Produced by: Manoj Kumar
Astronaut Sunita Williams is set to return to Earth on March 18, 2025, after nearly ten months in space, with splashdown expected off Florida’s coast.
After months in microgravity, even lifting a pencil will feel like a workout as her body struggles to adjust to Earth's pull once again.
Long stays in space cause significant bone density loss, leaving astronauts vulnerable to fractures and weakness upon returning home.
Microgravity causes severe muscle atrophy, meaning Williams will need weeks of rehab to regain strength for basic movements.
Months in orbit expose astronauts to higher radiation levels, increasing long-term risks of cancer and other illnesses.
Returning to Earth’s gravity could trigger space sickness, including nausea, dizziness, and headaches as her body recalibrates.
Prolonged weightlessness affects heart rate and blood pressure, complicating the transition back to normal cardiovascular function.
Representative pic
Full recovery could take weeks to months, with intensive rehab, physical therapy, and constant medical monitoring to restore strength and balance.
Despite these risks, Williams' journey underscores the incredible resilience of astronauts—pushing human endurance to the limits in space exploration.