SpaceX just Pushed Starship B18 to Fully Test X100 Harder than ever, V3 Launch Coming!

SpaceX just Pushed Starship B18 to Fully Test X100 Harder than ever, V3 Launch Coming!
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#techalpha
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0:00 intro
0:28 Booster 19 Qualified
5:36 Version 3 Upgrade
8:09 Ship 40 Assembly
10:04 Launch Complex Expansion
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SpaceX just Pushed Starship B18 to Fully Test X100 Harder than ever, V3 Launch Coming!
This is insane! Booster 19 has become the very first Super Heavy Version 3 to successfully survive three extreme tests at Massey’s Site. With that milestone, Booster 19 is now set to return to the production site, bringing Flight 12 closer than ever.
So what exactly did B19 have to endure at Massey’s Site? And what critical steps still remain before it finally rolls out to the launch pad?
Let’s break it all down in today’s episode of Alpha Tech.
SpaceX just Pushed Starship B18 to Fully Test X100 Harder than ever, V3 Launch Coming!
Since the Booster 18 incident, SpaceX has overhauled its testing procedures in a far more disciplined and rigorous way. And Booster 19 is the clearest example of that shift.
After rolling out to Massey’s Site on February 1, SpaceX moved quickly. Almost immediately, the team began an ambient pressure test using gaseous nitrogen, running continuously overnight from late on February 1 into the early hours of February 2.
The purpose of this test was to pressurize the main tanks, the COPVs, and the valve systems at ambient temperature. Engineers were checking for leaks, valve actuation issues, and overall structural integrity. This is the same test that Booster 18 failed catastrophically last November, when a COPV ruptured, punched through the chine, and set off a chain reaction that breached the LOX tank and destroyed the vehicle.
With Booster 19, however, the ambient test was completed successfully. No anomalies were observed, either on livestreams or in reports from the Starbase community.
SpaceX just Pushed Starship B18 to Fully Test X100 Harder than ever, V3 Launch Coming!
At that point, the SpaceX team likely felt some relief, but what followed is where things become more interesting.
Shortly after the test concluded, technicians returned to the vehicle and removed a section of the rear chine for closer inspection. This area houses the COPVs and is believed to be the root location of the Booster 18 failure.
Camera footage shows a careful and deliberate process. Panels were removed, and engineers inspected the base of the COPVs, likely using non-destructive inspection techniques to look for micro-cracks or internal damage within the composite structure.
This was not a sign of trouble.
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