If Boeing Can’t Handle the 737 Max Why Try For Space?
Space / Aviation & Transportation
Boeing’s Starliner: A Questionable Leap into Space
Boeing’s recent attempts to venture into space with the Starliner spacecraft have raised eyebrows, especially given the company’s troubled history with the 737 Max. The latest setback occurred when a computer issue grounded the spacecraft just minutes before its much-anticipated first piloted test flight. This delay, reminiscent of Boeing’s prior technical challenges, has cast doubt on the company’s ability to safely navigate the complexities of space travel.
Engineers were initially optimistic about rescheduling the launch for the following day. But further assessment revealed that more time became needed to address the computer problem. This latest glitch is part of a series of issues that have plagued the Starliner program, including a pressure relief valve problem and a helium leak in the propulsion module.
These setbacks are reminiscent of the systemic failures that marred the 737 Max, leading to widespread skepticism about Boeing’s capacity to handle the intricate demands of space missions.
Is the Boeing 737 MAX safe now?
The Starliner’s mission includes a rendezvous and docking with the International Space Station (ISS). However, the spacecraft has been beset by delays and technical problems, pushing its timeline years behind schedule. The Starliner program has already cost Boeing an additional $1.4 billion to rectify these issues, highlighting significant concerns about the company’s engineering and project management capabilities.
The launch attempt on May 6 was derailed by a faulty pressure-relief valve in the rocket’s upper stage and a subsequent helium leak. Despite these problems being resolved, a last-minute computer glitch triggered another delay.
This situation underscores a critical question:
If Boeing struggles with the complexities of commercial aircraft, how can NASA trust Boeing to safely venture into the far more challenging realm of space?
NASA’s investment in both the Starliner and SpaceX’s Crew Dragon, meant to ensure redundancy in the agency’s ability to send astronauts to the ISS.
However, SpaceX has proven reliable, already carrying 50 astronauts in 13 successful flights.
In contrast, Boeing’s continued setbacks cast doubt on its ability to deliver a safe and dependable spacecraft. As Boeing works to troubleshoot and resolve these issues, the credibility and future of its space ambitions remain uncertain.
