Elvine Free Delivery Women’s Vesper – Coat

Suitable for:

Recommended use:

leisure

Main material:

100% polyester

Insulation:

100% polyester

Material type:

synthetic insulation, hardshell

Technology:

Thermore Eco Down

Fabric treatment:

Bionic Finish Eco

Fabric properties:

insulated, waterproof, breathable, stretchy, highly windresistant

Breathability:

5,000 g/m²/24h (MVTR)

Hydrostatic head main material:

5,000 mm

Other material information:

TSpin light 5000

Shop consciously:

contains recycled polyester, vegan

Care instructions:

do not bleach, machine wash 30°C

Closure:

with storm flap, full length way front zip

Hood:

yes

Pockets:

1 zipped inside pocket, 2 front pockets

Fit:

regular

Extras:

drawstring at the waist

Warm quilted coat for cold winter days

An allrounder for snowy, rainy, windy and cold weather: the Women’s Vesper from Elvine. Featuring a waterproof and windproof outer with an ecofriendly Bionic Finish Eco treatment and partially taped seams, the jacket will protect you against the elements. It’s also equipped with a fill made of recycled PET bottles. This will keep you toasty warm even if it gets damp.

Feminine fit and practical features

The jacket is equipped with a drawstring waistband that creates a feminine silhouette and a storm flap on the zip that prevents cold bridges from forming. Plus, you can open the zip from below if you need more mobility whilst cycling. Other great features include the spacious hood and huge collar that will warm up your head, ears and neck, and the fleecelined pockets to keep your hands toasty. There is also a zipped inner pocket for storing away your valuables.

Simple, functional and timeless: the Women’s Vesper will be your new goto winter coat.

The advantages at a glance:

• Waterproof and windproof quilted coat for cold winter days
• Environmentally friendly dry treatment and insulation made of recycled PET bottles
• Spacious hood and huge collar for toasty warmth
• Pockets with fleece lining
• Adjustable waist accentuates your figure