




Technical mountaineering trousers - Unisex -
The Vertigo Pants Black unisex mountaineering trousers from Montura have been designed to reach the summits.
Crafted from Thermolite stretch, breathable and water-repellentnylon, this style gives you plenty of freedom of movement. Its interior is soft and retains heat. It also has zipped openings on the sides so you can check the level of ventilation. With Kevlar®knees, these trousers are extremely resistant to tearing and abrasion. It also has hand pockets for storing small personal items.




- Elastic and strong nylon Thermolite® design
- Reinforcements in Kevlar®
- Elastic waistband
- Side ventilation zips
- 4-way stretch structure
- Zipped hand and back pockets
- Adjustable bottom with zip and gusset
- Pre-fitted for fixing under the shoe
- PFC-free DWR water-repellent treatment
Maintenance instructions :
- Do not iron, do not dry clean
- Wash at 30° on the Very Delicate programme
- Extended drying in the shade or tumble drying at low temperature
Materials:
- Main outer fabric: 53% Polyester, 47% Polyamide
- Secondary outer fabric: 48% Polyamide, 40% Polyester, 12% Elastane
- Front insert : 70% Polyamide, 25% Aramid, 5% Elastane
- Rear insert : 73% Polyamide, 14% Polyester, 13% Elastane
- Side insert: 86% Polyamide, 14% Elastane
- Lining: 100% Polyester
| Thermolite® | Thermolite® is a lightweight, functional fabric. Made fromAdvansa hollow fibres to catch air and get the best thermal insulation. Hollow fibre technology offers maximum warmth with minimum weight. The surface of the fibre allows moisture to be transported to the outside of the fabric, thus leading to faster evaporation. |
| Kevlar® | Extremely strong but at the same time light and durable, the Kevlar® offers the perfect balance between form and function. |
| DWR | The durable water repellent (DWR) finish repels light rain and snow and reduces the drying time of the fabric. In addition to the waterproof/breathable membrane, the DWR treatment prevents the fabric from becoming saturated with moisture, so that the breathable membrane can function properly. |