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SpaceX’s Starship launched successfully from Starbase, Texas, on May 27, 2025, but the ninth flight test failed several of its main objectives. The Super Heavy booster was lost during an aggressive landing-burn test, while the Starship upper stage later lost attitude control, failed to deploy its payload, and broke apart during the planned flight. The FAA reported no public injuries or public-property damage.
What happened during Starship Flight 9?
Flight 9 lifted off at 6:36 p.m. Central Time on May 27, 2025. The approximately 400-foot-tall vehicle launched from SpaceX’s Starbase facility in South Texas. It was the first Starship mission to fly a previously used Super Heavy booster: the same booster had flown on Flight 7 in January.
The launch and early ascent went better than the two previous 2025 tests. All 33 Super Heavy Raptor engines completed their ascent burn, and the booster separated from the upper stage using hot staging. Starship’s six Raptor engines also completed their full-duration ascent burn.
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Flight 9 timeline
- Liftoff: Starship launched from Starbase at 6:36 p.m. Central Time.
- Ascent and separation: The 33-engine Super Heavy booster completed its ascent burn and separated from Starship through hot staging.
- Booster descent: SpaceX tested a higher angle of attack, increasing aerodynamic drag during descent and potentially reducing the propellant needed for the landing burn.
- Booster loss: Twelve of 13 relevant engines relit for the landing burn, but contact was lost shortly afterward. The booster broke apart about six minutes after launch.
- Upper-stage ascent: Starship completed its full-duration ascent burn, a significant improvement over Flights 7 and 8.
- Payload-door failure: The payload-bay door did not open, so the vehicle could not deploy eight Starlink simulator satellites.
- Attitude-control failure: During the coast phase, Starship lost its intended orientation and began rotating or tumbling.
- Skipped engine relight: Because the vehicle could not reach the required orientation, SpaceX abandoned the planned single-Raptor relight.
- Loss of contact: Starship entered an automated safing process and vented remaining pressure. Contact was lost approximately 46 minutes after liftoff, with debris expected to fall within the planned Indian Ocean hazard area.
The booster and upper stage failed differently
| Super Heavy booster | Starship upper stage |
|---|---|
| First flight of a previously flown booster | Completed its full-duration ascent burn |
| Tested a higher-angle-of-attack descent | Payload door failed to open |
| Lost during the landing burn | Lost attitude control during coast |
| Loss covered by approved test-induced damage exceptions | Loss became the subject of the FAA mishap investigation |
This distinction matters. Describing the event simply as “the rocket crashed” obscures the fact that the two stages were lost at different times and for different reasons. The booster’s breakup occurred over the Gulf of Mexico during a demanding landing test. The upper stage continued flying for much longer before losing control and later breaking apart.
Why did Starship lose control?
During the flight, SpaceX and contemporary reports connected Starship’s loss of control to fuel leaks. The leak affected the vehicle’s ability to maintain the orientation needed for the planned engine relight and later parts of the flight profile.
The final regulatory finding was more carefully worded. When the FAA closed the Flight 9 investigation on August 15, 2025, it identified the probable root cause of the Starship vehicle’s loss as a failure of a fuel component. The available finding does not justify specifying a more detailed component or failure mechanism.
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Was Flight 9 a success or a failure?
It was a partial engineering success but a failure against several headline mission objectives.
What worked
- The vehicle launched successfully.
- The Super Heavy booster completed its ascent burn and separated from Starship.
- Flight 9 demonstrated the first reuse of a Super Heavy booster in the program.
- The booster’s higher-angle-of-attack descent generated data for future landing attempts.
- Starship’s six engines completed the full-duration ascent burn.
- The upper stage flew longer than on the two preceding 2025 attempts.
What failed
- The payload-bay door did not open.
- Eight Starlink simulator satellites were not deployed.
- Starship lost attitude control.
- The planned single-engine Raptor relight was not attempted.
- The booster was lost during its landing-burn test.
