Wow! Starship Flight 15 Rocket Pair is getting "Cryo" together!

After more than a month and a half of waiting, what are you expecting from the next Starship flight? And could SpaceX really be preparing for continuous Starship launches? The company may already be laying the groundwork for that future. At Starbase, two critical pieces of Flight 15 hardware are now being tested side by side, and the fact that they're being tested together could be more significant than it first appears. Let's take a closer look. We'll also look at Amazon's latest Ariane 6 order. And finally, we'll investigate a Chinese satellite breakup that's created yet another cloud of debris in orbit. Our journey is getting closer to Starship's 14th flight, and whatever happens, the outcome will be something worth watching, because there could be a lot more waiting just beyond it. So make sure you subscribe to GreatSpaceX if you don't want to miss our upcoming updates on Starship and the rapidly changing SpaceX program. One of the biggest things to watch may actually be Flight 15. As we've discussed, the results of Flight 14 will be crucial, but at the same time, Flight 15 is already showing signs that SpaceX could be preparing for something we haven't seen before. Two Starship flights in consecutive months. If Flight 14 launches in mid-September, Flight 15 could potentially follow in October. So, are you curious about how its hardware is progressing? Recently, S-42 completed its cryogenic testing on September 3rd. After that, it was brought back to the production site. But another important piece of Flight 15 hardware was about to enter the picture, and that's B-22, S-42's companion for the upcoming flight. On the morning of the 8th of September, B-22 was transported to Massey's. Now, a booster going to a test site isn't unusual, but what happened next was. After B-22 arrived, road closure schedules between the production site and Massey's began appearing for the early mornings of the 9th and the 10th. Then, on the evening of the 8th, the ship test stand unexpectedly arrived at Megabay 2. S-42 was then lifted onto the stand, and by the morning of the 9th, it had arrived at the test platform in Massey's, right where B-22 was already waiting. Now, things started to get very interesting. As B-22 was moved into position, signs indicated that the booster had already undergone environmental testing. That meant it was ready for its main objective on this trip, the cryogenic test. And shortly after S-42 arrived, B-22 went through the test. The procedure was similar to previous cryogenic tests. The vehicle was loaded with extremely cold propellant, creating a thick layer of white frost across the entire booster, or as I like to call it, a full frosty. But underneath that impressive layer of ice, SpaceX was conducting a very serious test. Cryogenic loading simulates the conditions the booster will experience during the final minutes before liftoff. The extremely cold propellant places thermal and structural stresses on the vehicle's tanks, plumbing, and related systems. The goal is to verify that everything can withstand those conditions without leaks or other problems, and that's an important foundation for the tests that come next, especially the static fire. Afterward, the propellant was de-tanked, suggesting the test had been completed successfully. Whether B-22 will undergo additional testing remains unclear, but regardless of what happens next, its presence at Massey's has created a pretty crazy combination. Because S-42 is there too. And S-42 being rolled out to Massey's for a second time is clearly not a casual trip. It's there for additional testing. Perhaps its previous test was successful, but SpaceX decided it needed more data. Or perhaps there are other aspects of the vehicle the team wants to investigate before moving forward. Either way, another cryogenic test would make sense. After all, S-42 doesn't appear to have its engines installed yet. If SpaceX were only interested in testing its flaps, there would be little reason to bring the entire ship to Massey's. And if that's what's happening, then we could be looking at something genuinely unusual. The two vehicles assigned to Flight 15, B-22 and S-42, could both undergo cryogenic testing at the same test site. A booster, a ship, two stages of the same future flight being tested side by side, that's incredibly impressive. Having both stages of a starship mission at the same testing area at the same time would be an unusual sight, even by SpaceX's standards. And more importantly, it demonstrates just how much hardware the company is now moving through its production and testing pipeline simultaneously. But this is only the beginning. Soon, these two enormous pieces of hardware could be brought back together. They'll eventually be stacked into a single vehicle, standing more than 120 meters tall at the launch pad. And if both stages continue progressing through their respective test campaigns, an October launch could become a realistic possibility. If SpaceX pulls that off, it could open the door to something even bigger, a monthly starship launch cadence. That would allow SpaceX to rapidly build flight experience and complete Starship's fundamental capabilities before moving into