

Hiking shoes in
Advice : Use the foot sizer from SIDAS to help you find the right size
The Air Revolution 4.6 Lady Grey/Turquoise are women's hiking shoes from the brand Meindl.
Designed for long hikes, these technical high-top boots will help you discover the countryside! Featuring an exterior flange Meindl Multigrip® Active that is both durable andwith good grip, so you can feel the terrain better, because feeling confident during dedicated hikes is more than important.
Made from suede leather/mesh and combined with a Membrane GORE-TEX®, they are sturdy enough to guide and protect you and keep your feet dry even in heavy rain, while allowing them to be breathable. The insole Air-Active® Soft Print dries quickly and wicks away moisture very effectively.
Finally, its lacing system Digafix®, with diagonal and flexible binding, ensures precise support without compressing the instep, offering excellent comfort for hours of walking.
They Air Revolution 4.6 Lady offer an excellent compromise between durability, comfort and performance to provide you with the best possible support during long and technical hikes.

Composition :
- Shank: Suede leather and mesh
- Lining : GORE-TEX®
- insole : Air-Active® Soft Print
- Exterior flange : Meindl Multigrip® Active
| GORE-TEX® | Whether for mountain sports or exploring cafés and art galleries, the products GORE-TEX have been designed for a wide range of activities. With reliable breathability and "KEEP YOU DRY™" protection, your feet stay dry and enjoy great comfort all day, every day, all year round. From small steps to big strides, surpass yourself daily. |
| AIR-ACTIVE® soft print | Sole made of Vildona drysole, absorbs and stores perspiration from the feet, drying more quickly than conventional materials. |
| DIGAFIX® | It is a diagonal, flexible binding that does not put pressure on the instep. The laces are in the right place, the Hook is slightly higher at the top and therefore less towards the outer side, which prevents any discomfort. Digafix® ensures perfect lacing and optimal binding. |
