Soccer Ball Tested in Microgravity on International Space Station
A soccer ball was photographed floating in microgravity aboard the International Space Station (ISS) on March 2, 2026. The ISS crew conducted experiments to study how the internal mass of soccer balls influences their motion and stability in microgravity. These findings are expected to improve understanding of how embedded technologies, such as match-ball sensors, can affect performance during play on Earth.
A soccer ball was observed floating in microgravity aboard the International Space Station (ISS) in an image captured on March 2, 2026.
The crew members on the space station conducted specific tests using soccer balls to examine how their internal mass affects motion and stability within a microgravity environment.
The results of this research have advanced the understanding of how embedded technologies, including the sensors often found within modern match balls, can influence performance during athletic play. This insight is applicable not only in space but also for sports on Earth.
NASA, through its ongoing research on the International Space Station and the development of technology for space exploration, consistently aims to demonstrate how discoveries made for space can provide benefits to people on Earth, including athletes and fans of popular sports.