that can be used both in winter for ski touring and in summer for one- or two-day hikes with an overnight stay in a mountain shelter, thanks to its many features. In fact, it has several straps that allow you to attach all types of equipment, such as skis, poles, snow shoes, a sleeping mat, etc... You can also carry your water bladder in the bag.
Lightweight, resistant and ergonomic, this bag is also characterised by its comfort when carried. The weight of the rucksack is evenly distributed between your shoulders and hips, whilst the breathable waistbelt and ergonomic shoulder straps provide the comfort you need to make the most of every minute. Ubic 35 If it rains whilst you’re out and about, you can fit the integrated rain cover to keep your belongings dry.
This bag is PFC-free, made from recycled and sustainable materials, and has been tested in our workshops Millet to ensure it’s built to last!



- Adjustable chest strap
- Reminders regarding compression straps and waist belts
- Handrest straps
- Ergonomic shoulder straps
- Ergonomic, Adjustable Belt
- Opening with 2 buckles
- Zipped access to the bottom of the bag
- Zipped pocket at the bottom of the bag
- Front compartment
- Side mesh pocket
- Zipped side pocket
- Front mesh pocket
- 2 Zipped pockets with flaps
- Zipped pocket on an elasticated belt
- Gear holder system
- Key ring
Dimensions : 58 x 28 x 26 cm
Back height: 46 cm
Composition :
- main material : 210D Solution Dye Polyamide with a durable water-repellent finish DWR
- Secondary material: 100% recycled 600D polyester with a durable DWR water-repellent finish (water resistance: (1000 mm)
- Lining : 100% recycled 250D polyester with a durable DWR water-repellent finish (water resistance: (1000 mm)
| ECO DYEING | Thanks to this eco-friendly dye, colours last longer, are more vibrant and are less likely to run. Compared with the traditional textile dyeing process, this technology saves more water, uses far fewer chemicals that are harmful to the environment, and produces fewer CO₂ emissions. |
