Starship Booster 21 Static Fire Completed, Flight 14 Countdown Begins...S40’s Route Confirmed!

Finally, and this time, I really mean finally, everybody. B-21's static fire test, the final major hurdle on the road to Flight 14, is officially complete. After all the delays and setbacks, the booster has finally cleared this crucial milestone. But that's not all. We'll also take a look at S-40's journey back to Starbase because its route has now been determined. And then, we'll turn our attention to two major developments beyond SpaceX. A new space academy taking shape in the U.S. and China's ambitious new rocket hub. This is GreatSpaceX, I'm your host, Kevin, and let's dive into all of it in today's episode. As August came to an end, concerns about Flight 14 were growing, and B-21 was the biggest reason. We had already waited several days for the booster to roll out to the pad. Then came another three days of uncertainty, including two postponements of its static fire test. But finally, that waiting was over. During the first scrub attempt, the liquid oxygen BQD was suspected to be the source of the problem. Fortunately, on the 26th, it was reconnected to the vehicle. SpaceX then skipped the 27th attempt, presumably to give engineers additional time to thoroughly inspect the system. That pushed the next attempt to the 28th. And that morning, the signs of a serious test were already appearing. SpaceX conducted several small tests, including the Detonation Suppression System, or DSS, and Liquid Nitrogen Structural Testing. Then, right on schedule, the runway was closed. The booster transport stand was also removed from the launch site. Everything was falling into place. Then, the tank farm woke up, releasing powerful clouds eventing across the pad. Fuel loading had begun. Frost quickly covered parts of the booster as the cryogenic propellants entered the tanks. This time, the liquid oxygen tank was fully loaded, while only a small amount of methane was loaded. And then, by early afternoon, the moment we had been waiting for finally arrived. All 33 Raptor 3 engines on B-21 roared to life. The sheer power was incredible. With more than 9,000 tons of thrust, the static fire generated enormous energy and powerful vibrations, clearly visible in distant footage. The flame trench directed the immense exhaust to both sides of the platform, sending a huge cloud of dust into the air. And this moment almost made the launch tower look like it was spreading two enormous wings. The test lasted approximately 15 seconds continuously, which is well within the typical range for a booster static fire. And most importantly, no problems were reported afterward. The test had succeeded. SpaceX soon confirmed it with an official post, complete with close-up footage of the test. And honestly, SpaceX's own footage made the whole event look even more spectacular. So why not call that an impressive trailer for Flight 14? But the static fire wasn't the end of the story. It immediately triggered the next sequence of preparations. Before the test, SpaceX had announced another runway closure for August 29th, likely as a contingency in case the 28th attempt encountered problems. But with the test successfully completed, that closure was revoked. Then the booster transport stand returned to the pad. And shortly afterward, preparations began to move B-21 back toward Megabay 1. The next step is now much clearer. B-21 should return to Megabay during the final days of August, giving SpaceX roughly two weeks in September to complete additional inspections, installations, and flight preparations. After that, the booster will head back to the launch pad, and this time it won't be alone. B-21 will be stacked with S-41, bringing Starship's Flight 14 vehicle one major step closer to launch. So after all the delays, uncertainty, and testing setbacks, we can finally start looking toward the countdown. Will Flight 14 really launch on the 15th of September? Or does SpaceX have another date in mind? Make your prediction in the comment section down below. Next, let's get back to S-40, because I know many of you have been following this recovery very closely. We finally know which way S-40 is heading. Previously, I expected Forte to begin its journey to Starbase a few days after S-40 was loaded. The recovery team needed time to prepare supplies, equipment, and tools for the long voyage. But there was another major question. Which route would they take? Now we have our answer. Forte has officially started moving west from Christmas Island. The latest navigation map shows that the vessel is no longer sitting near Christmas Island. Instead, it's heading west by southwest, which effectively rules out the Pacific route. Before, there were two main options, crossing the Panama Canal or continuing west around Africa. Overland transport from the California coast would add major logistical challenges, while the Panama Canal would require navigating its complex lock system. So the route around Africa now appears more practical. From there, Forte could either round the Cape of Good Hope and cross the Atlantic, or use the Suez Canal and continue through the Mediterranean. Given Forte's current heading and the logistical and security considerations, the Cape of Good Hope route appears most likely. And the journey home is already underway. The vessel has reportedly been traveling at more than 14 knots, and current estimates suggest Forte could arrive in Texas around the 8th of October. That's roughly 40 days from now, which could put S-40's arrival at a very interesting point in Starship's schedule. With Flight 14 expected around mid-September, S-40 could return to Starbase before Flight 15, giving SpaceX a valuable opportunity to inspect the recovered