Botas de montanha Garmont Vetta Evo GTX para mulher - Vapor Blue/Goblin Blue, EU 37,5

The Garmont Vetta Evo GTX is a high-performance women's hiking shoe designed for technical approaches, light trekking, and via ferrata. Featuring a GORE-TEX Extended Comfort membrane, it offers waterproof protection while maintaining breathability. The combination of 1.8mm suede leather and mesh upper provides durability and flexibility. The Vibram MegaGrip outsole ensures excellent traction on varied terrain, while the dual-density EVA midsole with FrameFlex Lite technology delivers stability and shock absorption. The Ortholite footbed enhances comfort, and the rubber rand and toe cap offer added protection. With a medium flexibility and heel lock system, this shoe provides a secure fit for demanding outdoor activities.

Advantages

Waterproof and breathable GORE-TEX membrane keeps feet dry during wet conditions. Vibram MegaGrip outsole offers superior grip on slippery and uneven surfaces. Lightweight construction reduces fatigue on long hikes. Anatomically Directed Design (ADD) ensures a natural fit for women's feet. Durable suede leather and mesh upper withstands rugged use.

Suitable for

• Technical approach hiking
• Light trekking
• Via ferrata
• Day hikes on mixed terrain

Key specifications

• Product Type: Hiking Shoes
• Gender: Women's
• Membrane: GORE-TEX Extended Comfort
• Upper Material: 1.8mm Suede Leather, Mesh
• Outsole: Vibram MegaGrip
• Midsole: Dual-density EVA, FrameFlex Lite
• Lining: GORE-TEX Extended Comfort
• Footbed: Ortholite
• Closure Type: Lace-up
• Weight (per shoe): 415 g (approx. for EU 38)
• Fit Technology: Garmont Anatomically Directed Design (ADD)
• Protection: Rubber rand, Toe cap
• Color: Vapor Blue / Goblin Blue
• Size (EU): 37.5
• Size (UK): 4.5
• Size (US Women's): 6.5
• Flexibility: Medium
• Heel Lock: Yes

Recommendations

Ideal for outdoor enthusiasts seeking a reliable, waterproof hiking shoe for technical trails and light alpine adventures. The combination of GORE-TEX and Vibram ensures performance in challenging conditions.