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The Nike Flight is composed of 37% synthetic leather, 33% rubber, 20% polyester, and 10% cotton.
To reduce wobble and create a more predictable and consistent flight, the Nike Equipment Innovation Lab introduced Nike AerowSculpt, an aerodynamic technology engineered to promotes air movement around the ball rather than gripping its surface.
An additional design element, Nike All Conditions Control (ACC) 3D ink helps ensure optimal grip in wet or dry conditions.
The Nike Flight ball uses the 3D ink to strategically print “micro flaps” along Nike AerowSculpt, dragging off of aerospace principles and further optimizing aerodynamic stability.
As mentioned, the New Nike Flight incorporates Nike’s new patented AerowSculpt technology, which sees molded grooves across its surface, similar to the dimples on a golf ball.
The white color creates another resemblance to the golf ball. Black and metallic gold colors complete the ball’s clean, sophisticated, and high-tech aesthetics.
When applied to design, data science has the potential to continue to benefit sports. With advancements and innovations happening all the time, the most exciting breakthrough in sports could be just around the corner, disguised in such a common object as a football.
Innovation exists in all forms, from AI development to simple objects. All of which are exiting and withholding potentially to influence entire sectors of society.
There are more than 265 million football players in the world, and even the smallest innovation in its most important object can have very significant experience improvements to these players. It isn’t hard to say that the Nike Flight is a game-changing football.
If you want to know more about sports related designs, don’t miss Art, architecture and crazy painted basketball courts.