Boeing's Starliner Redesigned for December Uncrewed Test, 2028 Crew Mission
NASA and Boeing announced improvements to Starliner following its problematic 2024 crewed test flight, including fixes to helium seals, thruster valve corrosion, and thermal modifications. An uncrewed test flight is scheduled for December, with crewed operations resuming in mid-2028 under astronaut Woody Hoburg's command. NASA signaled demand for multiple crew vehicle providers and expressed interest in funding additional commercial spacecraft development.
Boeing's spacecraft encountered significant technical challenges during its initial human spaceflight test in 2024, resulting in an extended and unplanned stay for the two astronauts aboard the International Space Station. The investigation identified multiple failure points: degradation in critical sealing components, corrosion within propulsion systems, and thermal management issues affecting engine performance. Engineers have implemented comprehensive corrections addressing each of these problems before attempting another crewed mission.
NASA's decision to pursue multiple commercial crew providers reflects concerns about long-term program sustainability. With SpaceX's Dragon currently the only operational option and that company planning to transition resources toward next-generation vehicles, the agency faces potential gaps in crew transportation capability. By signaling sustained demand for ISS missions throughout the 2030s and expressing openness to funding new spacecraft development, NASA aims to encourage private investment in alternative crewed vehicles.
The aviation and aerospace industries could experience meaningful effects from NASA's approach. If additional commercial providers enter the crew transportation market, competition may drive innovation and potentially reduce long-term costs for spaceflight services. Conversely, the extended timeline for Starliner's return—with the next crewed mission not scheduled until mid-2028—may influence how space agencies and private companies plan missions requiring human operators. The outcome could reshape commercial spaceflight economics and determine which companies gain positions in this specialized, high-stakes market segment.