SpaceX rolled out B21 for Static Fire in Hours! Starship $100B Louisiana spaceport Announced...

Megatons of hot news today, everyone! Hopefully you're not overloaded. First, the final challenge for Flight 14 is here, the B-21 Static Fire, after the booster finally made its move following more than a month of waiting. Are you ready to punch it? Next, we'll look at Starship's latest expansion, backed by an unbelievable investment. And finally, we'll cover a Falcon 9 mission that set a phenomenal new record, but may also mark the beginning of the decline of an empire. Let's find out what's happening on today's episode of Great SpaceX. Flight 14 will likely be one of the most important missions in Starship's development history, so every step of its preparation is being watched closely. The biggest disappointment right now is that the flight won't happen as early as originally expected. But fortunately, SpaceX's preparations are still moving forward. We already know that both stages completed cryogenic testing some time ago. Then, on August 19th and 20th, SpaceX completed the two static fire tests for S-41. That left one major hurdle, B-21's static fire. And after more than a month of waiting, that crucial step is finally underway. The first signs appeared with the FAA's temporary flight restriction for the Starship launch site. The testing window was set from August 24th through September 5th. Then, the booster transport stand was delivered to the production site, followed by a road closure schedule for transporting the booster from the production site to the pad. Meanwhile, activity at the pad suggested everything was being prepared for B-21's arrival. Scaffolding was removed from the OLM while movements of the chopsticks and ship QD system indicated that work around the launch tower was nearly complete. Then, right on schedule, B-21 departed Megabay 1 after more than a month of waiting. A few hours later, it arrived at the launch pad where the chopsticks were ready to receive it. B-21 was quickly lifted onto the OLM and the images released during the operation showed that its engines were fully installed and ready for testing. Now, our attention turns to the static fire. At the time of this update, a new beach closure schedule has been announced for August 26th, with August 27th as the backup date, covering the period from 6.30am to 9pm Central. As usual, B-21 will fire all 33 engines, producing more than 9,000 tons of thrust. Comment fire now if you're ready to see it. This test is particularly important because B-21 will provide the majority of the power needed to push Starship through the densest part of Earth's atmosphere. And there's another interesting question. What happens after launch? Earlier this month, an FCC filing suggested B-21 could potentially return to the launch site. Combined with the original ship catch plans, that raised expectations for both stages to The ship catch has since been postponed, but I haven't seen a corresponding change to the booster plans. So, a super heavy catch could still be possible. In fact, without the ship catch, SpaceX would have fewer recovery operations to coordinate. Of course, B-21 still has something to prove after the engine problems seen on flights 12 and 13. We will need more information before knowing exactly what SpaceX plans. But until everything is officially ruled out, there's still reason to be hopeful. Meanwhile, S-41 is undergoing post-static fire inspections with payload and flight termination system hardware expected to follow. The mission is particularly important because its Starlink V3 satellites are expected to operate in orbit, making reliability critical. And while S-41 won't attempt a megazilla catch, its return will still matter. SpaceX needs to demonstrate reliable re-entry, navigation, deceleration, and landing. If S-41 can return intact and reach the starbase region, it would lay important groundwork for future catches. So, flight 14 may not deliver every milestone we expected, but there's still plenty ahead. B-21's static fire is next, and after that, the countdown to Starship's most ambitious flight yet truly begins. While Starbase prepares for its next historic milestone, SpaceX has just announced another major step in Starship's expansion. For those who have followed Starship from the beginning, you probably remember when SpaceX first arrived in Boca Chica, a remote coastal area in southern Texas. From that empty stretch of land, the company built what became Starbase. And now, SpaceX wants to do something similar in Louisiana. In the previous episode, I mentioned the company's plan to expand across roughly 130,000 acres there. That plan has been developing for some time, but SpaceX has now officially revealed its vision. Specifically, SpaceX released a 5-minute, 48-second video titled, Introducing Starbase Louisiana, describing it as a high-cadence launch site that could help Starship open a pathway to the stars. The video shows Musk and SpaceX employees visiting Louisiana, touring the proposed site, and meeting with Louisiana Governor Jeff Landry. SpaceX then released a 3D visualization of the planned facility, showing more than a dozen launch pads, production bays, and Starship launchers. The company says Starbase Louisiana will eventually support thousands of Starship flights per year, with missions heading to Earth orbit, the Moon, Mars, and beyond. The scale is difficult to comprehend. The proposed area is roughly 90 times larger than Starbase and SpaceX's Florida facility combined, creating a massive network connecting Starbase Florida and now Louisiana. But the real question is, how scalable can Starship actually become? Well, Musk has an answer. He's stated that Starbase Louisiana will eventually have more than a dozen launch towers, enabling over 30 Starship flights per day, and potentially making it the largest launch site on Earth. That's