SpaceX exposed Raptor 3 had Big Problem: Exploded during Test but...

"SpaceX exposed Raptor 3 had Big Problem: Exploded during Test but...
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Intro 0:00
Raptor 3 0:53
Mars plan 8:27
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2) SOURCES OF VIDEO AND IMAGES:
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Ryan Hansen Space: https://twitter.com/RyanHansenSpace/
https://www.youtube.com/c/RyanHansenSpace
Stanley Creative: https://www.youtube.com/@StanleyCreative/
TheSpaceEngineer : https://twitter.com/mcrs987 https://www.youtube.com/@TheSpaceEngineer

Clarence365: https://twitter.com/Clarence3652
https://www.youtube.com/channel/UCFNWI5f4uM2sYGdfk9-WM4A
Erc X: https://twitter.com/ErcXspace
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Truthful: https://x.com/Truthful_ast
TijnM : https://twitter.com/m_tijn
https://www.youtube.com/channel/UCDA8yz_nQY-0Uxd96-qxYjA
SpaceXvision: https://www.youtube.com/c/SpaceXvision
Tamás Török ( Tamas Torok ): https://www.youtube.com/@tomket7
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SpaceX exposed Raptor 3 had Big Problem: Exploded during Test but...
SpaceX just blew up a Raptor Version 3 engine at the McGregor test site. And while that sounds chaotic, even reckless, it’s actually the opposite. This explosion is a deliberate move in a much larger strategy — a strategy built around Starship, the rocket that could rewrite the rules of spaceflight.
Because if there’s one message hidden inside that fireball, it’s this: 2026 is shaping up to be Starship’s breakout year.
The year SpaceX finally puts all the work, all the testing, and all the painful lessons of 2025 to the test.
And at the center of that effort is Raptor 3 — the engine designed to push Starship harder, higher, and farther than ever before.
SpaceX exposed Raptor 3 had Big Problem: Exploded during Test but...
Mid-November, during a routine run at SpaceX’s McGregor test site, a Raptor 3 erupted into pieces the moment engineers tried to start it. Seeing an engine explode on a test stand grabs attention — but in the story of rocket development, an explosion can also be a useful piece of evidence.
What made this event unusual was when it happened: the failure occurred during startup, not after a long-duration static fire like many past incidents. Startup is the most delicate moment in an engine’s life: thermals, pumps, and igniters all must come into alignment in a fraction of a second. If any element is off — a part that’s still warm when it should be cryogenic, a turbopump that spins too slowly or too fast, or a pre-burner that lights out of sequence — the whole system can self-destruct in an instant.
There are two simple ways to read this test. One: it was an unlucky, isolated fault in a single unit. Two: SpaceX pushed the engine deliberately, stressing systems to find the limits. Given SpaceX’s long history of provocative, high-stress testing to expose failure modes early, the second interpretation fits the pattern: find the edge now, fix it before flight.
SpaceX exposed Raptor 3 had Big Problem: Exploded during Test but...
That’s why an on-stage explosion can be progress, not just drama. Each failure narrows the list of unknowns — it points engineers to specific subsystems to inspect, instrument, and redesign. In short: a dramatic event at McGregor didn’t mean mission failure; it meant data — and data is the raw material of reliability.
If the McGregor test was a stress check, it’s easy to see why: Raptor 3 isn’t an isolated upgrade — it’s one piece of a much larger plan to make Starship operational. Engineers aren’t tuning an engine for its own sake. They’re tuning a propulsion family that will power Block 3 hardware and, if schedules hold, push Starship into an action-packed 2026.
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