Lasse Kjus - Women's FRX Summit Shell Pants - Ski trousers
At a glance
Material information & features
- Suitable for:
- Women
- Recommended use:
- freeride, skiing, snowboard
- Main material:
- 85% polyamide, 15% elastane
- Material type:
- hardshell, synthetic fibre
- Fabric properties:
- breathable, stretchy, waterproof, windproof
- Breathability:
- 40,000 g/m²/24h (MVTR)
- Hydrostatic head main material:
- 20,000 mm
- Closure:
- adjustable straps
- Venting:
- via side zips on the thigh
- Pockets:
- 2 zipped front pockets
- Fit:
- regular
- Extras:
- scuff guard, logo print, powder skirt, adjustable leg cuffs
- Legal notice:
-
Please choose a sizePlease choose a colourPlease choose a variant
- Item No.:
- 107-4583
Product description
Waterproof and warm ski trousers
Even in adverse weather conditions, the Women's FRX Summit Shell Pants from Lasse Kjus show what they're made of. Their insulating materials provide cosy warmth, offering you reliable protection even when temperatures drop sharply. These trousers are designed to be waterproof to prevent rain or snow from getting inside and causing any irritating dampness. At the same time, they effectively block the wind, so you can concentrate fully on your descent.
A perfect fit thanks to adjustable elements
In addition, the Women's FRX Summit Shell Pants offer perfect support, even during athletic manoeuvres such as jumps. Plus, the seat can be adjusted to suit your needs using the two integrated straps on the waistband. Adjustable leg cuffs also provide extra protection against snow and moisture. Should you get too warm during your activities, zips on the thighs allow for quick and targeted ventilation. Their casual look goes well together with any stylish outfit and is sure to get you in the mood for mountain adventures.
Key benefits:
- Stylish ski trousers with a comfortable, loose fit
- Adjustable waistband with handy straps
- Water and windproof materials offer dry comfort
- Hardwearing outer materials for long-lasting durability
Ask our experts
Campz expert Max