Sunita Williams’ space mission could last until February 2025 due to Starliner challenges

NASA has announced that the return of astronauts Butch Wilmore and Sunita Williams, currently aboard the International Space Station (ISS) on a Boeing Starliner mission, may be delayed until February 2025. What was initially planned as a 10-day mission has been significantly extended due to unexpected issues with the spacecraft.

The Boeing Starliner, which launched in June of this year, was designed to complete a critical test mission before being certified for routine crew flights. However, the spacecraft has encountered several technical problems, including propulsion system failures and helium leaks. These issues have delayed the mission and prompted NASA to consider alternative reentry options.

Given the ongoing issues with Starliner, NASA is now exploring the possibility of using SpaceX’s Crew Dragon to bring the astronauts back to Earth. If this option is pursued, Wilmore and Williams could remain on the ISS until February 2025. This extension is needed to ensure that Starliner can be safely repaired or to wait for a suitable opportunity to return with Crew Dragon.

Since arriving at the ISS on June 6, Williams and Wilmore have been involved in various scientific experiments and daily tasks. Despite the extended mission, all nine astronauts currently aboard the ISS are safe and have sufficient food and supplies. The priority remains to resolve the issues with Starliner and find a solution for the astronauts’ return as soon as possible.

Sunita Williams, a veteran astronaut on her third space mission, has been conducting important research during her stay on the ISS. This includes studies on fluid physics and plant growth in microgravity, which are essential for future space missions and the possible establishment of bases outside Earth.

NASA and Boeing are working hard to address the technical challenges with Starliner. Until these issues are resolved, the mission’s duration remains uncertain. The focus is on ensuring the astronauts’ safety and exploring all available options for their return.