SpaceX just announced Major Plan Changes on Starship Flight 12 after B18 exploded...

SpaceX is expected to delay Starship Flight 12 by about three months after Booster 18 exploded at Massey? Well, definitely no. The company just announced a backup plan in place to cut the turnaround time as much as possible. They could even fly right after Ship 39 finishes its static fire test. All of this is to keep the 2026 schedule on track. So how will SpaceX overcome this? Let's break it down in today's episode of Alpha Tech. It's been three days since the Booster 18 incident at Massey's, and the whole area is finally starting to wake back up. As expected, because the aft section of B-18 was torn wide open and way too risky to move, SpaceX decided to handle everything right on the spot. A big crane and a smaller lift were brought in and set up right next to the Yesterday, the forward section, the part that holds the CH-4 tank, was cut loose with a laser torch and lifted down to the ground. After that, the team kept cutting it into three smaller pieces, including the hot staging ring. Even though it's already cut apart, the diameter is still a full nine meters, and that alone makes it a pain to move, not to mention the weight. As for the lower two-thirds of the booster, the part that took the damage? Yeah, that's most likely getting chopped into even smaller chunks. There's zero sign it can be reused, so it's basically turning into a mountain of stainless steel scrap. Booster 18 probably cost tens of millions of dollars to build, and now it's worth almost nothing. Scrap stainless steel these days? Not even a dollar per kilo. But anyway, this whole incident is going to give SpaceX a lot more real-world experience to fix the pressure issues on future boosters. And it's not just boosters, there's the ship side too. Ship 39, the Block 3 upper stage, is about to start cryo-testing here soon, so everything has to be prepared carefully. In short, the experience they gained from this is worth more than what they lost with B-18. It's not just about money, it's about the lessons learned. Alright, those are the latest updates on Starship. Even though this was a pretty expensive lesson, SpaceX still has to face the reality. The booster meant for Starship Flight 12, scheduled for early 2026, is gone. So now Ship 39 is kind of lonely out there, because its partner just didn't make it. SpaceX needs to give it a new companion. But if they have to wait for the next booster, B-19, to be ready, does that mean a two to three month delay? Fortunately, no. Starship Flight 12 is still on track, and the schedule isn't taking a major hit. SpaceX confirmed this on X, saying, Put simply, they plan to stack B-19 as soon as next month. The latest updates show all of B-19's sections are still sitting as separate pieces inside Starfactory, and they'll soon get rolled into Mega Bay One for stacking. That process should start pretty soon. Judging from SpaceX's announcement, they're clearly in a hurry. Stacking itself takes about a week. After that comes the internal work. Installing the fuel tanks, plumbing, connecting everything to the transfer tube, mounting it inside the structural frame of B-19, and so on. That usually takes about a month. If everything goes smoothly, they'll be ready for a cryo test by late December. But of course, even after passing pressure tests, there's still a ton of other work before this thing can fly. SpaceX says Flight 12 is still set for Q1, but we don't really know whether that means January, February, March, or even April. And if it slips into April, then yeah, they'll be noticeably behind the original plan. Kiko Donchev, SpaceX's VP of launch, said at the Economist Space Summit in early November that the company was aiming for a January 2026 launch. He also emphasized they're ramping up Falcon 9 production to hit 165 to 170 flights in 2025, and that Starship V3 will be a huge leap, capable of hauling over 100 tons to orbit. But now, it's pretty clear. Even though SpaceX insists the schedule is still Q1, the real launch date might end up drifting later than they hoped. So is there a backup plan that lets SpaceX launch right away without waiting for Booster 19 to be finished? Of course there is, because SpaceX still has another Super Heavy ready to go. You might have forgotten, but during Starship Flight 5, Super Heavy, Booster 12, was successfully caught by the tower for the very first time. And it's actually been kept in pretty good condition. After that historic catch, B-12 was brought into Megabay 1 so the team could remove the FTS system. It went through primary post-flight inspections, and once everything checked out, they rolled it to Rocket Garden for display. But here's the interesting part. After months of sitting outside under the sun on August 6 this year, it suddenly got rolled back from Rocket Garden to the front of Megabay 1. No one knows exactly what they did to it after that. Did they upgrade it, swap out engines, do another full maintenance cycle? It wouldn't be surprising, SpaceX always likes having backups. And later that same month, on August 26th, SpaceX launched Flight 10. It's totally possible B-12 was being prepped as a contingency for Booster 16 in case anything went wrong. Then, after Flight 10 wrapped up, B-12 wasn't rolled back out to Rocket Garden until September. And right now, it looks like it's in the best condition it's ever been since that catch. So, using B-12 for Flight 12, if SpaceX wants to hold onto that January timeline, honestly makes perfect sense. The sooner they fly, the sooner they can prove