VAUDE Women's Altissimo Q-Zip Shirt | A lightweight cycling shirt for natural, comfortable rides
A comfortable shirt for effortless riding, feeling the wind.
Whether it's a leisurely day on the trails or a scenic gravel ride, the VAUDE Women's Altissimo Q-Zip Shirt is a women's cycling shirt that offers a balanced blend of lightness and comfort.
It's not as body-hugging as a cycling jersey and has a natural design that blends in well with urban settings. It's comfortable when you're riding, and just as easy to wear during breaks or after your ride, making it a piece that connects your everyday life with cycling.
Features
- Lightweight and comfortable women's cycling shirt
- Excellent quick-drying properties thanks to drirelease® material
- Natural and soft feel unique to wool-blend material
- Comfortable to wear with excellent breathability and temperature regulation
- Anti-bacterial and anti-odor features for easy use on long rides
- Short front zipper for easy temperature adjustment
- One zippered back pocket for storing small items
SPEC
- Material: 88% recycled polyester / 12% wool
- Fit: Regular fit
- Material: drirelease® fabric
- Details: Stand collar, short front zipper, side slits
- Pockets: 1 zippered back pocket
- Functions: Quick-drying, breathable, anti-bacterial, anti-odor
- Certification: Bluesign® certified material
- Size Guide 36 / XS: Chest 84-87cm, Waist 69-71cm
- Size Guide 38 / S: Chest 88-91cm, Waist 72-75cm
- Size Guide 40 / M: Chest 92-95cm, Waist 76-79cm
This women's model is not as tight as a cycling jersey and is easy to wear in a natural way. The fabric is lightweight, yet has the softness characteristic of a wool blend, making it comfortable against the skin. It tends to stay dry even after sweating, making it suitable for rides in hot weather.
The short zip allows for easy temperature adjustment, making it ideal for rides that involve alternating between riding and resting, such as gravel biking and touring. It's a good choice for those who want less of a "cycling wear" look while still demanding functionality.