SpaceX's Insane Solution to SAVE the NASA ISS shocked Russia, even China...

SpaceX is the best solution to save the NASA CISS. Recently, NASA completely rewrote the rules for its private space station program. Under these new requirements, only three companies made the cut— SpaceX, Axiom, and Vast. And guess what? Elon Musk's Starship space station project really stands out, with more potential to replace the ISS once it's retired in 2030. Part of the reason is that both Axiom and Vast still rely heavily on SpaceX, the only company that can actually make their goals happen. So, what exactly is the Starship space station? And why might it be a more practical solution than what Vast and Axiom are working on? Let's find out in today's episode of Alpha Tech. Last Monday, August 4th, NASA's acting administrator, Sean Duffy, signed off on a brand new directive to speed up the push for private commercial space stations. Why? Because the ISS is set to retire in 2030, and if nothing changes, the whole replacement plan could stall, or worse, vanish completely. Meanwhile, China's Tiangong station is expected to keep running at full strength. In the document, Duffy makes it clear, to reduce the potential for a gap of a crew-capable platform in LEO, it is important to move quickly in the acquisition using available funds. In other words, NASA needs a better game plan. But here's the catch. Duffy's directive admits there's a massive funding gap, almost $4 billion short. That's thanks to budget changes aimed at making sure taxpayer money is spent wisely. Now, the president's request only sets aside $272 million for 2026, and just over $2 billion spread over the next five years to develop and deploy the next-gen commercial stations. That amount? It's only enough to support maybe two or three projects. Right now, NASA has already awarded initial space station development contracts to five different companies, SpaceX, Northrop Grumman, Blue Origin, Axiom Space, and Voyager Space. But honestly, only SpaceX and Axiom Space have made any real progress compared to the other three. For SpaceX, that progress comes in the form of Starship. With its massive 3,000-cubic-meter volume, It's a serious contender to become the next space station. Under NASA's unfunded Space Act agreements, the agency can tap into Starship's ability to carry up to 100 people, making it ideal for research and commercial projects in low-Earth orbit— exactly what NASA needs after the ISS retires. As for Axiom, their big milestone came at the end of July, when their main partner in Turin, Italy, Thales Alenia Space finished the final welding on the core structure of the Payload, Power, and Thermal module, or AXPPTM. Yeah, the name's a mouthful, but basically it's the first module of the Axiom station— the one that handles power, temperature control, and supports all the payloads. Before that, on June 25, 2025, Axiom teamed up with SpaceX for the Axiom Mission 4, sending four astronauts from the U.S., India, Poland, and Hungary to the ISS. They ran more than 60 science experiments, did outreach events, tested new tech in microgravity, and built up international partnerships— all laying the groundwork for their future commercial station. So that means the other companies didn't meet NASA's new directive requirements. That leaves us with just one other player, and you've probably guessed it—vast space. They're also working with SpaceX to develop their first station module, Haven 1, and the upgraded Haven 2, which is designed to eventually replace the ISS. Interestingly, VAST wasn't even part of NASA's original private station contracts. And here's the most surprising bit— this new directive seems to favor VAST over NASA's original contractors. Why? VAST already has a clear roadmap and an aggressive schedule for getting Haven 1 into orbit for testing, and then rolling out Haven 2 as a full replacement. So as of now, only three names—SpaceX, Axiom, and VAST— are really in NASA's good books. But SpaceX still holds the biggest card here, because the other two still depend heavily on them. First, let's talk about SpaceX's own project, the Starship Space Station. This project is actually pretty straightforward. Picture this—a Starship upper stage, 60 meters tall, 9 meters wide, but instead of launching satellites, going to the moon, or heading for Mars, it just cruises around low Earth orbit, about 390 to 410 kilometers above the Earth. So why is this totally doable? Let's start with the ship's structure. Starship's interior volume ranges from about 1,100 cubic meters in its standard version, all the way up to 3,000 cubic meters in the long-duration mission version, compared to the ISS's 930 cubic meters. That means Starship could fit living quarters, labs, storage, and enough space for anywhere from 10 to 100 crew members, depending on the setup. With that kind of volume, you could split it into multiple floors, each with its own purpose—way more variety than what the ISS has now. The work area would be separate, packed with modern systems for observation, research, and station operations. Then you'd have a home-like zone, maybe a whole floor just for a garden, kitchen, and food storage. Another area could be a state-of-the-art gym to keep astronauts fit. Bedrooms would be private, comfortable, and on their own floor. And of course you'd have chill-out zones where astronauts can relax, enjoy the view, and float around in zero gravity. But that's just a small part of this massive spacecraft. Some people believe SpaceX could eventually remove the fuel tanks and engines to turn those sections into even more habitable space, tripling the usable volume to over 3,000 cubic meters. If that happens, the interior design would completely change. The challenge, of course, is that removing