- The upper stage failed to complete its planned flight and was ultimately lost.
SpaceX gained useful test data, but that does not make the mission operationally successful. The vehicle did not deploy its payload, complete the planned engine-relight demonstration, maintain control, or finish the intended flight.
Why was the booster loss treated differently by the FAA?
The FAA required a mishap investigation focused on the loss of the Starship upper stage. It did not require Flight 9’s investigation to treat the Super Heavy loss in the same way because the booster’s failure fell within previously approved test-induced damage exceptions.
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The regulatory distinction reflects the purpose of the mission. SpaceX was deliberately pushing the booster into a more demanding descent condition to collect data about future recovery performance.
What did the FAA investigation find?
The FAA oversaw the SpaceX-led mishap investigation and accepted the company’s final findings and corrective actions. The investigation closed on August 15, 2025.
The FAA said the probable root cause of the Starship vehicle’s loss was a failed fuel component. It also said SpaceX implemented corrective actions and could proceed with Flight 10 operations under its existing license.
The agency reported that debris remained within designated hazard areas and that there were no public injuries or damage to public property. That did not mean the event had no effect on aviation. The FAA activated a Debris Response Area; one aircraft was diverted, and another airborne flight was held for 24 minutes. The agency reported zero departure delays.
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Flight 9 operated under an FAA license with defined aircraft and maritime hazard areas. The authorized aircraft hazard area covered approximately 1,600 nautical miles, extending through the Straits of Florida, the Bahamas, and Turks and Caicos.
The launch itself followed the FAA’s May 22, 2025 return-to-flight determination after Flight 8. At that point, the agency said SpaceX had satisfactorily addressed the causes of Flight 8’s failure. Flight 9’s later investigation was a separate regulatory process.
Independent reader supportYour contribution helps us test, update, and keep practical guides available for everyone.Why did reuse matter?
Reusability is central to Starship’s intended operating model. Flight 9 was the first time a previously flown Super Heavy booster was launched again, making the mission an important test of whether the massive first stage could be inspected, refurbished, and returned to flight.
The booster did not complete its recovery attempt, but the reflight itself demonstrated that the program had reached a new stage of hardware reuse. The result also showed the difference between proving that a vehicle can fly again and proving that it can be recovered reliably after repeated missions.
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What does Flight 9 mean for Starship’s future?
Flight 9 was more informative and lasted longer than the two preceding 2025 attempts, but it did not demonstrate operational reliability. SpaceX still needed to resolve upper-stage fuel-system problems, payload-door performance, attitude control, engine relight capability, and booster recovery.
Those issues matter beyond experimental launches. NASA’s Artemis program depends on a Starship-derived lunar lander for future crewed lunar missions, making progress in orbital testing relevant to the lander’s development. Starship is also central to SpaceX’s long-term Mars plans. Flight 9, however, did not test crewed operations, lunar landing, or a Mars mission directly.
The flight also complicated SpaceX’s ambition to increase Starship’s launch cadence. A faster operational tempo requires not only frequent launches but dependable stage recovery, payload deployment, and repeatable upper-stage performance.
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Starship Flight 9 was not a total loss of engineering information, but it was a mission failure in terms of its main objectives. SpaceX achieved launch, stage separation, a full-duration upper-stage ascent burn, and the first flight of a reused Super Heavy booster. The payload door failed, the upper stage lost attitude control, the planned engine relight was skipped, and both stages were ultimately lost in separate events.
The later FAA finding identified a failed fuel component as the probable root cause of the Starship vehicle’s loss. The incident occurred within designated hazard areas, with no reported public injuries or public-property damage, but it still produced aviation disruption and demonstrated that Starship remained an experimental system rather than an operationally reliable launch vehicle.
Sources: SpaceX’s Flight 9 mission recap; FAA general statements; FAA commercial-space mishap oversight; FAA Starship/Super Heavy project page; FAA Flight 9 environmental assessment; Reuters; Associated Press.
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