Starship Orbits Earth, Returns Early

3 min read · reported by Space Scout

SpaceX’s Starship reached orbit for the first time Monday morning, completing just under two orbits of the Earth before making an early return and landing in the Pacific Ocean. Although technical issues cut the mission short, Starship achieved most of its objectives, including its first deployment of an operational payload into orbit. The flight is perhaps the biggest milestone for Starship so far, unlocking a new phase of development towards its long-term goals.

Starship transits the sun on its 14th flight. It is now orbital. Me for @WeAreSpaceScout pic.twitter.com/iCUciW6Q2S

The Starship-Super Heavy stack lifted off from Spacex’s Starbase launch site in South Texas at 7:48 Central Time. The Super Heavy booster lost two engines on ascent, but completed a successful separation, boostback burn, and soft landing in the Gulf of Mexico—a first for this generation of the booster. One of Starship’s vacuum engines shut down early towards the end of its burn, but the ship retained control through a slightly extended ascent, similar to Flight 12 in May of this year.

Despite the engine failure, SpaceX chose to proceed with orbital insertion after extended investigation into the health of the spacecraft. Twenty-six minutes into the flight, Starship relit one sea level engine, placing itself into orbit for the first time. Over the next 30 minutes, the spacecraft deployed 26 Starlink V3 satellites into orbit, which are slated to enter SpaceX’s operational network. As during the previous flight, the satellites also photographed Starship and its heat shield in space.

SpaceX had planned for Starship to spend up to nine hours in space, completing nearly six orbits of the Earth. However, SpaceX instead chose to exercise a contingency plan for this mission, conducting a deorbit burn two hours into the flight to target a preselected landing site north of Hawaii. The reason is not yet clear, though SpaceX stressed that it would only execute the complete mission if Starship remained healthy throughout. Starship ultimately made a successful reentry—its fastest to date—and splashdown in the ocean, ending the mission after three hours and eight minutes.

Starship has now crossed an important threshold: it can deploy Starlink satellites into orbit, allowing the rocket to contribute to SpaceX’s revenue. SpaceX, now publicly traded, sorely needs an operational Starship to deliver on its promises to investors, especially as it continues to invest aggressively into AI and orbital datacenters . Other commercial payloads have been slow to materialize, but data from orbital Starship missions may help customers design around its capabilities as a launch vehicle.

SpaceX is also one step closer to meeting its obligations to NASA’s Artemis program, though its in-space lifetime will be a crucial watch item. Next year, Starship must fly to orbit and dock with the Orion spacecraft during the Artemis III mission . That will require Starship to stay in orbit for several days, whereas Monday’s mission was cut short after just a few hours. It will take months to refuel Starship in space ahead of a Moon landing , and even longer to get to Mars.

Still, reaching orbit unlocks a new era for the Starship program. SpaceX has spent three years and thirteen missions flying Starship on almost exactly the same flight profile, refining its design, encountering setbacks, and gradually advancing forward. But with its fourteenth mission, Starship has now broken into new territory, allowing SpaceX to test the vehicle for much longer durations in space. The question now is whether the program will stumble over previously unseen issues in this new environment, or if Starship’s development will finally begin to accelerate towards a fully operational system.

Reported by Space Scout. Reproduced unedited by Everything Space. View the original →