Merrell Vapor Glove 3 Luna Leather Women's Trail Running Shoes
Minimal design. Maximum performance. Vapor Glove 3 Luna combine sock-like feel with a stylish upper. Add to that a Vibram sole with nearly zero ground to foot separation.
Leather Upper
Constructed using a Full-grain leather, the Merrell Vapor Glove 3 Luna Walking Shoes offer a wider range of protection to help you gain the maximum from your footwear. The soft leather ensures long-lasting comfort yet provides ample protection from loose debris and rocks. The durable nature of the leather minimises the risks of wear and tear leaving you with a boot you can truly rely on. A breathable mesh lining; the mesh allows air to fully permeate the upper providing a supply of cool, fresh air whilst simultaneously forcing out hot, muggy air that resides in the shoe during heavy exertion. Designed with M-Select FRESH Antimicrobial agents to reduce shoe odor, these shoes are made to keep you feeling fresher, for longer. The antimicrobial agents reside in the shoe lining and materials preventing sweat and moisture from affecting the freshness of your shoe by penetrating and disrupting the reproduction of the odor-causing microbes in your shoes.
TrailProtect Pad Midsole
A TrailProtect Pad has been placed in between the midsole and outsole for additional support when on tricky off-road terrain, the underfoot comfort and protection against sharp debris and rock prepare you for any challenge that may come your way.
Vibram Outsole
Designed with Vibram TC5+ these shoes are designed for those who want a challenge; with the best combination of traction and durability, these trail running shoes are perfect for slippery and challenging terrain. The high-performance rubber compound offers grip and traction on wet and dry surfaces in the most extreme temperatures and with the outsole design boasting no lugs underneath the arch, your foot is encouraged to flex more naturally with greater comfort - the ideal shoe for demanding activity. The Barefoot 2 construction boast zero ground-to-foot separation providing enhanced proprioception and stability during variable movement.
