SpaceX's New Solution to Fix Starship Problem after Flight 9 Uncontrolled Crash...

SpaceX's New Solution to Fix Starship Problem after Flight 9 Uncontrolled Crash...
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00:00: Intro
00:28: Solutions for Starship after Flight 9
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SpaceX's New Solution to Fix Starship Problem after Flight 9 Uncontrolled Crash...
“Success comes from what we learn!”
SpaceX lives by this after every flight—and it’s why they lead the industry.
Flight 9 just wrapped up, revealing fresh challenges and opportunities.
What fixes will SpaceX deploy to turn these lessons into future victories?
Let’s find out on today’s episode of Great SpaceX.
I trust you enjoyed the spectacle of Flight 9 on May 27—its successes gave us cause for celebration even as its near-misses reminded us of the work still ahead. With Flight 9 behind us and Elon Musk vowing a “launch cadence for the next three flights” of roughly one every three to four weeks, all eyes now turn to Flight 10. To prepare for that rapid rhythm, SpaceX must tackle the lingering issues revealed on Flight 9, ensuring each step forward stands on solid engineering foundations.
SpaceX's New Solution to Fix Starship Problem after Flight 9 Uncontrolled Crash...
First, we return to Super Heavy. Booster 14’s dramatic end came during its landing burn, when an in–air explosion cut short its ocean touchdown mere moments before success. The culprit? Flight data and post-mission analysis point squarely to the aggressive, high-angle-of-attack descent profile that was being tested—an approach intended to conserve fuel but one that generated intense lateral loads on the booster’s skin. Those forces appear to have exceeded structural limits, allowing a fracture or separation in the vehicle’s primary structure, followed by rapid burnthrough and detonation of residual propellant. Faced with this outcome, SpaceX leadership must decide how to balance performance gains with hardware longevity and safety.
SpaceX's New Solution to Fix Starship Problem after Flight 9 Uncontrolled Crash...
One path is to dial back the steep descent maneuvers in the near term and return to the proven “catch” approach using the tower’s mechanical arms. That method proved reliable in Flight 7, yielding an intact booster ready for rapid refurbishment. By resuming tower captures for Flight 10, SpaceX safeguards ground infrastructure and keeps the turnaround schedule on track, albeit without immediate fuel savings from steep descents.
Alternatively, SpaceX could continue refining high-angle profiles but do so over water to protect pad assets. Conducting ocean landings for these tests would enable incremental increases in descent aggressiveness while containing risk. In that scenario, SpaceX might assign Flight 10’s steep-angle test to a reused booster—most logically B15, which flew once, or even a fresh booster to preserve flight-proven hardware. With each ocean trial, engineers would accumulate data to optimize descent guidance, control algorithms, and structural reinforcements until the booster can reliably survive more demanding approaches.
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