adidas Terrex Anylander Mid Leather Waterproof Men's Walking Boots
Immerse yourself in adventure with boots, they're designed for those who seek the thrill of the trail, these shoes offer a secure journey with their robust construction and mid-cut design.
Waterproof Leather Upper
The upper has been constructed from a combination of leather and textile. The leather provides highly durable perfection out on the trail whilst the textile is soft against the skin and offers breathability. Climaproof technology has been integrated into the upper for supply ventilated waterproofing, keeping you dry from the inside out, and the traditional lacing system locks in the fit for secure strides.
EVA Midsole
The EVA midsole of the shoe is extremely lightweight and won't compromise any cushioning or comfort despite being lightweight. The full-length EVA platform resides underfoot for lightweight, responsive cushioning. Generous, soft and durable, it spares your joints as you strike down on hard, unforgiving surfaces. Exceptionally lightweight, the EVA ensures long-lasting cushioning to keep you comfortable on long-distance days. EVA is extremely firm and will absorb shocks instantly and effectively, preventing them from causing damage to the sole. The energy produced from this will also be returned as a rebound, giving you an added spring in your step. The midsole ensures you're ready for unpredictable trails and tough terrain. Atop this, a textile sockliner provides step-in comfort.
Traxion Outsole
Developed using a Traxion rubber outsole, the Anylander ensures a reliable, optimum grip in all directions in all conditions. Traxion rubber is highly durable and lightweight, yet still offers an unbeatable grip, so it remains grounded at all times. Multi-directional lugs will further hold you in place, especially on wet and muddy ground. This will assist with takeoffs, landings and changes of direction. Extremely durable and abrasion-resistant, the rubber will stand up against abuse from hard rock faces, retaining its shape and definition to provide long-term functionality.