the much more demanding missions expected in 2027. Of course, there's one enormous condition, and that is if Flight 14 goes well. The schedule depends on both the timeline and the results of that mission. Following the recent test, B-22 will likely return to the production site for additional checks and engine installation. Once ready, it can head to the launch pad for its static fire campaign. That will probably happen after Flight 14 is complete. If the schedule holds, I would expect B-22's next major test campaign to take place around early October. S-42 should follow a similar path. However, its static fire testing is expected to remain centered around Massey's, meaning the ship could return there at least one more time. That could open up the possibility of SpaceX conducting static fire testing at both ends of Starbase while preparing the two stages of Flight 15. So let me summarize this entire scenario in one sentence. Freeze together, burn brightly while temporarily apart, reunite to make history. Hit me with that fire emoji if you thought that was actually pretty fire. Anyways, because as crazy as it sounds, we're getting surprisingly close to seeing whether SpaceX can actually make it happen. But there's still one enormous hurdle. Flight 14. For this scenario to happen on such a tight schedule, Flight 14 needs to be successful. That means, successful preparation, minimal scrubbing, a clean launch without significant damage to the vehicle or launch pad, successful stage separation, successful payload deployment, and, ideally, both stages returning for controlled landings. If Flight 14 achieves all of that, it won't simply create excitement for Flight 15. It could establish the foundation for a completely different Starship launch cadence. And it could potentially open the door to another major milestone as well. Something SpaceX has been working toward for years. Capturing a stage. So, are you ready to see what Flight 14 unlocks? Next, Amazon is ordering more Ariane 6 missions. Ariane 6 has become an important part of Amazon's launch strategy for its LEO satellite constellation. Back in 2022, Amazon signed contracts for 18 Ariane 6 launches alongside 38 Vulcan Centaur missions from ULA and 12 New Glenn launches from Blue Origin. The goal was simple, build enough launch capacity to deploy a massive satellite constellation. Now, Amazon is expanding its reliance on Ariane 6. The company has ordered 6 additional missions from Ariane Space, bringing its total commitment to 24 launches. So, why more Ariane 6? Because the rocket is proving itself. Ariane 6 has already completed three Amazon missions, deploying 100 LEO satellites into orbit. Meanwhile, Amazon's other launch options have faced their own delays and challenges, making Ariane 6 increasingly important. Amazon LEO VP Chris Weber said, Europe's launch infrastructure is part of the operational architecture of the Amazon LEO constellation. Expanding from 18 to 24 launches reflects our confidence in Ariane 6 and our continued investment in European launch capability. For Ariane Space, six additional missions also provide something extremely valuable – predictable demand. The long-term commitment helps support Ariane 6's launch cadence ramp-up while strengthening Europe's independent access to orbit. Ariane Space CEO David Kaviolis said, Long-time commitments from customers such as Amazon LEO support the ramp-up of Ariane 6 and strengthen our business model. They increase our capacity to serve all customers while ensuring Europe has the capabilities it needs to deploy its critical space infrastructure. So, this isn't simply Amazon buying six more launches. It's a vote of confidence in Ariane 6. But that confidence comes with pressure. Ariane Space now has to prove it can deliver the reliability and cadence Amazon expects. And with future Ariane 6 upgrades facing cost concerns, Europe may eventually have to choose between keeping the rocket affordable and making it competitive with increasingly capable rivals. That's a story worth following. And now, a Chinese reconnaissance satellite has broken apart in orbit, scattering dozens of debris fragments around Earth. Yao Gan 50 launched on March 15 aboard a Long March 6A rocket and entered a highly retrograde orbit about 590 miles or 952 kilometers above Earth. But a few months later, something went wrong. On September 4, the U.S. Space Force cataloged 43 debris objects from the breakup, according to Jonathan McDowell. The fragments are now spread between roughly 372 and 683 miles or 600 to 1100 kilometers while remaining near the satellite's original 142-degree inclination. And that's the real problem. At those altitudes, debris can remain in orbit for centuries or even thousands of years. Every fragment is traveling at orbital velocity, so a collision with another spacecraft or piece of debris could create even more fragments. One collision creates more debris. More debris creates more collisions. The European Space Agency estimates that more than 660 fragmentation events have already occurred. And we still don't know what caused Yao Gan 50 to break apart. It could have been a propulsion or battery failure or even a collision. In any case, folks, thanks for watching and I'll see you in the next video.