SpaceX Starship V3 Lifts Off: Flight 12 Reaches SECO

πŸ“Œ UPDATE β€” May 25, 2026

Following SECO, SpaceX has confirmed Starship's Ship successfully completed its flip maneuver and landing burn during Flight 12 β€” a critical milestone on the path to full upper-stage reusability. SpaceX shared official video footage of the sequence, with observers noting the camera angle offered a uniquely striking view not commonly seen in previous tests. The successful execution of this maneuver, even with one engine out earlier in the flight, underscores the robustness of Starship V3's flight profile.

πŸ“Œ UPDATE β€” May 23, 2026

Starship V3 has now confirmed a successful landing burn over the Indian Ocean, marking a key milestone beyond SECO for Flight 12. SpaceX also revealed that both Starship and Super Heavy V3 are equipped with upgraded 4K cameras capable of streaming high-resolution video through every phase of flight via Starlink β€” a significant leap in onboard imaging over previous versions.

SpaceX tweet showing Starship V3 landing burn over the Indian Ocean SpaceX tweet showing upgraded 4K onboard camera views from Starship and Super Heavy V3

πŸ“Œ UPDATE β€” May 23, 2026

Elon Musk confirmed post-flight that the Starship V3 heat shield held well during Flight 12 β€” a significant milestone for the vehicle's thermal protection system development. Separately, space journalist Eric Berger highlighted a visualization showcasing the markedly improved capabilities of the V3 boost stage compared to previous iterations, underscoring how much performance has grown across Starship generations.

πŸ“Œ UPDATE β€” May 23, 2026

SpaceX has released an official post-flight statement confirming that Super Heavy ignited all 33 Raptor 3 engines and that only a single Raptor shut down during ascent β€” with the first-stage flight deemed a success. SpaceX President Gwynne Shotwell praised the team, calling it an "incredible first flight of a brand new vehicle" and saying humanity's multi-planetary future "has become so much closer." SpaceX also shared a series of stunning launch photos and video highlights from Flight 12 across their official channels.

"Congrats and a huge thank you to the SpaceX team that always delivers. This was an incredible first flight of a brand new vehicle. Our collective future flying amongst the stars has become so much closer." β€” Gwynne Shotwell (@Gwynne_Shotwell)

Gwynne Shotwell tweet on Starship V3 Flight 12

SpaceX official tweet β€” Starship V3 takes flight for the first time

πŸ“Œ UPDATE β€” May 23, 2026

SpaceX has now confirmed a fully successful Starship V3 Flight 12, completing not just SECO but also the first-ever Starship V3 landing β€” a milestone beyond what was initially reported. Elon Musk took to X to congratulate the SpaceX team, calling it an "epic first Starship V3 launch & landing" and saying the team "scored a goal for humanity." The successful catch/landing marks a major leap forward for full reusability of the world's most powerful rocket.

Elon Musk tweet congratulating SpaceX on first Starship V3 launch and landing Elon Musk video post of Starship V3 landing

πŸ“Œ UPDATE β€” May 23, 2026

Following SECO, Starship executed a banking maneuver designed to mimic the final approach for a future return-to-Starbase catch β€” a key milestone in proving out the Ship catch architecture. The flight concluded with a nominal splashdown in the Indian Ocean. In a striking demonstration of Starlink's capabilities, SpaceX also shared footage of Starship in space captured by an orbiting Starlink satellite.

πŸ›°οΈ Starship seen from Starlink satellite

SpaceX tweet: Views of Starship in space from a Starlink satellite

πŸ”„ Banking maneuver for future catch rehearsal

SpaceX tweet: Starship executing banking maneuver mimicking return to Starbase

πŸ“Œ UPDATE β€” May 22, 2026

Flight 12 has now crossed additional major milestones beyond SECO: SpaceX confirmed Starship successfully deployed modified Starlink satellites and simulators on orbit β€” a first for the program. Hot-staging separation and the full ascent burn both executed nominally, with live views streamed via Starlink. A recovery team has been deployed in one of Earth's most remote environments to collect critical return data. SpaceX also highlighted Starship's pivotal role in NASA's Artemis program, transporting crew and cargo to the lunar surface.

SpaceX tweet: Starship has successfully deployed our modified Starlink satellites and simulators

πŸ“Œ UPDATE β€” May 22, 2026

New details from Flight 12 confirm Booster 19 suffered multiple engine failures during its boost-back burn β€” not just a minor anomaly β€” resulting in an uncontrolled hard landing in the Gulf of Mexico. Despite the dramatic booster loss, Ship 39 successfully reached SECO on five of its six Raptors, with the engine shutdown confirmed on camera. On the payload side, observers noted a significant improvement to Starlink deployment: satellites were dispensed without the dispenser needing to retract to a "running start" position between releases, a notable upgrade over previous flights. SpaceX streamed the booster's descent all the way to impact, drawing widespread praise for the transparency of the live coverage.

