Garmont Akron GTX Scarpe da via ferrata - Dach Brown/Tango Red (EU 41,5)

The Garmont Akron GTX is a high-performance via ferrata shoe designed for technical approaches and light hiking. Combining a durable 1.6 mm suede leather upper with mesh inserts and a GORE-TEX® Extended Comfort lining, these shoes offer excellent waterproofing and breathability. The Vibram® Q811 outsole provides superior grip on rocky terrain, while the dual-density EVA midsole ensures comfort and stability. Featuring Garmont's a.d.d.® (Anatomically Directed Design) technology, the Akron GTX delivers a precise fit and natural foot movement. The extended lacing system to the toe allows for fine-tuned adjustment, and the rubber toe cap adds protection against impacts. Ideal for via ferrata, technical approach, and light hiking, these unisex shoes come in a striking Dach Brown/Tango Red colorway.

Advantages

Waterproof and breathable GORE-TEX® membrane keeps feet dry in wet conditions while allowing moisture vapor to escape. The Vibram® outsole offers exceptional traction on both wet and dry rock. The a.d.d.® technology promotes anatomical fit and reduces pressure points. Extended lacing provides customized lockdown from toe to ankle.

Suitable for

• Via Ferrata climbing
• Technical approach hikes
• Light hiking on mixed terrain
• Scrambling and rocky paths

Key specifications

• Upper: 1.6 mm Suede Leather with Mesh Inserts
• Lining: GORE-TEX® Extended Comfort
• Outsole: Vibram® Q811
• Midsole: Dual-density EVA
• Footbed: Garmont PU
• Closure: Lace-up (Extended Lacing to Toe)
• Toe Protection: Rubber Toe Cap
• Technology: Garmont a.d.d.®
• Waterproof: Yes
• Breathability: High
• Weight: Approx. 420 g (half pair, size 42)
• Size: EU 41.5 (UK 7.5, US Men's 8.5)
• Color: Dach Brown / Tango Red
• Gender: Unisex

Recommendations

For optimal performance, pair with technical approach pants and a lightweight backpack. Ensure proper fit by trying on with the socks you intend to wear. After use, clean with a damp cloth and allow to air dry away from direct heat.