New Balance FuelCell Shift v2 Women's Training Shoes
Take your high-intensity and agility training to the next level with the New Balance FuelCell Shift TR v2 featuring both FuelCell cushioning and ABZORB DRS (Dynamic Response System) for an ultra-responsive underfoot feel that helps drive you forward.
Textile Upper
To supply your feet with an exceptional layer of comfort, the FuelCell Shift Training Shoes have a lightweight, textile upper. This will provide you with exceptional breathability and comfort, whilst simultaneously supplying your feet with a great layer of protection. This lightweight construction provides your feet with the right amount of structure to keep you moving at top speeds, whilst TPU overlays offer durability when wearing the shoes during intense workout pressure. The shoes have a gusseted tongue, which has been designed for a sleek fit and working alongside the lace-up closure, provides you with a secure, locked-in fit.
FuelCell MidsoleThe FuelCell midsole compound is a nitrogen-infused foam that drives you off the cushioning platform quickly and delivers long-lasting performance. Delivering a minimum of 39% more rebound than Revlite, the FuelCell Shift features new and improved high-rebound technology; offering a high rebound carrier with improved FuelCell technology in the forefoot, the FuelCell Shift creates a high-rebound, energetic, propulsive feel and an ultra-lightweight training experience. The midsole further absorbs the shock and negative impact forces as you heel-strike and uses the energy to catapult you off into your next step, allowing you to be faster than ever before. ABZORB DRS (Dynamic Response System) also features in the midsole which helps to absorb impact through a combination of cushioning and compression resistance.
Durable Rubber OutsoleFor traction and support on a variety of surfaces, the FuelCell Shift has a rubber outsole. The rubber outsole is highly effective in enhancing durability in high-wear areas of the shoe and provides superior traction and durability to help get more wear out of the shoe. This translates to an extended operational life of your shoe, as well as long-lasting performance.
