NASA has announced an adjustment to the return date of the Boeing Starliner spacecraft from June 26 to sometime in July. The decision came after several days of meetings to assess the readiness of the spacecraft for the return journey to Earth with NASA astronauts Butch Wilmore and Suni Williams.
The original plan was for the spacecraft to undock and return on June 14, but due to data analysis from the vehicle’s problematic flight to the International Space Station, multiple return opportunities have been waved off. The need for further review of data led to the decision to delay the return once again.
Steve Stich, manager of NASA’s Commercial Crew Program, emphasized the importance of following the standard mission management team process and letting data guide the decision-making process. The main issues that need to be addressed include helium system leaks and thruster performance observed during rendezvous and docking.
Despite setting a return date for June 26 earlier in the week, NASA and Boeing are taking their time to ensure all contingencies are addressed before sending the astronauts back to Earth. This includes safely undocking from the space station, performing necessary maneuvers, and landing in the New Mexico desert under parachutes.
While the extended stay of the Starliner spacecraft at the space station allows for more data collection on its performance during long-duration missions, it is essential to note that the vehicle is only rated for a 45-day stay. NASA is considering a possible return date around July 4, allowing time for critical station activities and system upgrades for future missions.
The delay in the return journey highlights the cautious approach taken by NASA and Boeing to ensure the safety and success of the mission. While officials have reassured that the spacecraft is cleared for emergency returns, further explanations are needed to address why they are not yet comfortable with a normal return to Earth.
The additional time will also provide valuable insights for future missions and system upgrades, paving the way for operational flights with extended durations in orbit. Despite the setbacks, the collaborative efforts between NASA and Boeing continue to prioritize the safety and effectiveness of crewed space missions.