vehicle and apply what it learns to future missions. Meanwhile, SpaceX still has time to refine B-21 and S-41 using data from previous flights. So as S-40 continues its long journey home, the recovery itself could become another important chapter in Starship's path toward full reusability. Next up, let's talk about a development that could shape America's space ambitions for generations. The creation of the U.S. Space Academy. Training the next generation of engineers, scientists, technicians, operators, and astronauts could be just as important as developing the technology itself. And now, the United States is taking a major step in that direction. On the 28th of August, President Donald Trump signed an executive order establishing the U.S. Space Academy. The institution is intended to prepare students for careers studying, exploring, utilizing, and protecting what Trump described as the final frontier. During a ceremony at NASA's Johnson Space Center in Houston, Trump said, It will serve both the United States Space Force as well as NASA and the civilian space flight industry, and it will attract, train, and graduate the very, very best of our nation. And notably, the ceremony wasn't only about establishing the academy. Trump also honored the Artemis II astronauts with the nation's highest space honor, providing another powerful symbol for the younger generation watching America's return to the moon. Trump compared the new institution to the academies serving the U.S. Army, Navy, Air Force, and Coast Guard. But the Space Academy appears likely to have a much broader mission. Rather than focusing exclusively on military service, the academy is expected to serve the wider American space ecosystem, including NASA, the Space Force, and the growing commercial space industry. NASA Administrator Jared Isaacman emphasized this broader vision in an agency statement. President Trump's vision for a new academy is a transformational step to educate the engineers, scientists, technicians, operators, and even the astronauts who will be necessary for the inspiring future we are pursuing in space. Isaacman's vision goes far beyond putting people into orbit. He envisions returning astronauts to the moon, building a lunar base, developing nuclear power, and expanding the orbital economy. And he's directly involved in making that vision a reality. As Chairman of the Presidential Commission on the United States Space Academy, Isaacman will help shape the institution with recommendations on its governance, location, legislation, and graduate obligations expected within 120 days. President Trump has also emphasized that the academy should be among the best in the country, both academically and architecturally. But the bigger picture is what matters. As humanity moves toward the moon, Mars, orbital infrastructure, and a growing space economy, America will need a new generation of highly trained engineers, astronauts, and scientists. And perhaps some of those students will eventually become the people who build the next great spacecraft, walk on Mars, or make discoveries we can't even imagine today. The next chapter of space exploration won't just need new rockets. It will need the people capable of flying them. And now, let's talk about China's ambitious plan to build a brand new rocket center. China isn't simply building another launch site. Shanghai is planning something much bigger, a new rocket city designed to connect commercial rocket factories directly with offshore launch sites. At the center of that plan is the Linzang Road Wharf in Minhang District, which will become a key logistics hub for rocket rollout, loading, and river-to-sea transportation. In other words, Shanghai could soon connect the rocket factory directly to the launch pad by water. The project reportedly received its construction permit in early August, with completion expected in early 2027. But this port is only one piece of a much larger plan. The wharf is part of Minhang's Rocket Star City, a 9.3 square kilometer commercial space cluster targeting a $14.9 billion industry by 2027. The region aims to produce 80 rockets and 200 satellites annually by 2027, rising to 150 rockets and 500 satellites by 2030. And instead of moving massive rockets by road, China plans to use its waterways. Rockets assembled in Shanghai could be shipped directly to offshore platforms or other coastal spaceports. In other words, Shanghai could become the factory while China's coastal network provides the launch infrastructure. And this isn't just theoretical. In July, Orion Space launched its Gravity-1 rocket from waters near Shanghai, demonstrating the potential of maritime launch operations. But Shanghai's ambitions go far beyond a single rocket port. Back in 2023, Shanghai announced a municipal action plan targeting annual production of Now the ambition has grown considerably. The newer 2026 Rocket Star City framework replaces these earlier targets and places much greater emphasis on scaling the entire commercial space ecosystem. CASC is expected to play a central role in coordinating the effort. While SpaceX builds the infrastructure for high-cadence starship operations, China is If Shanghai's plans succeed, the city would become far more than a rocket factory. It could become a major gateway to space, with factories, ports, launch sites, and eventually hundreds of rockets flying every year. The scale is getting harder to ignore. In any case, folks, if you enjoyed today's episode, don't forget to leave a like, subscribe to GreatSpaceX, and ring that notification bell so you never miss the latest updates on Starship, SpaceX, and humanity's exciting journey into the future of space exploration. Thanks for watching and we'll see you in the next one.