Anbieter: Mammut

Mens Ducan 3 Low LTH GTX

136,71 €203,57 €32% OFF
Size: UK 8
Menge

Beschreibung

The Mammut Ducan III Low LTH GTX Men represents the latest evolution of Mammut's popular Ducan hiking shoe series, now featuring a premium leather upper for enhanced durability, comfort, and a refined aesthetic. This low-cut hiking shoe is engineered for active outdoor enthusiasts who demand waterproof performance, reliable traction, and all-day comfort on varied terrain.

Waterproof GORE-TEX Technology
Equipped with a GORE-TEX membrane, the Ducan III Low LTH GTX provides guaranteed waterproof protection while maintaining excellent breathability. This proven technology creates an effective barrier against rain, puddles, and wet ground conditions, ensuring your feet stay dry and comfortable throughout your hike – regardless of what the weather throws at you.

Premium Leather Upper
The leather (LTH) upper sets this model apart from its synthetic counterparts, offering a naturally comfortable fit that moulds to your foot over time. Leather provides excellent durability and abrasion resistance, making this shoe well-suited for rugged trail conditions while maintaining a classic, versatile appearance that transitions effortlessly from trail to town.

Advanced Sole and Traction
The Ducan III features a high-performance outsole designed to deliver confident grip across a wide range of surfaces, from loose gravel and rocky scrambles to wet roots and muddy paths. The midsole provides effective cushioning and energy return, reducing fatigue on longer hikes and ensuring a responsive, comfortable stride on both ascents and descents.

Comfort and Fit
Mammut has refined the Ducan platform over three generations to deliver an optimised fit that supports the foot without restricting natural movement. The low-cut design offers excellent ankle mobility – ideal for fast-paced hiking and mixed-terrain adventures – while still providing sufficient structure and support for loaded day hikes. The shoe's internal construction is designed to minimise pressure points and reduce the break-in period.