adidas Zone Dox 2.0 Hockey Shoes
It takes speed and strategy to get to the striking circle. These field hockey shoes are lightweight and sleek, so you can move with nimble precision. Continental rubber outsoles give you traction and support so you can act on split-second decisions.
Water Resisitant Ripstop Upper
Constructed using ripstop fabric, the upper of the adidas Zone Dox 2.0 Hockey Shoes is designed to withstand even the most challenging conditions and matches. The upper is highly abrasion resistant, meaning it can take a battering on types of field, and can withstand impact from the ball, other feet and sticks alike. The ripstop has been given a water resistant coating to keep your feet dry on watered pitches, meaning you stay feeling fresh and focused. Neoprene reinforcements in the toe section work to further shield your toes from ball impacts, reducing the risk of injury. Completing the upper is a lace closure system which locks down the midfoot for distraction-free strides.
EVA Midsole
A full-length platform of EVA resides underfoot for lightweight, responsive cushioning. Generous, soft and durable, it spares your joints as you strike down onto hard, unforgiving surfaces. Exceptionally lightweight, the EVA ensures long-lasting cushioning to keep you comfortable on long distance days. EVA is extremely firm, which will absorb shocks instantly and effectively, preventing them from causing any damage to the sole of the foot. The energy produced from this will also be returned as rebound, which will give you an added spring in your step so you can bounce around the pitch with ease. The midsole increases underfoot comfort for the toughest matches.
Continental Rubber Outsole
The outsole of the adidas Zone Dox 2.0 Hockey Shoes is made using Continental rubber, which provides traction in all conditions. It forms a solid friction bond with the ground for ultra responsive play and turning. It's durable nature means you can keep playing for longer, match, after match, after match. Completing the outsole are studs which increase traction on multiple pitches.