SpaceX's big Solution to solve Starship's massive static fire after explosion…

SpaceX's big Solution to solve Starship's massive static fire after explosion…
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SpaceX's big Solution to solve Starship's massive static fire after explosion…
This is insane!
Starship S37 is soon set to take on a crazy new static fire test plan, its first ever!
Things are starting to heat up, literally. Instead of waiting for Massey to come back online, SpaceX is going off-script: planning static fire tests for Ship 37, and even Ship 38, right on the OLM of Pad A.
But hold on, how is that even possible? The OLM is designed to stack with a Super Heavy booster, not a standalone Starship.
Well, turns out SpaceX has come up with a pretty clever setup for that giant six-legged launch mount.
So what exactly are they doing to get ready for Flight 10?
Let’s break down on today’s episode of Alpha Tech!
SpaceX's big Solution to solve Starship's massive static fire after explosion…
After the Massey site was damaged, SpaceX was left with two main options to prepare for Starship Flight 10.
One: wait for Massey to be repaired and upgraded, then run a static fire test for Ship 37. It’s the safer route, but it could take two to three months. Or two: perform the static fire test directly on Launch Pad A—something they’ve never done with any Starship before. This would speed up the testing schedule significantly, but also comes with some serious challenges.
But you know Elon Musk, he loves taking on tough problems. So he went with the second option.
It all started when SpaceX posted a notice on their own Starbase City website, warning residents about a two-hour road delay starting at 11: 59 PM on June 27. But here’s the strange part, there was no clear location mentioned. Even more confusing, the description simply read: "Ringwall transport." What does that even mean?
Turns out, what they were actually transporting… was a Starship transport stand, heading straight to the launch complex.
SpaceX's big Solution to solve Starship's massive static fire after explosion…
Now that’s something fans will definitely get excited about, because I’m almost certain SpaceX plans to attach it to OLM-1 as a temporary setup for static fire testing the ship.
Around 1 AM on June 28, while most of us were asleep, things were still buzzing over at Pad A.
And then it all started to make sense. Right above the OLM, steel frames and reinforced support beams began to appear, very likely the foundation for a Ringwall, or test stand, carefully designed to slot perfectly into the OLM’s mounting rails.
SpaceX's big Solution to solve Starship's massive static fire after explosion…
More specifically, teams might be looking to weld the ship stand directly onto the OLM by using several I-beams attached to the top deck plating. Part of this solution would involve extending the I-beams into the central opening of the OLM, since it's larger than the ship transport stand.
However, this approach would require modifications to the OLM platform itself and could affect future Booster stacking and launch operations, which means it’s very likely just a temporary setup, allowing SpaceX to carry out static tests for the remaining two Block 2 Starships, Ship 37 and Ship 38, before eventually removing the stand.
Everything needs to be precisely aligned, so that when Starship is placed on top, there’s no bending, no tilting, just a solid, stable setup for firing.
This setup is considered pretty safe, since the OLM was originally built to handle the full weight of a stacked vehicle, up to 5,000 tons, along with the sheer force of all 33 Raptor engines firing at once
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