A official FIFA Men’s World Cup soccer ball has been delivered to the International Space Station, where astronauts will subject it to microgravity tests that could reshape the design of the sport’s most visible equipment.
Zero‑Gravity Testing
Inside the orbital laboratory, crew members will kick the ball around in weightlessness, observing how its surface texture, seam configuration and internal pressure behave when the usual pull of Earth’s gravity is removed.
The experiment is part of a broader effort to understand how aerodynamic forces and material responses differ in space, with the ultimate goal of producing balls that retain consistent flight characteristics on Earth, especially during high‑stakes matches.
Since 2022, Adidas has integrated electronic sensors into its match balls, allowing real‑time data on speed, spin and impact to be captured. The same technology is now being leveraged to compare sensor readings taken on the ground with those recorded aboard the ISS.
Astronaut Jessica Meir, who is overseeing the tests, explained that in microgravity the ball’s motion reveals phenomena that are impossible to replicate on the surface, offering a unique window into fluid dynamics and material stress.
The 2026 FIFA Men’s World Cup began on June 11 and will conclude with the final in New York City on July 19, marking the first time the tournament’s championship game will be played on the East Coast of the United States.
The competition’s opening match took place in Mexico, and the event will traverse 16 host cities across North America, showcasing the sport’s global reach while the space‑based research continues to influence the equipment used on Earth.