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Advice : Use the foot sizer from SIDAS to help you find the right size
The Terra GTX W Brown is a waterproof walking shoe for women from the brand Scarpa that will accompany you on all terrains.
Very comfortable, this shoe is no less high-performing thanks to its technical construction, allowing you to tackle all types of terrain for long hours. With its Vibram® rubber sole, you will benefit from excellent grip in all conditions, even in rain or severe cold. The TPU inserts in the shoe provide great stability and excellent support.
The full-grain leather construction with nubuck leather panels makes this model durable and protective, so you can use these shoes year after year on every outing. Added to this is a waterproof and breathable membrane in GORE-TEX®.
For instant comfort and optimal protection on your hikes, choose the Terra GTX W!

- TPU insert for maximum stability
Composition:
- Upper material: Water-repellent full-grain leather with collar and gusset in nubuck leather
- Midsole: Polyurethane directly injected onto the upper
- Outsole: Durable, non-slip Vibram® rubber
- Waterproof and breathable GORE-TEX® membrane
| VIBRAM® | Since the creation of the first rubber sole for mountaineering, the « the Carrarmato », over 80 years ago, Vibram® has been a guarantee of quality and performance, innovation and design. Designed in 1937 by Vitale Bramani to meet the need for increased safety and protection in the mountains, our soles, adorned with the incomparable yellow octagon, are now used for outdoor activities, workplace safety, lifestyle, and orthopaedics. |
| GORE-TEX® | Whether for mountain sports or exploring cafés and art galleries, GORE-TEX® products have been designed for a wide range of activities. With reliable breathability and the « GUARANTEED TO KEEP YOU DRY™ » protection, your feet stay dry and benefit from great comfort, all day long and all year round. From small steps to big strides, push yourself every day. |
| ACTIV IMPACT | The system used for sole construction employs materials with physico-chemical properties that absorb impacts with the ground, reducing stress on the lower limbs and maximising the energy used. |