The Starship infographic featured by Futurism on May 31, 2024, illustrated SpaceX’s planned fourth integrated Starship/Super Heavy flight test. Scheduled for no earlier than June 5, 2024, pending regulatory approval, the mission was meant to move beyond simply reaching orbit and demonstrate how both stages could return for future reuse.
What the infographic was showing
The artwork by Lunar Caveman and Tony Bela presented a visual sequence for the then-upcoming Flight 4. It was an independent artist-created visualization, not a SpaceX technical mission document; Futurism said the artists were not, as far as it could tell, SpaceX employees.
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Bela described the appeal of the format this way: “What I love about a good infographic is its ability to tell the story without words.” The published package included a detailed text version and a desktop-wallpaper version with less text.
Flight 4’s planned sequence
1. Liftoff from Starbase
Starship and its Super Heavy first stage were planned to launch together from SpaceX’s Starbase facility in Texas.
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2. Hot-stage separation
After separation, Starship would continue its flight while Super Heavy began its return operations. The hot-stage adapter was to be jettisoned during the booster’s return, reducing mass for the final phase of the maneuver.
3. Super Heavy boostback and recovery attempt
The booster was expected to perform a boostback maneuver and follow a return trajectory toward its planned ocean landing area. This was an attempted recovery sequence, not a guaranteed tower catch or a demonstrated operational capability.
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4. Starship coast and reentry
The upper stage would coast across the Atlantic and over southern Africa before beginning its descent toward the Indian Ocean. The plan called for Starship to survive atmospheric reentry and reach its designated splashdown zone.
5. Two planned splashdowns
The mission profile ended with intended ocean splashdowns: Super Heavy on its return path and Starship in the Indian Ocean. These were demonstration objectives for a future reusable system, rather than routine recoveries.
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Why reusability was the central objective
SpaceX said Flight 4 would “turn our focus from achieving orbit to demonstrating the ability to return and reuse Starship and Super Heavy.” That changed the emphasis from ascent alone to the difficult parts that follow it: controlled stage separation, booster return, atmospheric reentry and survivable ocean arrivals.
Reusability matters because a launch system cannot support rapid, lower-cost flight operations if its stages are discarded after every mission. Flight 4’s profile therefore treated the return of both vehicles as the main engineering story, even though the planned splashdowns were not the same as recovering intact stages for immediate relaunch.
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The vehicles represented in the plan
| Vehicle | Role | Details supplied by SpaceX | Flight 4 task shown in the graphic |
|---|---|---|---|
| Super Heavy | First stage | 72 meters tall, 9 meters in diameter and powered by 33 Raptor engines | Separate, jettison the hot-stage adapter, perform a boostback and attempt its return sequence |
| Starship | Upper stage | Six engines: three sea-level Raptors and three Raptor Vacuum engines | Coast across the Atlantic and southern Africa, reenter and target an Indian Ocean splashdown |
SpaceX describes Super Heavy as a stage designed to return to the launch site and be caught by the launch tower for rapid reuse. The Flight 4 illustration showed an attempted return profile, but it should not be read as proof that a tower catch was part of that particular flight’s demonstrated outcome.
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| Aspect | Starship infographic | Official SpaceX material |
|---|---|---|
| Creator and authority | Lunar Caveman and Tony Bela; an independent visual interpretation | SpaceX’s own vehicle and mission descriptions |
| Purpose | Explain the planned flight path and sequence at a glance | State vehicle characteristics and mission objectives |
| Level of detail | A text-rich poster plus a shorter wallpaper edition | More concise technical and operational updates |
| Time frame | The planned June 2024 Flight 4 profile | SpaceX’s stated objectives and vehicle design information |
How to interpret the graphic now
The image documented a plan announced before the targeted June 5, 2024 window. Its arrows, splashdown zones and recovery steps represented intended trajectories and objectives, not a guarantee of what would happen in flight. Later Starship flight results must be assessed separately from this historical visualization.
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Its lasting value is explanatory: it made clear that Flight 4 was designed as a full-profile test of ascent, separation, return and reentry, with reusability—not orbit alone—as the defining goal.
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