Meindl Kansas GTX miesten vaelluskengät - tummanruskea

Rough trails and unpredictable weather demand footwear that won't let you down. The Meindl Kansas GTX men's trekking shoes deliver waterproof, breathable protection and confident grip, so you can keep moving when conditions turn challenging.

Who is it for

Built for men who need dependable footwear for hiking, trekking, and hill walking. Ideal for outdoor enthusiasts seeking a waterproof mid-cut shoe that balances durability, comfort, and grip on light to moderate terrain.

Main features

• Waterproof and breathable GORE-TEX Performance Comfort lining keeps feet dry in wet conditions.
• Durable nubuck and suede leather upper with Digafix lacing for a secure, customized fit.
• Meindl Multigrip by Vibram outsole delivers excellent traction on rocky, muddy, or uneven ground.
• AIR-ACTIVE footbed and Memory Foam System (MFS) provide superior cushioning and shock absorption.
• EVA midsole and stiffness category B (trekking) offer the right balance of flexibility and support for long hikes.

Specifications

• Brand: Meindl
• Model: Kansas GTX
• MPN: 588708
• EAN: 4033157600973
• Product Type: Trekking Shoes
• Gender: Men's
• Colour: Dark Brown
• Upper Material: Nubuck Leather / Suede Leather
• Lining Material: GORE-TEX Performance Comfort Footwear
• Waterproofing: Yes (GORE-TEX)
• Breathability: Yes (GORE-TEX)
• Outsole: Meindl Multigrip by Vibram
• Footbed: AIR-ACTIVE
• Stiffness Category: B (Trekking)
• Lacing System: Digafix
• Cushioning Technology: Memory Foam System (MFS)
• Terrain Suitability: Light to moderate trekking, hiking, extended walks
• Closure Type: Lace-up
• Midsole Material: EVA
• Shaft Height: Mid-cut
• Weight per Shoe (approx.): 650g (size UK 8)
• Recommended Use: Hiking, Trekking, Hill Walking

Tips

For the best fit, try the shoes with the socks you plan to wear on hikes. Allow the leather to break in gradually on shorter walks before tackling longer treks. After use in wet conditions, remove the insoles and let the shoes air dry away from direct heat.