SpaceX Starship FULL STACKED to Launch For Its 13th Time in Hours! Critical Moments Coming…

We're getting so close, everyone. After months of preparations, the countdown is finally entering its final hours. Everything is pointing toward the launch pad, literally and figuratively. The hardware has been moving almost non-stop. The full Starship stack is assembled. Final preparations are underway. And if everything stays on schedule, liftoff is just mere hours away. So how is SpaceX getting ready for one of the most anticipated Starship launches yet? What final milestones remain before the countdown reaches zero? And could Flight 13 become another major turning point for the program? Let's go over everything one last time before liftoff on today's episode of Great SpaceX. Flight 13 will be only the second Starship Version 3 mission ever flown, making it one of the most anticipated flights in the program's history. Every Starship launch has its own objectives, and Flight 13 is another critical step toward making the system fully reusable. So if you haven't subscribed yet, now's the perfect time. You won't want to miss what's coming next as SpaceX continues pushing Starship toward the Moon, Mars, and beyond. After an intense round of testing during the first half of the month, both stages returned to the production site. There, engineers carried out final inspections while installing mission hardware, including the payload and the Flight Termination System, or FTS for short. With those final preparations complete, everyone was waiting for one thing, the rollout to the launch pad. And that's exactly what happened. Both stages were rolled to the pad and fully stacked for Flight 13, once again creating a structure standing more than 120 meters tall. It's a sight that never gets old somehow, no matter how many times SpaceX stacks Starship, seeing the world's largest rocket assembled is always impressive. Even Elon Musk confirmed the schedule posting, Starship still tracking to fly tomorrow. Hopefully, SpaceX will also release some incredible footage of both the rollout and the full stack operation. Of course, reaching this point required some impressive moves behind the scenes. Let's begin with Booster 20. It returned to the production site on the morning of July 12th after completing its latest testing campaign. Most people expected it to head back to the launch pad quickly. And that's exactly what happened. By the afternoon of July 14th, the booster transport stand had arrived outside Megabay 1. Once road closures between the production site and the pad were announced, B20 began its journey. After arriving at the launch site, the chopstick arms lifted it onto the orbital launch mount and connected it to the quick disconnect systems. Engineers then tested the booster's grid fins to verify everything was working properly. The speed of this turnaround says a lot. B20 appears to have completed its testing without any major issues, allowing engineers to perform final checks, install the FTS, and send it back to the pad in just over two days. S40 followed a similarly busy schedule. After returning to Megabay 2 earlier this month, it likely underwent another round of inspections before receiving its payload. A payload loader arrived at the production site on July 7th but never entered Megabay 2. That immediately raised questions about when the payload would actually be installed. The answer came a week later. On the morning of July 14th, the ship transport ring arrived outside Megabay 2. Rather than rolling directly to the pad, S40 was temporarily moved outside on a transport stand. That created enough room for the payload loader to enter the building. Once everything was in place, S40 returned inside to receive its payload. This step attracted plenty of attention because SpaceX confirmed that Flight 13 will carry 20 real version 3 Starlink satellites. These satellites include solar arrays, cameras, and antennas capable of communicating with the existing Starlink constellation in orbit. That helps explain why SpaceX handled payload integration so carefully. With payload installation complete, S40 was finally ready to roll. Road closures were announced shortly afterward, just one day after B20 made its own trip, right on schedule, S40 headed to the launch pad. Once there, the chopstick arms lifted the ship into position and carefully placed it on top of B20. Just like that, the full stack was complete. Seeing the entire vehicle standing on the pad brought a mix of emotions. Everything seemed to be accelerating at an incredible pace, but at the same time, the reality that launch was only hours away made the excitement even greater. So, what happens next? Well, normally, SpaceX would perform one final major pre-launch test known as a wet dress rehearsal. This is essentially a full practice countdown where the vehicle is loaded with propellants and nearly every launch procedure is rehearsed, stopping just before engine ignition. Because the rollout happened so close to launch, there is a good chance SpaceX may skip this test. However, there's still a small possibility they decide to perform one anyway. A wet dress rehearsal provides one last opportunity to identify any unexpected issues before committing to launch. If SpaceX chooses that option though, it would almost certainly require delaying flight 13 by roughly a week. Even so, engineers have continued carrying out final checks. After B20 was installed, teams tested both the SQD system and the chopstick landing rails. Those activities suggest preparations are continuing right up until launch. Now, it's your turn. What do you think happens during these final hours? Will SpaceX launch as planned or do you think we'll see one last wet dress rehearsal? Leave your prediction in the comments or