



Windproof Sleeveless Fleece Jacket - Women-
The women's W's Classic Retro-X® Vest Dark Natural w/Wavy Blue from Patagonia is a warm and windproof sleeveless vest jacket made from 100% polyester bonded fleece that keeps you protected on cold and windy days.
This fleece is a real "must-have", it offers an excellent balance of warmth and moisture wicking, so you'll never find yourself shivering again! Its windproof membrane is combined with a sherpa fleece exterior and a mesh lining to wick away sweat. Stylish and practical, it has a full-length front zip which lets you find the right balance when the temperature changes.
With a large chest pocket, a colourful cut-out and two zippered hand pockets, your hands will be warm and your smaller essential items will be protected.
With its retro look, you can wear it everyday with jeans as well as when hiking over a technical t-shirt!
Patagonia - Collection - Autumn-Winter 2022/2023



- Windproof membrane laminated between a 6mm thick Sherpa fleece outer surface and a mesh lining for better ventilation.
- Hip length provides adequate coverage when wearing a belt or harness
- Full-length front zip with inner windproof flap
- Vertical zipped chest pocket
- Zipped hand-warming pockets with brushed polyester mesh lining
Materials:
- Body: 100% Polyester Sherpa fleece (50% recycled)
100% Polyester (50% recycled) warp-knit mesh with a windproof barrier and HeiQ® Fresh odor control
- Chest pocket, outside collar and windproof flap: 100% Nylon, durable water-repellent (DWR) treatment
This product tends to run large. We recommend going for one size down from your usual size.
DWR |
The durable water-repellent (DWR) finish repels light rain and snow and speeds up fabric drying time. Working with the waterproof/breathable membrane, the durable (DWR) water-repellent coating prevents the fabric from becoming saturated, enabling the breathable membrane to work effectively. |
| HEIQ®FRESH | This technology effectively and durably treats body odour, fabric odour and the accumulated effects on synthetic fibres. |