M AK Cyclic Gore-Tex 2L Pants Dried Moss
Waterproof trousers in
Other colors available
60 days to change your mind
No subject to promotional offersThe M AK Cyclic Gore-Tex 2L Pants Dried Moss for men from the brand Burton is a technical pair of trousers designed for ski and snowboard enthusiasts seeking performance and comfort.
Made from 70D recycled nylon, it features a lightweight, thin, and durable GORE-TEX® ePE 2L membrane that provides waterproof and breathable protection against the elements. Its construction with triple-stitched reinforced seams ensures enhanced durability, while its articulated classic fit offers optimal freedom of movement. Its production using recycled materials helps reduce water consumption and CO2 emissions.
These trousers are equipped with a contoured waistband with internal adjustment for a comfortable fit. Multiple secure pockets, including a thigh pocket and hand pockets, make storing your essentials easy. Zip ventilation openings ensure good thermal regulation during exertion, and integrated gaiters effectively protect against snow.
The M AK Cyclic Gore-Tex 2L Pants Dried Moss accompanies you with comfort and performance on all your snowy descents and winter adventures.
- Trousers in GORE-TEX®
- Classic fit
- Articulated cut
- Shaped waistband with internal adjustment
- Triple-stitched reinforced seams
- External utility loops
- Zipped vents
- Hand pockets
- Thigh pocket
- Integrated gaiters
Composition:
- Main fabric: 100% recycled Nylon 70D
- Membrane: GORE-TEX® ePE 2L
- Lining: Recycled taffeta
| GORE-TEX® ePE | The ePE (expanded polyethylene) membrane of the new GORE‑TEX® products marks a key step towards responsible performance, delivering highly durable, high-performance products designed for long-lasting use. The brand-new GORE‑TEX® ePE membrane is lightweight, thin, yet strong. To create a GORE-TEX product, the membrane is combined with carefully selected fabrics, such as recycled, solution-dyed, or undyed textiles***. * Contributes to Gore Textiles’s goal to eliminate environmentally concerning PFCs from the lifecycle of its consumer products. Here, this is achieved by using non-fluorinated materials. ** Thanks to the use of a new lower-mass membrane and selected textile(s) for laminates (Higg MSI) *** Depending on the laminate used |
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