those systems is no small task, and it's still unclear how SpaceX might pull it off. For now, we can only make guesses while waiting for updates. And SpaceX has other wild ideas too, like connecting around 20 starships together in a huge circle, spinning around a central hub to create artificial gravity. Imagine a massive space ferris wheel orbiting Earth. It's not as far-fetched as it sounds if Elon Musk's claim of building each starship for $20 million or less turns out to be true. That could give us a space station that lasts more than 20 years in orbit for a fraction of the ISS's $150 billion price tag and its sky-high maintenance costs. That's a huge advantage for the Starship space station over the ISS. And if it really happens, this could be the revolution that SpaceX brings, not just to space stations, but to the entire aerospace industry. With Starship Block III set to debut by the end of this year, we could see a Starship space station version roll out after the Starship HLS for the Artemis mission in 2027, most likely in 2028. That would give it a solid two years to get fully operational before the ISS gets deorbited by a SpaceX Dragon and sent to the Nemo point for destruction. Now, let's talk about one seriously ambitious project, Originally, the plan was to launch their first habitat module, Habitat-1, to the ISS using SpaceX's Falcon 9 sometime in 2024 or 2025. But now, priorities have shifted. Because NASA needs the ISS forward port for the future deorbit vehicle, and to help Axiom operate independently sooner, the company made a big move in December 2024. They decided to launch the Ax-PPTM first. That's the Payload, Power, and Thermal module, basically the brains of the station, handling power, temperature control, and supporting all the payloads. It's now set to launch in late 2026 or early 2027. This shift could allow the Axiom station to operate on its own up to two years earlier, in 2028, instead of the original 2030 target. Once Ax-PPTM detaches from the ISS, the rest of the modules will follow, the Ax-H1 and Ax-H2 habitat modules, an airlock module for spacewalks, and the Ax-RMF, the Research and Manufacturing Facility. The Ax-RMF will be especially impressive, featuring the Earth Observatory, a giant eight-window cupola, the largest ever built for space. There's even a fun twist, a SE-1 inflatable module designed for entertainment purposes, like filming movies in space. Yes, that includes the Tom Cruise space movie project you've probably heard about. Inside, the Axiom station is going all out, high-speed Wi-Fi, large video displays, and luxury interiors designed by Philippe Starck. This isn't just for scientists. It's built to welcome space tourists, too. And we can't forget their partnership with SpaceX, currently the frontrunner to launch Axiom's modules. Why? Because they might use the Falcon Heavy, capable of hauling up to 63.8 tons into orbit. That means bigger modules or even multiple modules per launch, cutting both costs and the number of launches needed. With SpaceX's competitive pricing, proven ISS delivery track record, and a long-term partnership already in place, they're the perfect candidate to help Axiom station go fully independent by 2028. And last but definitely not least, we've got Vast Space's Haven project. Surpassing Axiom in ambition, Vast Space is moving fast. On February 6th, 2025, they tested the core structure of their Haven 1 station, checking its electrical systems, durability, and stability. And it passed with flying colors. At 4.4 meters wide, 10.1 meters tall, and 14 tons, it fits perfectly inside a Falcon 9. Inside, it's sleek and high-tech. Corridor, sleeping pods, common area, lab, work table, and a space view window. Outside, solar panels, propulsion, avionics, and a docking port for Dragon, which stays attached and active, acting like a second module. Haven 1 launches May 2026, but the real ISS challenger is Haven 2, unveiled October 14th, 2024, in Milan. Bigger, heavier, roomier, it's set for a 2028 Falcon Heavy launch. First crew module, 2028. Then a new segment every six months, aiming for four modules and eight astronauts by 2030, plus a seven-meter core module delivered by Starship, bringing the total to eight modules. If Vast pulls this off, it could overtake Axiom. Haven's habitable volume, 550 cubic meters, well above the ISS's 388, with room for 12 astronauts. Starship Space Station still dwarfs it But, Haven 2 can still compete thanks to its modular design, lower costs, and modern tech, like a 3.8-meter cupola and robotic arm, all in line with NASA's commercial and research goals. Axiom Space, despite securing over $100 million from NASA, isn't moving as fast. That's why Vast is increasingly seen as the stronger contender, and why recent directives seem to favor them. All the current players will have to make some changes, at least revisit their current lineup, said Phil McAllister, head of NASA's Commercial Space Division. Some will have to make tougher changes than others. An industry insider put it even more bluntly. In this climate, only Haven 1 has a real shot. That's our view. So, between SpaceX, Vast, and Axiom, which project do you think is truly the most impressive? Meanwhile, SpaceX, with its Starship space station ready to step in after the ISS retires post-2030, is emerging as the dominant player. The fact that both Axiom and Vast rely on SpaceX to bring their commercial space station plans to life only highlights the widening tech gap between Russia and its competitors. Having to turn to China, a growing space power but still seen as outside the Western cooperation framework, not only shows Russia's waning influence, but also how it's slowly being pushed out of cutting-edge space initiatives, leaving its global standing dimmer than ever.