Reebok Nano X1 Women's Training Shoes - SS21-7 - Black

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About Reebok Nano X1 Women's Training Shoes - SS21-7

Reebok Nano X1 Women's Training Shoes Climb, jump and throw the barbell around in shoes made for the way you work out. Perfected by elite athletes, Reebok Nano X1 Shoes are made for anyone who loves to train hard. Flexweave Upper With a Flexweave knit, the upper is breathable yet durable and features integrated support for multidirectional movement. The perforated mesh allows cool air to permeate within the shoe, eliminating any unwanted build-up of hot air so that you can stay cool, dry, and comfortable all day long. Acting as a lightweight second skin, the mesh is designed to flex alongside your natural running motion, enhancing durability and longevity whilst keeping you feeling comfortable and secure. Further providing support, the addition of a TPU heel clip wraps the rearfoot to create a firm and secure fit, reducing in-shoe slippage so that you can enjoy smooth, distraction-free strides and increased control during deadlifts and overhead squats. EVA Midsole Compression moulded EVA resides in the midsole to supply resilient cushioning. Light in weight and low in profile, it spares your joints as you strike down onto hard, unforgiving surfaces and refines athletic performance. The innovative Floatride Energy Foam cushioning construction in the forefoot provides a powerful yet responsive and lightweight feel. The cushioning works to transform the shocks into energy to give your feet a new lease of life with each step. This energy-return technology reduces the use of superfluous muscle power, diminishing fatigue and enhancing performance, keeping you going for longer. Floatride Energy Foam is extremely soft, and all impacts will be absorbed instantly and effectively, delivering an extremely plush ride to make sure that you're protected from injuries. It is also highly durable, increasing the longevity of the shoe to give you peace of mind mile after mile. Durable Rubber Outsole Extremely durable and designed with multi-directional traction, the Nano