NASA Grapples with Boeing Starliner Safety Concerns, Delays SpaceX Mission
NASA is facing potential safety issues with Boeing’s Starliner spacecraft, raising concerns about the safe return of astronauts from the International Space Station (ISS). Sources speaking to Ars Technica on condition of anonymity have revealed worries that malfunctioning thrusters could cause the spacecraft to spin out of control and potentially collide with the ISS during undocking.
While NASA has not officially confirmed these concerns, a spokesperson did not dismiss the worst-case scenario when approached for comment. Harvard astronomer Jonathan McDowell explained the risks associated with undocking using faulty thrusters, emphasizing the potential for a catastrophic collision with the space station.
The ongoing Starliner issues have led to delays in other NASA missions. The SpaceX Crew-9 mission, originally scheduled for August 18, has been postponed to no earlier than September 24. As a result, Starliner astronauts Butch Wilmore and Suni Williams may remain on the ISS until 2025.
These setbacks come amid broader challenges for Boeing’s space projects. NASA’s watchdog recently released a critical report on the Space Launch System (SLS), another Boeing initiative, which has exceeded its budget by $700 million. Jonathan McDowell noted that Boeing’s involvement in these projects has been “financially and publicly disastrous.”
The mounting issues are likely causing internal dissatisfaction at Boeing, with McDowell predicting that the SLS might see limited use once completed. As negative publicity continues to surround Boeing’s space endeavors, questions arise about the company’s ability to weather the storm.
In light of these concerns, NASA is reportedly considering alternative options, including the possibility of using a SpaceX capsule to return astronauts instead of the problematic Boeing Starliner. As the situation develops, the space agency faces crucial decisions regarding the safety of its astronauts and the future of its commercial crew program.