Reebok Speed TR Flexweave Training Shoes Train with maximum comfort and intensity in the Speed TR Flexweave shoes from Reebok. Signature Flexweave technology resides in the upper for optimal breathability as you train. The low-cut design offers freedom of movement while the soft EVA midsole adds responsive feel. Maintain grip and traction thanks to the traction pattern on the outsole, ideal for any surface. Flexweave Upper Flexweave uppers will encase each foot in breathable comfort. The fabric's interwoven figure-8 design allows it to breathe easily, increasing airflow to create better, healthier environment for your feet to thrive in. Flexweave swathes the foot in lightweight durability plus dynamic stability; it adapts to the changing shape of your foot whilst supporting you through movement in multiple planes. The shoe's low-cut design allows for optimal freedom of movement, letting your ankle flex freely for quicker, more efficient transitions. Rounding off the upper is Duracage heel clip for added stability and control. EVA Midsole A soft EVA compound resides in the midsole to provide cushioned, responsive feel as you train. While the EVA is light in weight, it does not detract from the performance of the shoe as you look to maximise your workout. Having the cushioning in the midsole also helps to attenuate shock and impact, lessening the burden placed on the knees and joints. Rubber Outsole Located on the outsole is the performance traction pattern which provides optimal grip and traction on range of surfaces. The grip and traction create stable platform to aid your workout, giving you the stability needed to tackle the weights. An anatomically shaped last allows you to go from sprints to weights to agility training and back again.
• Flexweave upper - Adds support, comfort and dynamic stability.
• Interwoven Figure-8 Design - Increases airflow for drier, healthier environment.
• Moisture-management - Wicks away excess sweat and moisture.
• Low-cut design - Allows freedom of movement.
• Padded tongue - Sits comfortably against the skin, reducing friction and irritation.