English Premier League club Arsenal have consulted NASA, Google and Apple as part of efforts to reduce player injuries and improve recovery processes.
As reported by İdman.Biz, citing the Daily Mail, the London club is exploring advanced scientific research and technology to better understand injury risks and optimize rehabilitation programs.
Arsenal officials have shown particular interest in NASA's research into space physiology, especially studies that could provide insights into rehabilitation following anterior cruciate ligament (ACL) injuries.
The US space agency investigates how reduced gravity affects the human body and examines the physiological changes astronauts experience after returning to Earth.
Arsenal hope to apply findings from this research to determine appropriate physical workloads during different stages of player recovery.
Particular attention has been given to understanding how quickly training intensity can be increased and how medical staff can assess whether a player is ready to handle additional physical demands without increasing the risk of reinjury.
The club has also approached Google, one of its commercial partners, for advice on data analysis.
Google's technologies could help Arsenal identify factors associated with a higher risk of injury, including changes in running mechanics and various physical performance indicators.
Meanwhile, discussions with Apple have focused on wearable devices capable of collecting physiological data during training sessions and rehabilitation.
In particular, the club has explored the potential use of Apple Watch devices to monitor heart rate, exercise intensity and other indicators of physical workload.
By combining scientific research, advanced data analysis and wearable technology, Arsenal aim to develop a more personalized approach to injury prevention and player rehabilitation.
The initiative reflects the growing role of sports science and technology in modern football, as elite clubs seek new ways to protect their players and maintain peak physical performance throughout demanding seasons.
