Merrell Move Glove Shoes

Merrell Move Glove Suede Shoes are ideal for a walk in the mountains if you are those excursionists who prefer to live a more real experience of hiking, since its design almost barefoot gives you all the sensations of the terrain, with total stability, grip, and breathability.

These hiking shoes are made with a Vibram Megagrip sole that provides a superior grip both on dry and wet surfaces. The EVA midsole provides softness, stability, and light cushioning in each step, while the Merrell Barefoot 2 construction is responsible for keeping the foot firm.

The upper is made with breathable mesh and suede, which offers a soft sensation to the touch and good resistance to wear. Inside of these mountain shoes, the breathable mesh lining facilitates the breathing of the foot and keeps it dry at all times.

This minimalist barefoot shoe with highly-responsive foam technology is packed with a surprising amount of cushion and comfort in a minimal midsole.

Features:

– Synthetic heel counter for security
– Bellows tongue keeps debris out
– Integrated insole
– PORON ® Vive ® energy-activated cushioning-responds with power to your every step
– Vibram ® Megagrip with fi n-like lugs that wrap-over the foot for sticky traction during cutting-movements
– Mesh upper + Stretch collar with lace for easy on and off
– Breathable mesh lining + Vegan friendly

Specifications:

– Weight: 15OZ / 430G (1/2 PAIR)

Technology:

Vibram ® Megagrip – unparalleled grip on wet and dry surfaces:
– Vibram ® Megagrip is a high performance rubber compound featuring unparalleled grip on wet and dry surfaces. It off ers the optimal balance of grippiness and durability for outdoor activities.

Poron vive:
– PORON ® Vive delivers long-lasting comfort and performance step after step. It promotes reliable cushioning performance with less thickness and weight and will not pack out or break down over time. With active response to energy from every step, it delivers a resilient feel that applies energy from one step to the next. And it reduces energy transferred to joints and muscles from step shock to minimize fatigue.