SpaceX completed Starship Flight 9 on May 27, 2026, achieving booster catch on the Mechazilla tower arms for the second consecutive time and successfully landing the Ship vehicle in the Indian Ocean as planned. The milestone confirms that the full rapid-reuse stack is performing as SpaceX's architecture requires, though the path to the operational cadence needed for NASA's Artemis HLS certification remains demanding.
Starship Flight 9 | What Happened
Starship Flight 9 lifted off from Starbase, Boca Chica, Texas at 7:35 AM CDT on May 27, 2026. The 33-engine Super Heavy booster, designated Booster 14, achieved first-stage separation nominally and was caught by the Mechazilla tower chopstick arms approximately 7 minutes 12 seconds after launch. This marked the second consecutive successful booster catch, following the same achievement on Flight 8 in March 2026.
The Ship vehicle, designated Ship 31, completed the planned suborbital trajectory, re-entered over the Indian Ocean, and executed a controlled splashdown approximately 65 kilometers from the planned landing zone. SpaceX engineers described the re-entry performance as "within nominal bounds" and said Ship 31 survived re-entry in structural condition sufficient to have supported a catch if a catch infrastructure had been available at the landing zone.
Flight-by-Flight Progress | A Summary of the Nine Flights
- Flight 1 (April 2023): Vehicle lost at max-q. Launch pad severely damaged.
- Flight 2 (November 2023): Booster lost during stage separation. Ship reached space, lost during atmospheric re-entry.
- Flight 3 (March 2024): Booster and Ship both lost, but Ship reached orbital velocity and re-entered at a shallow angle for the first time.
- Flight 4 (June 2024): Booster splashdown in Gulf of Mexico. Ship successfully re-entered and splashed down in Indian Ocean.
- Flight 5 (October 2024): First booster catch. Ship splashdown in Indian Ocean.
- Flight 6 (January 2025): Booster catch. Ship splashdown. First test of propellant transfer hardware.
- Flight 7 (February 2025): Ship anomaly during ascent; Flight 7 was a partial failure. Booster catch aborted due to safety hold.
- Flight 8 (March 2026): Full mission success. Second booster catch. Ship nominal splashdown.
- Flight 9 (May 2026): Second consecutive full mission success. Third booster catch. Ship nominal splashdown.
What Two Consecutive Booster Catches Mean for Reuse
The booster catch is not just a dramatic visual. It is load-bearing for SpaceX's cost model. A Super Heavy booster represents approximately 60 to 65% of the Starship system's hardware cost. Recovering it intact and returning it to the launch mount within hours instead of weeks, the stated Mechazilla architecture goal, is what enables the sub-$10-million-per-flight cost target that SpaceX has publicly committed to for Starlink V3 satellite deployment and, eventually, Mars missions.
SpaceX President Gwynne Shotwell confirmed at a May 2026 conference that Booster 12, which was caught on Flight 8, has been refueled and cleared for reflying. Booster 12's reflying will be Flight 10, currently targeting late 2026. If that succeeds, it will be the first time a Super Heavy booster has flown twice, validating the actual reuse cycle rather than just the catch.
NASA Artemis HLS Certification | What Flights Are Still Required
NASA's HLS certification plan requires SpaceX to demonstrate a full-duration propellant depot transfer in lunar orbit conditions before crew is aboard. This has not yet been tested on any Starship flight. SpaceX has flown propellant transfer hardware on Flight 6 but did not achieve full transfer demonstration. The propellant transfer test in lunar orbit profile is now planned for a dedicated uncrewed mission in early 2027, before the Artemis III crew flies.
Additionally, the lunar HLS variant, which has not yet been built, adds a crew access tunnel, a lunar surface airlock, and an extended landing leg system not present on the current orbital Starship design. NASA's independent review board has flagged these design differences as adding schedule risk.
Why This Matters
Starship is arguably the most consequential aerospace program since the Saturn V. If it achieves its cost targets, it changes the economics of everything from satellite internet to planetary science to human spaceflight. The two consecutive booster catches show that the core reuse concept is not a one-off. But SpaceX still needs to demonstrate booster re-flight, full propellant transfer, and the HLS-specific hardware before Artemis III can proceed. The cadence is encouraging. The certification gap remains real.
Frequently Asked Questions
- How many times has Starship flown? Nine times as of May 2026, since the first orbital attempt in April 2023.
- What is Mechazilla? The nickname for the launch-and-catch tower at Starbase that uses large robotic arms to catch the Super Heavy booster at landing.
- Has SpaceX reused a Super Heavy booster yet? Not yet. Booster 12, caught on Flight 8, has been cleared for reflight as Flight 10, targeting late 2026.
- When will Starship fly to the Moon? SpaceX is targeting a dedicated uncrewed HLS propellant transfer demonstration in early 2027, ahead of the crewed Artemis III mission no earlier than mid-2027.