VAUDE Women’s sleeveless jacket Matera Air

• windproof and water-repellent
• lightweight, compact
• environmentally friendly production using mainly recycled materials

The Matera Air cycling vest provides experienced cyclists with excellent wind protection for all rides. Weighing just 82 g, the women's windproof jacket is ultra-light and can be compressed into its own pocket at the back for easy storage. The fitted cycling vest ensures optimal freedom of movement and excellent ventilation with its mesh panel that is breathable and elastic at the back. The main recycled material is windproof, waterproofed with the Eco Finish water-repellent and dirt-resistant coating, highly breathable and dries quickly. Reflective logos and elastic cuffs and waistband complete this versatile vest for women. The Green Shape label from VAUDE guarantees an eco-friendly, functional product made from durable bluesign® certified materials. As a Leader member of the independent Fair Wear organisation, VAUDE is committed to fair working conditions and wages.

MULTI USE – a product for various activities

• multifunctional product
• suitable for different sports disciplines
• reduces ecological footprint

Eco Finish – environmentally friendly protection against water and dirt

• Allows rain to bead off the outer fabric
• avoids the use of harmful fluorocarbons (PFC)
• for lasting water-repellent and dirt-resistant properties, regular treatment is necessary

Recycled polyamide – functional polyamide from resource-preserving production

• resource-preserving production from material residues
• maximises the value of precious raw materials
• helps reduce CO2 and protect the climate

Windproof 80 - 80% windproof

• windproof material with very high breathability
• ultra-dense construction and fabric treatment
• for intense sports in the mountains and cycling

Stretch – great freedom of movement and high comfort

• VAUDE products with stretch offer you perfect wearing comfort
• This is due to a high elastane content or woven construction
• maximum freedom of movement