Nike Air Zoom All Out: Maximum Speed

This product, specially designed for the athletes, has the perfect key of a system of propulsion and blockade that induces the speed.

There is a popular saying that it takes a whole village to raise a child. But what about a shoe?

At Nike, the creation process has always been complex and collaborative, including interdisciplinary partnerships to achieve the best innovations-such as waffle-shaped steel plates to freeze foams-and, of course, achieve one of the The company: helping athletes become faster. This persistent mission is precisely the trigger behind the new sneakers: Nike Air Zoom All Out.

Disruptive, both in form and function, these new daily running shoes use a speed-inducing propulsion and locking system that is similar to track and field running shoes.

It took 3 years to reach this progressive solution offered by this shoe, coupled with the cooperation of multiple teams: from Nike Running Footwear Product, through innovation experts in cushioning innovation and Flyknit engineers, to athletes who, together, adjusted, tested and Tuned their design.

The development of the shoe began when the aforementioned goal of the company-to help the athletes to be faster-was united to a new order that received the equipment of Running Footwear: to evolve the air capsules, making them bigger and visible, but Applicable to a high performance shoe. In order to achieve the overall speed-on-time requirement, the team deepened the propulsion needs of a speed race and, in collaboration with the 200 and 400-meter flat champion Allyson Felix, experimented with the energy return in the Athletics for track. This investigation allowed them to discover that the centrifugal force of the track curves pushed the sprinter outward, minimizing the burst of propulsion. Therefore, they proposed to design a locking system that works in conjunction with a more rigid sole.

Joining forces between the company’s Flyknit engineers and Felix, the team created a custom Flyknit medium collar, and integrated Flywire across the entire midfoot, covering a wider and wider area than in previous models (to understand the Effect, you could think of a hand wrapping the entire foot). Due to Flyknit’s malleability-which makes it a superior performance material-it took more than 70 attempts to achieve the control-comfort equation. First a high collar was designed, then low, before reaching the ideal height to balance the strength of the sole.

Connecting the key points of Zoom Air, the Running Footwear team realized that by applying the same principles of physics, they could attach a Flyknit top with a larger Nike Zoom Air sole. After all, a larger sole, equal Than a stiffer speed sole, could generate more return energy than previous sneakers. Therefore, more strength is needed.Therefore, they incorporated the hood and added a thin TPU layer to the area of ​​the heel, and cushioning inside the collar to ensure containment and adjustment.

Together with the material engineers, the team focused not only on incorporating into the shoe the greater capacity of Zoom Air never before seen -3.2 times more, to be exact-but also adjusted the weight of each fabric filament inside Of the Zoom Air unit, to ensure that the heel and the front were properly fixed to facilitate a powerful takeoff and smooth transitions. Foot scanner and pressure maps were tested and air units occupying half a foot and full foot were tested before the equipment reached the final solution of air pockets covering ¾ of the length of The shoe

It is the company’s largest visible air capsule to date, and, like the sole of athletic track shoes, uses more resistance to amplify return energy. In the hand, the airbag looks stiff, but with the use it compresses and propels the runner forward. Thus, the more energy and compression the corridor prints, the more it boosts. That is, the faster you run, the faster you feel.

The contour of the shoe features an 8-millimeter heel-to-front drop to increase propulsion, blocking and transition, while its pentagonal traction design reminiscent of the organic and cellular shape of speed shoes. This shoe responds to recent studies confirming that when it comes to grip, the more rubber hits the ground, the better-especially when it comes to flying as fast as Felix.

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