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The men's mountaineering jacket Kamet GTX Jkt M Black from the brand Millet is a high-performance protective barrier designed to face the demanding conditions of high mountain environments.
Its GORE-TEX® ePE membrane ensures lasting waterproofness and breathability, keeping you dry and comfortable during exertion. The waterproofing is reinforced by fully taped seams, preventing any infiltration of water or snow. The raglan sleeve construction and pre-shaped elbows provide great freedom of movement, essential for technical manoeuvres.
This jacket is designed with functional details tailored for mountaineering. The hood, compatible with helmet use, is fully adjustable and equipped with a protective visor offering panoramic vision. The two zipped hand pockets are positioned to remain accessible even when wearing a harness. For optimal thermal regulation, zipped vents are placed under the arms. Finally, the cuffs and hem of the jacket are adjustable, allowing a precise fit for maximum protection against the elements.




- Raglan sleeve construction with pre-shaped elbows
- Fully taped seams
- Protective collar with KAMET signature design
- Mountaineering helmet-compatible hood, adjustable
- Protective visor with panoramic view
- 2 zipped hand pockets compatible with harness wear
- Central opening with waterproof zip
- Adjustable cuffs with velcro tabs
- Zipped underarm vents
- Adjustable hem with elastic drawcord and cord lock
Composition:
- 100% Polyamide
- PFC-free DWR water-repellent treatment
| GORE-TEX ePE | The ePE (expanded polyethylene) membrane in the new GORE‑TEX products marks a key milestone in the journey towards responsible performance, delivering highly durable and high-performing products designed for a long lifespan. The brand-new GORE‑TEX ePE membrane is lightweight, thin, yet robust. To create a GORE-TEX product, the membrane is combined with carefully selected fabrics, such as recycled fabrics, solution-dyed or undyed***. * Contributes to Gore Textiles’s goal of eliminating environmentally concerning PFCs from the lifecycle of its consumer products. This is achieved here through the use of 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 |