BOEING OFT-2 MISSION UPDATE
NASA and Boeing are targeting August/September for the launch of Starliner’s uncrewed Orbital Flight Test-2 (OFT-2) mission to the International Space Station and will evaluate options if an earlier launch opportunity becomes available. The current schedule is supported by a space station docking opportunity and the availability of the United Launch Alliance Atlas V rocket and Eastern Range.
Boeing will be mission-ready in May should another launch opportunity arise. The Starliner team has completed all work on the OFT-2 vehicle except for activity to be conducted closer to launch, such as loading cargo and fueling the spacecraft. The team also has submitted all verification and validation paperwork to NASA and is completing all Independent Review Team recommended actions including those that were not mandatory ahead of OFT-2.
Software and Mission Operations teammates in Houston have been hard at work conducting flight software simulations, including end-to-end confidence and integration testing that will serve as a mission dress rehearsal before every future Starliner flight. Boeing expects to conclude all software testing in April and will support the agency’s post-test reviews as needed.
The Starliner team is now preparing for the Crew Flight Test (CFT) to enable the shortest turnaround time possible between flights while maintaining its focus on crew safety. NASA’s CFT astronauts recently suited up and climbed aboard Starliner to perform a fully integrated and powered checkout of the OFT-2 vehicle supported by life support and communications systems. The OFT-2 spacecraft and all systems are nearly identical to those that will fly during Starliner’s first crewed mission, which will be the second flight of that spacecraft.
Safely and sustainably transporting crew and cargo to and from low Earth orbit destinations for NASA and other future customers is the ultimate goal. Boeing is confident in the Starliner vehicle, the team and the missions ahead as the program nears the completion of its development phase.