SALES : Let's go ! Up to 60% off
Hike Up Mid Gore-Tex W Women's Mid-Height Hiking Shoes
The HIKE UP MID GTX women's GORE-TEX hiking boot is distinguished by its lightness and exceptional comfort. Designed for long-lasting comfort, it features a flexible, breathable mesh upper that moulds perfectly to the shape of the foot while allowing excellent air circulation. This prevents the build-up of heat and moisture, ensuring optimum comfort even on the longest hikes.
Equipped with GORE-TEX technology, the HIKE UP MID GTX guarantees total waterproofing. This essential feature protects your feet from moisture, even in the harshest weather conditions. Thanks to this protection, you can explore varied terrain with confidence, without compromising the dryness and comfort of your feet.
Padded around the ankle, this shoe offers remarkable support while maintaining freedom of movement. This design ensures enhanced stability, reducing the risk of injury and improving your balance on uneven terrain.
The Vibram sole of the HIKE UP MID GTX is specially designed to provide exceptional grip on all types of surfaces. This lightweight sole enables you to walk safely on slippery or steep trails, helping you maintain optimum traction during your outdoor adventures.
Aim for the highest peaks and reach them with dry feet with HIKE UP MID GTX trekking boots, your ideal companion for every adventure.
- Ideal for hiking and trekking
- Soft, breathable engineered mesh upper
- Vibram® Fell Running sole for lightness and excellent grip
- Dual-density midsole with cambrion to prevent twisting
- Comfort Pro sole for optimum cushioning and protection
- Rubber stone guards
- Engineered Mesh, abrasion-resistant and breathable material
- GORE-TEX membrane - Prism 3L
- Precise lacing for optimum fit
- Very comfortable last
- Padded ankle area
- Material 1 : HIGH TENACITY ENGINEERED MESH
- Membrane: GORE-TEX MEMBRANE ePE
- Outsole: VIBRAM FELL RUNNING
- Insole: COMFORT PRO
- Sizes available: 3.5-8.5
- Made in VIETNAM
- Durable and resistant material tested in our lab: No