Designed for active women, the Montura Sherpa Vest Woman is ideal for those who enjoy hiking or other outdoor activities in cool weather and are looking for both warmth and freedom of movement. Its highly breathable thermal knit fabric ensures effective thermal comfort without adding bulk, while its sleeveless design allows for full range of motion. Part of the Winter 2027 collection, this sleeveless vest incorporates Global Recycled Standard-certified recycled materials, reflecting a concrete commitment to reducing environmental impact.

Precision-engineered thermal comfort for women’s hiking apparel

The Sherpa Vest Woman is crafted from a thermal knit fabric that combines breathability with easy care—two qualities particularly appreciated during extended outdoor excursions. The polyester inner lining enhances insulation without making the vest stiff. The high collar provides protection against drafts, especially in exposed areas or at high altitudes, while the elasticized armholes ensure a precise fit without restricting arm movement.

Features designed for everyday practicality

The central front zipper allows for quick temperature regulation depending on the intensity of your activity or temperature fluctuations. The open hand pockets provide accessible storage without adding bulk to the silhouette. Contrasting details in stretch fabric add a polished visual touch while maintaining the garment’s overall flexibility—a balance characteristic of clothing designed for outdoor use.

Certified recycled materials for a sustainable approach

The main outer layer of the Sherpa Vest Woman combines 53% polyester and 47% acrylic, a blend that gives the fabric its characteristic thermal texture. The secondary outer layer, composed of 96% polyester and 4% spandex, ensures flexibility in areas of movement. The garment is made from recycled materials certified to the Global Recycled Standard, ensuring the traceability of the recycled content throughout the production chain. This vest is available in Desert Beige, in sizes S, M, and L.