The North Face Men's Verto Alpine Mid GORE-TEX Trekking Shoes - Iron Clay/Lava Red - Size 44

Technical hikers and mountaineers moving fast through alpine terrain need footwear that balances protection, grip, and weight. The North Face Men's Verto Alpine Mid GORE-TEX trekking shoes deliver exactly that, with a waterproof membrane, a supportive mid-cut design, and a Vibram outsole that bites into rock and mixed ground. The iron clay and lava red colorway stands out on the trail while the GORE-TEX® Performance Comfort lining keeps feet dry through stream crossings and sudden weather changes.

Key specifications

• GORE-TEX® Performance Comfort waterproof/breathable membrane
• Durable synthetic leather, textile, and ripstop upper with protective rubber toe cap
• Vibram® XS Trek rubber outsole for confident traction on rock and mixed terrain
• Dual-density EVA midsole with TPU shank for stability and cushioning
• OrthoLite® Hybrid™ footbed for long-lasting comfort and moisture management
• Mid-cut height for ankle support on uneven ground
• Lace-up closure for a secure, adjustable fit
• Men's EU size 44

Why choose it

These shoes are engineered for technical performance without unnecessary weight. The combination of a stiff TPU shank and dual-density EVA midsole gives you the support needed for carrying a pack over rocky approaches, while the Vibram® XS Trek outsole provides reliable grip on both wet and dry surfaces. The GORE-TEX® lining ensures your feet stay dry without overheating, making them a versatile choice for variable mountain conditions.

Ideal use cases

• Technical hiking and alpine approaches
• Via ferrata and scrambling routes
• Backpacking with a moderate load
• Wet or mixed terrain where waterproofing is essential

Good to know

These shoes are not compatible with automatic or semi-automatic crampons, so they are best suited for summer alpine conditions or approaches where crampons are not required. The ripstop upper adds durability without extra weight, and the protective rubber toe cap guards against rock impacts.