On a Friday in mid-November, SpaceX sent its towering Starship rocket into the sky for its fifteenth test flight, a long and deliberate sequence of attempts in which each launch is meant to teach as much from its difficulties as from its successes. The climb itself went as intended, but the return of the first stage, the booster that had been brought back controlled on three earlier occasions, slipped beyond the company's hands. It is a small reversal in a long apprenticeship, and what it will mean depends on what SpaceX ultimately discovers about why.
SpaceX Starship Flight 15 Launches, But Booster Landing Control Fails
The launch went ahead, but the booster's return did not go as planned.
Mark
So what actually happened on Friday?
Mimi
SpaceX launched Starship on its 15th test flight, but the booster's landing wasn't controlled. That's the core of it.
Mark
Why does that stand out? Rockets fail in tests all the time.
Mimi
Because SpaceX has caught this booster successfully three times before. A miss lands differently when the catch has already been done.
Luke
I'd slow down on "failed." The source says the landing wasn't controlled. It doesn't say the booster was lost, or where it came down.
Mark
So we don't know the severity.
Luke
Right. No cause, no description of the descent, nothing on the upper stage. The reporting is a short video summary.
Mimi
And that's worth holding onto. The launch happened, the control didn't. Beyond that it's open.
Mark
What would fill the gap?
Mimi
A statement from SpaceX on what went wrong, and whether it changes the next flight.
Luke
Until then, anything more specific is guesswork, and we shouldn't pass it off as reporting.
El Pulso
- A Friday launch of Starship's fifteenth test flight lifted off as planned, keeping the program moving forward.
- The booster's landing escaped control, breaking a pattern of three earlier successful catches.
- SpaceX now faces the task of pinpointing the cause of the failure before its next flights.
- The outcome hangs in the balance until the company explains what went wrong and how it will be fixed.
On a Friday in mid-November, SpaceX sent its towering Starship rocket into the sky for its fifteenth test flight, a long and deliberate sequence of attempts in which each launch is meant to teach as much from its difficulties as from its successes. The climb itself went as intended, but the return of the first stage, the booster that had been brought back controlled on three earlier occasions, slipped beyond the company's hands. It is a small reversal in a long apprenticeship, and what it will mean depends on what SpaceX ultimately discovers about why.
SpaceX sent its Starship rocket skyward on Friday for the program's fifteenth test flight. The launch went ahead, but the return of the rocket's first stage did not go as planned, because the company could not control its landing.
The disappointment stands out against SpaceX's own record. Three earlier times, the company caught the booster and brought the giant first stage back under control rather than letting it fall uncontrolled. This time, that controlled return slipped away.
The available reporting is brief. CBS News covered the story in a short video piece presented by correspondent Jason Allen, and it offers only the outline: the Friday launch, the fifteenth flight, the lost control of the landing, and the three prior catches. It does not explain what went wrong with the booster, when control was lost, where the booster came down, or how the upper stage performed.
Starship remains a test program, and test flights exist to surface problems. What comes next is the question to watch: whether SpaceX identifies the cause of the landing failure, and how that finding shapes the flights to come.
SpaceX sent its Starship rocket skyward on Friday for the program's 15th test flight. The launch itself went ahead, but the booster's return did not go as planned: the company was unable to control the landing of the rocket's first stage.
That detail matters because of what SpaceX has already shown it can do. On three earlier occasions the company has successfully caught the booster, bringing the giant first stage back in a controlled manner rather than letting it come down uncontrolled. Against that record, a booster landing that slipped out of control stands out as a setback.
The reporting available is brief. CBS News carried the story as a short video piece, with correspondent Jason Allen presenting it, and the written summary that accompanies it gives only the outline: a Friday launch, the 15th test flight, a failure to control the booster's landing, and three prior successful catches.
What the source does not say is just as important to state plainly. It does not describe what went wrong with the booster, at what point in the descent control was lost, or where the booster ended up. It does not say how the upper stage performed, whether the flight met its other objectives, or what SpaceX has said about the outcome. Those details were not part of the material, and none are supplied here.
What can be said is that Starship remains in a test program, and this was its 15th flight. Test flights are where problems are meant to surface, and the booster landing is one of the pieces SpaceX has previously demonstrated and is now, on this attempt, not repeating.
The thing to watch next is whether SpaceX identifies the cause of the landing failure, and how that finding shapes the flights that follow. Until the company or further reporting fills in those details, the confirmed picture is a launch that happened and a landing that was not controlled.
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