Nike Shoes Technology

These bellows are all the technologies nike shoes take from science. Thank you for your reference.

Specialized Impact Protection

Nike employs a variety of cushioning systems in their products. Cushioning systems need to reduce shock, distribute pressure, protect from impact and offer comfort shock, distribute pressure, protect from impact, and offer comfort. The four cushioning systems pioneered and sold by Nike are Nike Air, Nike Air Max, Nike Air Zoom, and Nike Shox. Click on the name to learn more about each of these technologies.

Nike Air

Nike Air was the first air technology developed at Nike, and it changed the way people thought about cushioning. It remains a standard for impact protection more than 20 years after its creation. The Nike Air made from pressurized gas inside a tough yet flexible urethane plastic capsule. The large molecules of gas prevent it from escaping the bag. The Air-Sole units nike shoes are encapsulated in the midsole beneath the heel, forefoot, or in both locations depending on the shoe and the needs of the athlete for whom the shoe was designed. The Air-Sole works to cushion the foot by compressing and reduces the force of the impact and then immediately recovers its original shape, ready for the next impact.

Nike Max Air / Air Max

Nike Max Air, the maximum in impact cushioning, is designed to take brutal, repetitive impacts and minimize their effects on the body and your performance. Air Max units are made through a technique called "blow-molding? allowing for the greatest volume of Nike Air without weakening the Air-Sole unit nike shoes. Duel-pressure cushioning addresses the need for protection and rear foot stability. The hallmark of the Air Max technology is a visible air unit in the heel. The Air Max provides athletes with full-length impact protection.

Nike Zoom Air/Air Zoom

This lightweight, super-responsive, and ultra thin Air unit brings the foot closer to the ground for the ultimate feel and great maneuverability. Used primarily for basketball shoes, shoes built with the Air Zoom tend to be light and responsive with excellent "ground-feel".

The Air Zoom unit starts with two fabric layers connected by thousands of vertical fibers, each attached at both ends to a fabric layer. These fibers are then surrounded with pressurized gas inside a Nike Air unit. While the pressurized air exerts and outward force, like a full balloon, the fibers are placed in tension and exert an opposing inward force to keep the air bag from popping or bulging. On impact, the air bag compresses to relieve the tension on the fibers. After impact, the pressurize gas expands the air bag and places tension on those fibers. The fibers compress on impact and then spring back immediately. The advantage to the Air Zoom nike shoes is that it is incredibly thin and light, but it provides excellent impact cushioning while allowing the wearer to feel the surface he or she is on.