simply type, let's go, if you're ready for flight 13. And if you still have questions about the mission, don't forget to check out our dedicated flight 13 guide linked in the description. Before we follow flight 13 through launch, I also want to talk about what comes afterward. Because this mission could mark the beginning of something much bigger, monthly Starship launches. SpaceX president Gwen Shotwell first revealed that goal last month. Her comments carried extra weight because she also predicted flight 13 would launch in July and that prediction has proven accurate. So far anyways. According to Shotwell, monthly launches are expected to begin with flight 14. So how is SpaceX preparing for that ambitious schedule? The next flight is expected to use Ship 41 and Booster 21. Construction of S41 began in mid-April and was completed by the end of June. The vehicle then arrived to Massey's for cryogenic testing between S40's own test campaigns. In fact, S41 has already visited Massey's twice. Its latest trip took place in early July and SpaceX is likely installing its Raptor engines now. Once that work is complete, S41 should be ready for static firing later this month before entering its final preparation phase. B21 has also been making steady progress. Construction began in early May and by the end of June, its forward section, including the hot staging ring, had already arrived in Stacking should now be well underway. B21 may even reach Massey's before S41 because the ship still needs engine installation. That sequence allows SpaceX to keep work moving continuously, minimizing downtime across multiple facilities. If B21 completes cryogenic testing this month, a static fire test could follow during the first half of August. Based on the progress we've seen with B20, B21 could be launch ready soon afterward. Overall, flight 14 appears to be on track for the second half of August. If that timeline holds, flights 13 and 14 would become the first step toward a true monthly launch cadence. And what about flight 15? While work has already begun, the first sections of S42 arrived at Megabay 2 earlier this month with the common dome delivered more recently. Construction will likely continue into mid-August. Booster 22 is progressing as well. Stacking began in late June, although only the lower sections have been assembled so far. That suggests completion around mid-August is a realistic target. Cryogenic testing could begin later this month, followed by static fire testing in early September. That opens the possibility of a September launch. One especially interesting possibility is that flight 15 could launch from Florida, based on earlier comments from Gwyn Shotwell. If that happens, it will represent another major milestone for the Starship program and help support SpaceX's long-term goal of maintaining a monthly launch rhythm. Beyond that, the future becomes less clear. So far, only the nose cone for S43 has been spotted inside Star Factory, appearing ready for stacking. There's also little visible progress on the booster that will eventually follow B22. Still, the overall direction is becoming increasingly obvious. Flights 13, 14, and 15 are laying the foundation for regular Starship operations. And that's incredibly important. Launching Starship every month isn't just an impressive achievement, it's the key to keeping the entire program on schedule. The reality is that SpaceX spent more than the first half of 2026 without a Starship launch. More than 7 months passed between flights 11 and 12. Those delays allowed engineers to introduce major upgrades and improve the system, but they also reduced valuable flight opportunities. Time is becoming increasingly important. NASA is aiming to return astronauts to the moon with Artemis 3 around the middle of 2027, before Starship can serve as the human landing system, it must demonstrate the reliability and safety NASA expects. Every successful launch provides more flight data, every mission moves Starship one step closer to operational readiness, and that's why each flight matters so much. Flight 13 isn't just another test, it's part of a continuous effort to prepare Starship for the moon and beyond. Maintaining a monthly launch cadence would dramatically accelerate that progress, and monthly launches aren't even the final goal, they're simply the next milestone. Eventually, SpaceX hopes Starship launches become as routine as commercial airline flights. To support permanent lunar bases and future missions to Mars, monthly launches will eventually need to become weekly, and perhaps one day, even daily. That future also depends on refining every part of the production process. Starfactory must continue increasing output, megabay operations must become even more efficient, launch procedures must become increasingly automated through the chopstick system. As those improvements come together, costs will fall, turnaround times will shrink, and confidence in full reusability will continue growing. Only by maintaining a continuous flow of launches can SpaceX move closer to its dream of making humanity a multi-planetary species. Of course, speed alone isn't enough. Every launch still requires careful preparation to avoid setbacks that could slow future progress. At this point, every liftoff carries historic value. We're not just watching another rocket launch, we're watching the beginning of a new era of deep space exploration. Flight 13 could become the first major step toward transforming Starship into a truly operational launch system. So keep following along, because the next chapter of Starship's story is only just beginning. And that brings us to the end of today's episode. Thank you so much for tuning in. As always, this has been Kevin from GreatSpaceX, and until next time, keep looking up!