Westalpen Swisswool Jacket M Dirty Daisy
Mountaineering jacket - Men -
60 days to change your mindThe Westalpen Swisswool Jacket Dirty Daisy from Ortovox is a technical jacket for men, ideal for coping with the weather in the high mountains.
Made from water-repellent and windproof Pertex® Quantum fabric, this jacket is also lightweight and offers good protection against the elements. It has an inner lining SwissWool® strategically distributed according to body zones, for a targeted thermal contribution. This will keep you warm and dry throughout the climb.
On the practical side, this jacket has an elasticated hood, two large side pockets compatible with a harness and rucksack, and elasticated cuffs to keep your body warm. The extended sleeves and torso ensure optimum freedom of movement , even when climbing.
Ortovox - Collection - Autumn-Winter 2023/2024
- Cut with preformed sleeves
- High neck collar and elasticated hood
- 2-way central zipped closure
- 2 secure chest pockets compatible with a rucksack
- Elasticated cuffs and hem
Materials:
- Exterior: 100% Polyamide
- Padding: 80% SwissWool® new wool, 20% Polylactide
- Lining: 100% Polyamide
| PERTEX® QUANTUM | Precisely manufactured from incredibly fine yarns, Pertex® Quantum fabrics are designed to trap still air and improve insulation efficiency. This fabric is light, soft and extremely compressible. This fabric has a durable water-repellent (DWR) finish that protects against light rain and snow to provide extra protection against the elements. |
| SWISSWOOL® | Starting from the first layer, right through to the third, Ortovox takes a holistic approach and does not produce any garments without using sheep’s wool fibres. Their expertise lies in intelligently combining this natural fibre with other innovative materials. Thanks to the resulting ultra-comfortable clothing range, Ortovox guarantees unique functionality and comfort for mountain adventures. Ortovox has been working with swisswool on insulation products since 2011. This wool fibre from Switzerland is distinguished by its exceptional thermal properties and its high degree of self-regulation, as well as by its regional origin. |
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