Under Armour Fuse FST Women's Running Shoes - 5 - Grey

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About Under Armour Fuse FST Women's Running Shoes - 5

Under Armour Fuse FST Women's Running Shoes The Under Armour Fuse FST Running Shoes feature a variety of technologies that will help you perform at your peak level. Lightweight Mesh Upper The upper of the Fuse FST Running Shoes are constructed with a lightweight, mesh that allows air to fully permeate the entire upper. The mesh wraps around the foot to provide breathable comfort throughout intense activity and works endlessly to ensure a constant supply of fresh cool air, while simultaneously pushing out hot muggy air that can reside within the shoes. The Fuse FST also features a sleek, clean upper with a bonded midfoot panel for a midfoot lockdown. This construction allows the foot to stay stable within the shoes and prevents any slipping from occurring. With the midfoot panel being bonded it saves weight and prevents skin irritation and possible blisters from forming that can be the case when stitching is used. The bonding also helps increase durability to upper allowing you to turn to these running shoes time and time again. An EVA sockliner offers added step-in next to foot comfort that really shows its worth during the longer runs. Once-Piece Micro G Midsole The Micro G foam midsole offers ultimate comfort throughout any that you plan, absorbing shock and impact forces as well as providing excellent rebound properties. The midsole unit absorbs the shock and impact forces as well as harnesses the energy created that naturally occurs during the heel strike phase of the gait cycle. Once the energy has been harnessed the midsole then transfers that same energy to the forefoot area where it can propel you off onto your next step. This process is excellently efficient and saves energy for the times that you need it most, during the last few miles. Solid Rubber Outsole The outsole of the Fuse FST is constructed from a solid rubber that covers the high impact zones of the outsole for greater durability with less weight. Secondly, anatomically placed flex g