SpaceX’s fourth Starship flight, launched on June 6, 2024, completed liftoff, stage separation and a controlled Super Heavy splashdown. Then, during Starship’s atmospheric reentry, live exterior video showed thermal-protection material and part of an aerodynamic flap breaking apart. The ship stayed under control long enough to splash down, making the flight both a meaningful success and a clear heat-shield setback.
What flight was this?
This was Starship Flight 4, an integrated test of SpaceX’s fully stacked Starship and Super Heavy vehicle from Starbase, Texas. The mission profile called for ascent, separation, a Super Heavy descent, Starship reentry and an ocean splashdown. It is a historical event, not a 2026 launch; contemporaneous coverage identified the flight and documented the livestream damage.
For much of the mission, the vehicle appeared to be progressing normally. The dramatic change came only after the upper stage reached the reentry environment.
The flight looked nearly perfect before reentry
- Liftoff: The stacked vehicle climbed away from the pad without an early failure.
- Separation: Starship and Super Heavy separated as planned.
- Booster descent: Super Heavy performed a controlled descent and soft ocean splashdown.
- Upper-stage reentry: Starship reached the phase of flight where its heat shield and movable flaps faced their most severe conditions.
The booster and the ship are separate vehicles. Super Heavy’s controlled landing was a major accomplishment, but it did not mean the Starship upper stage had completed an undamaged return.
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What viewers saw on the livestream
As Starship entered plasma, exterior cameras showed material around the vehicle’s aerodynamic flap area eroding, peeling or detaching. Pieces appeared to break away from the ship. A camera view became obscured or unusable and later went dark, while another view continued to show the vehicle descending.
The footage also showed the flap moving despite severe visible damage. The video returned shortly before splashdown, confirming that the ship was still descending under control. SpaceX’s Starlink-enabled communications made the sequence unusually visible; reentry damage that is normally hidden by communications loss was seen in real time.
The images establish visible shedding and damage, not the identity of every fragment. Some material was consistent with heat-shield tiles or other thermal-protection components, and a portion of an aerodynamic flap appeared badly damaged. The footage alone cannot prove which component failed first or whether the damage began with tile attachment, aerodynamic loading, thermal expansion, manufacturing variation or a combination of factors.
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Why tiles and flaps matter so much
The heat shield
Starship returns broadside in a controlled “belly-flop” attitude. Its large thermal-protection system absorbs the heating generated as the vehicle slows through the atmosphere. A detached tile is not automatically fatal: severity depends on its location, the size of the exposed area, when the loss occurs and whether the underlying structure remains intact. Losing protection early in reentry is generally more concerning because exposed material experiences heating for longer.
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Movable flaps steer the ship and maintain its attitude during the belly-flop descent and the transition toward a lower-altitude flight path. They must keep working while exposed to intense heating, aerodynamic forces and mechanical loads. Damage near a hinge or control surface is therefore more consequential than a cosmetic blemish on a less critical panel.
“Fin,” “flap” and “heat-shield tile” are not interchangeable terms. The available coverage supports describing a visibly damaged portion of an aerodynamic flap and detached thermal-protection material, not claiming that an entire fin fell off.
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Did Starship explode or fail to land?
No. Starship did not disintegrate during ascent, and it was not lost before reaching the ocean. It remained intact long enough to keep controlling its attitude and complete a controlled splashdown. That is survival in the narrow test-flight sense.
It was not, however, a normal reusable landing. The ship was visibly damaged, and a splashdown cannot demonstrate that its heat shield was ready for another flight. The condition of the vehicle after entering the ocean was not evidence of operational reusability.
Success, failure or both?
The fairest description is mission success with major thermal-protection failures. The flight met several important objectives while falling short of the clean reentry needed to validate routine reuse.
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| Mission element | What happened | Assessment |
|---|---|---|
| Ascent | The vehicle launched and climbed through the atmosphere. | Successful |
| Stage separation | Starship separated from Super Heavy. | Successful |
| Super Heavy descent | The booster made a controlled ocean splashdown. | Successful |
| Starship reentry | The ship remained controllable but showed severe visible tile and flap-area damage. | Controlled, but heavily damaged |
| Reusable-return demonstration | The vehicle splashed down rather than returning in pristine, recoverable condition. | Not demonstrated |
SpaceX and Elon Musk characterized the outcome positively, emphasizing that the ship made it through reentry despite losing tiles and suffering flap damage. That is an attributed company assessment, not proof that the thermal-protection system met operational or human-rated standards.
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It supports these conclusions
- External material visibly shed or broke away during reentry.
- The flap area experienced major heating and damage.
- The vehicle continued descending and retained enough control to reach the ocean.
- At least one external camera became obscured or stopped providing a usable view.
It does not establish these conclusions
- The exact first point of failure.
- Whether a tile loss caused the flap damage or followed it.
- That every visible fragment was a heat-shield tile.
- That one specific tile design, manufacturing defect or aerodynamic condition was solely responsible.
- That the ship could have flown again.
Why this mattered for Starship’s development
Flight 4 demonstrated that Starship could reach space, enter the atmosphere and remain controllable through a severe test environment. It also exposed a central engineering gap: surviving one descent is different from returning with a thermal-protection system durable enough for rapid reuse.
A reusable spacecraft must protect its structure and internal systems, preserve control surfaces, tolerate repeated heating cycles and be inspectable and repairable between flights. Flight 4 showed progress on guidance and overall vehicle control, but it did not validate those reusability requirements.
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What later flights add to the story
Later Starship missions continued testing tile attachment, metallic heat-shield materials, flap durability and reentry performance. Reporting in Ars Technica’s 2025 analysis described continuing lessons about sealing tiles. Other later flights produced both improvements and additional anomalies, as discussed in Ars Technica’s later-flight coverage.
Those missions provide development context, not a rewritten diagnosis of Flight 4. They involved different vehicles, tile arrangements and flight conditions. The June 6, 2024 event remains best understood as a controlled but heavily damaged reentry that supplied valuable data without proving routine reuse.
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