Shortly after SpaceX completed the inaugural flight of its eagerly awaited Starship Version 3, the Federal Aviation Administration (FAA) has imposed a temporary halt on the program. The FAA labeled the May 22 launch as an incident under review, pausing all operations until a thorough inquiry is finalized. This interruption comes during a critical phase for SpaceX, which relies on Starship V3 to advance Starlink satellite launches, lunar missions with NASA, and the company’s aspirations for crewed expeditions to Mars.
Notable Achievements Amid Flight 12 Despite Booster Issues
In spite of the current regulatory hold, Flight 12 represented a major step forward in validating the Starship design. The enhanced V3 upper stage met most mission targets and hit essential milestones after years of development. The payload included 20 simulated Starlink satellites alongside two modified units tasked with capturing aerial footage during the mission.
The launch initiated smoothly, with the sizable Super Heavy booster propelling Starship from the Texas coastline on its designated flight path. Stage separation over the Gulf of Mexico was executed flawlessly, clearing one of the mission’s critical hurdles. Although one of the upper stage’s six Raptor engines failed mid-flight, the spacecraft adapted, showcasing resilience by continuing its mission. The vehicle performed payload deployment and maintained its trajectory for most of the operation. Approximately an hour post-launch, the upper stage executed a controlled splashdown in the Indian Ocean, where it capsized and disintegrated as planned for this test configuration. This phase provided crucial data and marked meaningful progress for the V3 system.
Booster's Return Failure Alters Mission Outcome
The mission took a downturn during the Super Heavy booster’s return attempt. After separation, the booster was tasked with executing precise maneuvers to return safely to a designated landing site, a key aspect of SpaceX’s reusable rocket strategy.
SpaceX reported issues shortly after initiating return procedures. “Following stage separation, the Super Heavy booster performed a directional flip maneuver and attempted its boostback burn,” SpaceX states. “It was unable to ignite all intended engines and executed a partial boostback burn that concluded prematurely.”
Due to this incomplete burn, the booster deviated from its planned descent path. Evidence suggests the vehicle tumbled during descent after encountering engine troubles and ultimately was destroyed upon impact with the sea. Fortunately, there were no injuries or damage to property. The failure, however, occurred at a critical flight stage involving one of the most powerful rockets ever constructed, prompting unavoidable regulatory attention.
FAA Suspends Starship Launches Pending Investigation Outcomes
The FAA has stated that no Starship launches will be authorized until the investigation concludes and the agency confirms that all public safety concerns are fully mitigated. The FAA will supervise the inquiry while SpaceX leads the technical review of the malfunction.
Per regulatory protocol, SpaceX must establish the root cause of the incident, chronicle the event sequence, identify factors that contributed, and recommend fixes. The FAA will assess these details to decide if the remedies are adequate for resuming launches. The agency’s guidelines require assurance that any implicated systems or procedures do not pose undue risk to public safety.
This process mirrors previous Starship mishap investigations, which involved intensive assessments and several rounds of corrective steps before license renewal. Even if SpaceX promptly diagnoses the problem, the company must complete regulatory approvals before Flight 13 can proceed. The review timeline may extend from a few weeks to several months depending on the findings and necessary adjustments.
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