L1 Axial Pant
The Original All-Mountain Baggy 4-way Stretch Fit
Product Information
The team's backcountry favorite is the premium 20K/20K 4-way stretch Axial Pant, which features stylish cinched cuffs and a proper baggy fit. It provides a genderless mountain fit for anyone looking for loose-fitting, lightweight, technical pants to explore the entire trail map and beyond. The recycled 4-way stretch 3-layer fabric provides unparalleled comfort and protection from extreme conditions, while the cinched cuff and built-in belt elevate your functional style.
Construction Details
Technical features
- NOVA-X
- Fully taped seams
- Shell
- 20K Waterproofness
- 20K Breathability
- Loose fit
Sustainability Efforts
- PFC-free DWR
- Recycled materials
- Eco Yarn Lining
L1 Axial Pant
Sale price0,00 €
Specifications
NOVA-X
Our technical, waterproof, breathable, windproof, 20k/20k 4-way stretch fabric solution exclusively available on our Axial Collection.
Fully taped seams
All seams and areas with stitch lines are heat sealed with water-repellent tape.
Shell
Non-insulated garment, single layer, wind-resistant.
20K Waterproofness
20,000mm Waterproofing
20K Breathability
20,000g Breathability
Loose fit
More room to move with a comfortable fit through the seat, thigh and a straighter leg opening.
PFC-free DWR
As part of our commitment to improving our environmental footprint we have entirely switched from C6 DWR containing hazardous PFC’s (per- and poly-fluorinated chemicals) to PFC-free DWR on all our fabrics and styles that require a DWR coating. The importance of a cleaner textile process is fundamental in our journey to reducing our environmental footprint.
Recycled materials
A work in progress, we’ve set a goal to work towards having a line completely made of only fully recycled fabrics in the near future. As we start this journey, our main goal is to do our part in reducing the industry’s greater impact one step at a time.
Eco Yarn Lining
Our liners use an eco-friendly fabric—a waterless-dyed fabric produced without immersion in water. This process reduces CO₂ emissions and uses less energy to produce. It also helps improve the environmental balance of textiles throughout the product life cycle.
