adidas D Rose 5 Boost Mens Basketball Sneakers / Shoes

Pay with

About Adidas D Rose 5 Boost Mens Basketball Sneakers

Adidas D Rose 5 Boost Basketball Shoes Deliver your Ball Skills Boost and basketball. Touted as Derrick Rose's most personal signature sneaker yet, this uber-cushy and energy-returning ball shoe features his signature Rose logo prominently on silhouette that decidedly is missing the Three Stripes. This is also the first signature model to incorporate the renowned Boost technology that trumps traditional EVA with more energy return, responsiveness, and comfort. Boost up your ball game with the D Rose 5 Boost. The Adidas D Rose 5 Boost encoporates a Breathable and flexible perforated Synthetic sprint web body which provides a secure fitting in a durable design. It allows fresh air to permeate the interior layer for a refreshing feel to the foot. Coinciding with the speckled framework an EVA rubber cage links up to the collar to reduce unwanted movements from torsion through jumps, sprints and sharp movements and with an embedded Adidas emblem for aesthetic styling and durable support. Layered under for cushioning aspects a mesh underlayer with a cotton padded collar keeps the foot comfortable and cosy while also reducing irritation from chafing. This construction coincides with a slimlined moulded tongue with stretch mesh for a comfortable platform for the lacing to sit on. At the rear an external heel counter protects the Achilles from foot fall through transition. On the midsole of the Adidas Rose 5 Boost a Compression-moulded EVA compound which is streamlined up to the upper is embedded for cushion, fit and comfort. It works to actively reduces pressures upon the midfoot while boostTM's energy-returning properties keep every step charged with an endless supply of light, fast energy. On the interior extra cushioning protection is given in the form of a removable PU insole for durable comfort and added control. Embedded within the midsole bears another secret weapon delivering a seamless transition through the gait cycle. Through integration of a dual-density TORSIO