"The first stage booster made an uncontrolled, hard landing in the Gulf, with pretty incredible views right up until the end. Starship reached space despite one of its Raptor engines failing." β€” @SciGuySpace
CSI_Starbase tweet on improved Starlink deployment
BREAKING β€” 0h ago

SpaceX has successfully launched the first Starship V3 rocket β€” designated Flight 12 β€” from a brand-new Pad 2 at Starbase, Texas. The vehicle lifted off, completed stage separation, and reached Second Engine Cutoff (SECO), marking the most capable Starship test flight to date. The mission also exposed two real-time anomalies: one of the six Starship upper-stage engines shut down shortly after ignition, and the Super Heavy booster's boostback burn ended prematurely. Neither stopped the mission from hitting its primary milestones.

Elon Musk announces Starship launch attempt in 5 minutes
Source: @elonmusk β€” May 22, 2026

What Made V3 Different

This was not an incremental update. According to SpaceX, Starship V3 incorporates thousands of changes from its predecessor, touching virtually every major system on both the booster and the ship.

The most significant propulsion upgrade is the new Raptor 3 engine. Each unit targets 300 tons (600,000 pounds) of thrust at liftoff β€” and with 33 of them on the Super Heavy booster, the combined output exceeds 18 million pounds of thrust. Raptor 3 also eliminates the need for engine heat shields, reducing mass and mechanical complexity. The entire stacked vehicle stands 124 meters (407 feet) tall, roughly 5 feet taller than V2.

On the booster side, SpaceX reduced the grid fin count from four to three β€” but each fin is 50% larger and stronger. Hot staging is now fully integrated, removing the old disposable interstage shield so the booster dome is directly exposed to upper-stage engine ignition. A redesigned fuel transfer tube β€” described as roughly the size of a Falcon 9 first stage β€” enables faster, more reliable simultaneous startup of all 33 Raptors.

The Starship upper stage received an equally comprehensive overhaul: a completely redesigned propulsion system, simplified aft section, new single-actuator flap system with three motors per flap for better redundancy, and new hardware for orbital refueling including four docking drogues and dedicated propellant transfer connections for ship-to-ship operations.

Sawyer Merritt confirms Starship V3 successful liftoff
Source: @SawyerMerritt β€” May 22, 2026

β–Ά Watch Video on X

Stage Separation, Then the Anomalies

Stage separation was confirmed successful β€” a clean hot-staging event that has now become routine for Starship, even as it remains one of the most complex maneuvers in rocketry.

Sawyer Merritt confirms successful stage separation
Source: @SawyerMerritt β€” May 22, 2026

β–Ά Watch Video on X

Shortly after, aerospace journalist Jeff Foust noted that one of the six Starship upper-stage engines had shut down shortly after ignition, and that the Super Heavy boostback burn ended earlier than expected. SpaceX had not planned a booster catch on this mission, so the premature boostback shutdown had limited operational consequence.

Jeff Foust reports one ship engine shutdown and premature boostback burn
Source: @jeff_foust β€” May 22, 2026

NASASpaceflight confirmed the engine-out situation in real time β€” and then confirmed the mission kept going anyway. Starship's engine-out capability, a design feature baked into the vehicle from the start, absorbed the loss without aborting the flight profile.

NASASpaceflight confirms engine-out capability keeping mission alive
Source: @NASASpaceflight β€” May 22, 2026

β–Ά Watch Video on X

SECO Confirmed

The mission reached Second Engine Cutoff β€” the point at which the upper stage shuts down its engines after completing its primary burn. SECO is a critical milestone confirming the vehicle achieved its target trajectory.

NASASpaceflight confirms SECO reached on Starship Flight 12
Source: @NASASpaceflight β€” May 22, 2026

β–Ά Watch Video on X

Context: A Seven-Month Gap, a Scrub, and a New Pad

Flight 12 ends a seven-month hiatus since Flight 11. The first attempt on May 21 was scrubbed when a hydraulic pin on the launch tower's chopstick arm failed to retract β€” the same mechanism SpaceX redesigned for Pad 2, replacing hydraulic actuators with electromechanical ones. The irony of a hydraulic failure on the old system prompting a 24-hour delay before a successful launch from the new pad is hard to miss.

The payload on this flight included 20 Starlink satellite simulators and two modified Starlink satellites carrying test hardware for Starlink V3, which were designed to scan the Ship's heat shield from orbit β€” adding a data-collection layer to what is already a heavily instrumented test mission.

With SECO confirmed and the vehicle's engine-out redundancy validated under real flight conditions, SpaceX now has a working baseline for V3. The anomalies β€” one engine down on the ship, a shortened boostback burn on the booster β€” will feed directly into the next iteration. That's exactly how this program is supposed to work. Follow our SpaceX coverage for updates as post-flight data comes in.

πŸš€ Following the Starship program? See every test flight, official outcome and the next launch window in our SpaceX Starship Tracker.

Sources & reporting notes

The links below identify the material source records used for this report.

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Source links are preserved as published or accessed. See our editorial standards and corrections policy.


BASENOR Newsroom

The BASENOR Editorial Desk covers Tesla, SpaceX, and related technology, curating reporting from primary sources β€” official accounts, regulatory filings, and software release data. Every article passes source-record and fact-checking review before publication. About the newsroom.

This report was curated by the BASENOR Editorial Desk from the sources listed above. Read our editorial standards or email editorial@basenor.com to report an error.

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