WOMEN'S MERINO CYCLING JERSEY
High performance in cooler conditions requires effective heat transfer and Yolande uses Merino’s outstanding thermoregulation and moisture management properties to the full. The female cut and proprietary Italian fabric provides just the right amount of stretch for a full range of movement and extra strength where it’s needed.
It’s high wicking and fast drying properties combine to keep you cool and dry even when working hard while the slightly heavier than usual yarn provides extra protection against the wind.
In dark navy, Yolande has three reinforced back pockets including a zipped valuables pocket and an additional zipped pocket on the chest. A full zip helps temperature control as do the integrated thumb loops while reflective elements add to security in poor light conditions.
- Women's Technical Long Sleeve Jersey
- Signature Cafe du Cycliste Styling
- High Wicking, Fast Drying & Odour Resistant
- Autumn, Winter & Spring
Size Conversion Chart
To keep all of your apparel looking its best, please follow the care instructions in the garment. As our products are made from the highest quality materials, special care will also guarantee a long life.
- Machine Wash
- Do Not Tumble Dry
- Do Not Iron
- Do Not Dry Clean
- Do Not Bleach
- 24% Merino | 74% Polyester | 2% Polyamide
- Integrated Thumb Loops
- Full zip
- Moisture Management Properties
- Three Back Pockets
- Zipped Key Pocket
- Zipped Chest Pocket
- Audio Cable System
- Reflective Elements
- Slim Fit
- Made in Europe
Merino has been proven to breath, wick moisture and regulate body temperature more effectively than synthetics. Unlike some other wool, high-grade merino also has a fine micron count which makes it super soft and comfortable against the skin.
We have carefully selected fabrics that combine the best of what both nature and science have to offer. Our merino jerseys offer the unparalleled comfort, fantastic thermoregulation and odour resistant properties of the natural wool enhanced with the additional strength, durability and rapid drying capability of proprietary synthetic fibres.