Nike ACG Mountain Fly Low

Nike ACG has introduced a rugged, low-top silhouette that is as comfortable in the city as it is on rocky trails. The Nike ACG Mountain Fly Low is an all-terrain sneaker made from a synthetic webbed nylon that is secured by an expansive lacing system with anchors fused to the forefoot’s taped seams. Its midsoles are made up of ultra-soft React foam combined with Vaporfly technology to create unbelievable comfort in any condition. The sticky rubber outsole also brings crag-inspired traction. Available now in black or stone colorways.

P22 CLASSIC TRAIL RUNNER

The P22 Classic Trail Runner by Mercer Amsterdam brings a fresh take on sustainable trail running. Inspired by the legendary Hollywood cat P22, these shoes are built for nature with a focus on reducing plastic usage. Designed for both rigorous trails and casual strolls, they promise durability and comfort. Featuring an outsole made from 85% sugarcane and bamboo powder, topped with recycled rubber, they offer a stable step and excellent grip. With PETA vegan certific...
read more

TIMBERLAND EURO HIKER WATERPROOF BOOTS

Timberland´s popular Euro Hiker collection is expanding into even more rugged territory with the new Euro Hiker Shell Toe Waterproof boots. Inspired by Timberland´s 40 years of experience taking on the great outdoors in style, the rugged boot is built from premium full-grain waterproof leather for comfort and long-lasting wear, and is covered by a waterproof membrane that keeps feet dry in any weather. Other notable features are the steel shank for arch support, a...
read more

DANNER VERTIGO 917

Designed with the urban explorer in mind, the Danner Vertigo 917 boot combines classic styling and innovation in a new, long-lasting, durable style. Built for all-weather purposes, the Vertigo is ready for any urban or outdoor adventure you find yourself on. The full-grain leather upper is 100 percent waterproof, and a lightweight Vibram SPE midsole offers comfort. The outsole features XS Trek rubber compound for an optimal balance of durability and traction in wet ...
read more