an insane scale. Imagine sailing along the Louisiana coast and launch tower after launch tower, each standing beside a massive Starship. It sounds more like science fiction than a launch facility, and SpaceX's investment could be just as extraordinary. The company plans to spend up to $100 billion developing the site. That's a ridiculous number. With a fraction of that, I could probably take the entire great SpaceX team around the world. But jokes aside, that level of investment shows just how ambitious SpaceX's plans have become. The new spaceport is planned for Pecan Island, Louisiana, with construction expected to begin in 2027 and launches targeted for 2029. Before that, SpaceX will have to overcome the area's swampy terrain and soft ground, requiring extensive soil stabilization and foundation work. According to Musk, the completed facility could eventually support more than 30 flights per day. That's thousands of launches every year, and this wouldn't just be a launch site. SpaceX envisions producing its own fuel and electricity while developing dedicated water and air transportation systems. The project could also create more than 3,000 local jobs, but the most important question is what all this infrastructure could ultimately make possible. With thousands of Starship launches, SpaceX could pursue goals that are currently impossible at today's launch cadence, including delivering megatons of material into orbit to support the construction of Starmind and expanding its AI chip manufacturing capabilities. Musk has also mentioned Starship 4, which could eventually deliver up to 2 million tons of payload into orbit every year. That's a subject I'll explore in much greater detail in another episode. For now, the blueprint has been revealed. The next question is how quickly SpaceX can turn this enormous vision into reality. And if Starbase showed us anything, it's that SpaceX can transform an empty piece of land into something that barely resembles the place it started. Now, Louisiana could be next. With the expansion of Starship, you can probably see that some of SpaceX's other systems will eventually have to take a back seat. And that system is the Falcon 9, currently the flagship rocket of SpaceX, the United States, and the global launch industry. Its ability to launch frequently and recover its boosters has given SpaceX an extraordinary level of dominance. But recently, we've seen more and more signs that the Falcon 9's golden era may eventually come to an end. SpaceX has already concentrated Falcon 9 operations at SLC-40 while reserving LC-39A for Starship and Falcon Heavy. One of its drone ships has also been converted to support Starship operations. And notably, SpaceX hasn't been accepting new Falcon 9 orders for launches beyond 2028. Now, Musk has confirmed the long-term strategy. Once Starship is flying reliably several times per week, it makes sense to shift super-scarce SpaceX engineering and production resources to Starship to several times per day, which means winding down Falcon. And following that confirmation, SpaceX has just announced another notable milestone. SpaceX VP Kiko Donchev revealed that the recent Falcon 9 launch from SLC-40 was the final Starlink launch from the East Coast. Nostalgic, right? The East Coast and its two major launch pads have played a huge role in Falcon 9's rise to dominance. And with Starlink becoming Falcon 9's primary customer, this transition is especially significant. According to Donchev, Falcon 9 has flown around 260 Starlink missions over the past seven years. That's an astonishing number, but perhaps the transition makes sense. SpaceX has now launched more than 12,700 Starlink satellites with over 11,000 still in orbit, bringing the constellation closer to its long-term goals. And this isn't the end of East Coast Starlink launches. They'll continue from Vandenberg on the West Coast while eventually returning to the East Coast aboard a very different rocket, Starship. With its enormous payload capacity, Starship could deploy large numbers of next-generation Starlink V3 satellites in a single mission, potentially driving another major expansion of the constellation. So, the Falcon era may gradually be approaching its end. That's bittersweet. Falcon 9 built SpaceX's launch dominance, but Starship is being developed to take that foundation to an entirely different scale. And if Starship eventually becomes reliable enough to launch multiple times per day, the transition won't simply mark the end of an era. It could mark the beginning of something far bigger. The old king may be stepping aside, but the new king is already in waiting. And despite the Falcon 9's gradual decline, it continues to set incredible records. In the very mission Kiko Donchev mentioned, SpaceX also achieved another historic milestone. Booster B1067 completed its 37th launch and landing, setting a new SpaceX reuse record and pushing the boundaries of reusable rocket technology even further. The mission launched at 5.33am Eastern on August 25th from SLC-40 at Cape Canaveral. As mentioned, this was the final Falcon 9 Starlink launch from the East Coast and it was a success. But the real star was B1067. The veteran booster landed successfully on the ASOG drone ship, completing its 37th flight and recovery. One rocket booster has now launched and landed 37 times. That's an incredible demonstration of how far SpaceX has pushed rocket reusability and how difficult it will be for competitors to match up. For competitors to catch up. But B1067 isn't done yet. SpaceX has been targeting around 40 launches and landings per booster, meaning B1067 needs just three more flights to reach that milestone. And personally, I wouldn't be surprised if it happens this year. If you think B1067 will reach 40 flights in 2026, let me know with a 40 in 2026 below. Otherwise, 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.