the big goals they've been talking about, most of which depend on the ship, not the booster. Starship V3 still has to prove it can land with Mechazilla, so the earlier Ship 39 flies, the faster they can validate that. Then comes the orbital refueling flights, and everything else after. Super heavy? It doesn't need to prove much at this point. It's job is straightforward. Push the ship to space, come back, and land on the tower. And that's something SpaceX is already extremely good at. And more importantly, if SpaceX uses B-12, then a launch in January 2026 is absolutely possible. Like I said, it's already in the best shape it can be. Meanwhile, Booster 19 still needs extra time to be fully assembled, tested, and qualified. With B-12, all the big risks, static fire, cryo testing, even tower catching, have already been proven. So, the odds of something going wrong on its next flight are pretty low. We saw the same thing with Flight 11 when SpaceX reused Booster 15, and it performed extremely well. B-15 and B-12 aren't that far apart in terms of design. They were built from basically the same blueprint. All of that makes this a pretty solid idea. However, this is pretty unlikely to happen. The core reason is that B-12 belongs to Block 2, an older version where the hot staging ring was just an add-on, not a fully integrated part of the booster structure, like on the Block 3 design starting from Booster 18. Meanwhile, Flight 12 is meant to debut a fully updated Block 3 booster with major upgrades like Raptor 3 engines, an integrated interstage, three grid fins instead of four, and a redesigned propellant system that boosts payload capacity past 100 tons to orbit. B-12 simply isn't compatible with all of that unless SpaceX completely rebuilds which would be expensive, slow, and honestly not worth it. On top of that, after the Booster 18 explosion, SpaceX made it very clear on X that they'll be stacking Booster 19, the next Block 3 unit, in December 2025 to keep Flight 12 on schedule for Q1 2026 instead of going back to reuse B-12. That tells us exactly where SpaceX's priorities are, pushing forward with the new Block 3 design so they can accelerate progress toward orbital refueling and Mechazilla landings for Starship V3, like Ship 39, rather than patching up an old booster that's mainly valuable for its historical significance. The rupture of Booster 18's LOX tank is actually very similar to what happened with NASA's SLS back in 2020. During the final structural test of Green Run at Stennis Space Center, NASA and Boeing intentionally pushed the core stage beyond 100% of its expected flight pressure and loads, the so-called ultimate load test, to verify the design's safety. The result? The LOX tank buckled and burst right along a circumferential weld, sending water spraying everywhere with a loud bang, exactly as predicted by their models, only off by about 2%. Both incidents show that pushing giant cryogenic tanks to extreme pressures is inherently risky, whether it's a deliberate test or routine checks. The key takeaway is that both NASA and SpaceX use the data to quickly pinpoint the root cause and make improvements for the next boosters or tanks. For SpaceX, this is just a familiar tuition fee during Starship's rapid development phase. History shows they always manage to turn failures into progress within just a few weeks. So, if you believe SpaceX is still on schedule as promised and don't mind a slight delay to make the flight even safer, drop a Go Starship in the comments. Outside of SpaceX, other companies are also making moves in the space race. November the 2025 marks a major milestone for Starlab, a commercial space station led by Voyager Technologies in partnership with Airbus, Mitsubishi, MDA Space, Palantir, and other international partners aiming to replace the ISS after 2030. As part of NASA's commercial low earth orbit destinations program, the project is moving quickly from design to hardware production, keeping research and low earth orbit space activities running smoothly. One of the biggest headlines is a strategic investment from Janus Henderson Group, a global asset manager with 484 billion under management. Announced on November 20th, this funding is seen as a major milestone for Starlab. Jonathan Coleman, small cap growth portfolio manager, said Starlab has the best design, the lowest cost, and the most compelling business model compared to competitors like Axiom Station and Orbital Reef. This not only strengthens their finances but also supports critical development stages from design to actual production. Earlier on November 5th, Starlab announced a partnership with Leidos, a leading U.S. defense contractor, to lead assembly, integration, and testing at facilities in Alabama. Leidos will make sure the modules fit together, verify performance through environmental and functional tests, and support crew safety, systems engineering, and ground logistics. Starlab CEO Marshall Smith said Leidos brings proven experience and the expertise needed to deliver a safe and efficient station. This is a strategic move, especially since Starlab chose Vivace as their main structural provider back in September. On the technical side, Starlab is about to start demo missions with NASA, including an alternative urine processor and free space optical links in 2025, which are key technologies to validate performance in microgravity. They've also completed structural testing plans with welds, pressure tests, and static loads, and aim to finish the preliminary design review and phase one safety review by the end of the year.