A football manufactured in Pakistan has achieved a historic milestone after it was tested in space aboard the International Space Station during a NASA experiment. The official FIFA World Cup 2026 match ball, known as Trionda, was used by astronauts to study its movement in a zero-gravity environment.
Astronauts carried out the experiment inside the ISS Cupola module, where large observation windows allowed them to closely monitor the floating football. The test aimed to observe how the ball behaves in microgravity, providing scientists with valuable data on motion, balance, and aerodynamic stability without Earth’s gravitational pull.
Moreover, NASA explained that the experiment focuses on understanding how weight distribution and design influence a football’s movement in space. Researchers believe these findings can help improve sports engineering and deepen scientific knowledge about how objects behave when gravity is removed from the equation.
In addition, the agency noted that a similar study conducted in 2019 showed that even minor differences in balance can significantly affect the trajectory of a football. The latest experiment builds on that research, using the Trionda ball to further analyze motion patterns under controlled space conditions.
The Trionda football is designed by Adidas and produced in Pakistan, highlighting the country’s long-standing role in global sports manufacturing. The name Trionda comes from a Spanish term meaning “three waves,” reflecting the 2026 FIFA World Cup, which will be jointly hosted by the United States, Canada, and Mexico.
Finally, Pakistan’s Sialkot-based football industry has long supplied match balls for major international tournaments, and this space-based experiment adds a new achievement to its legacy. The use of a Pakistan-made football in a NASA study underscores the global reach and technological relevance of the country’s sporting goods sector.