NASA is getting a New Space Station with upgraded Interior SOONER than expected...

So close. Humanity's first true home in space is nearly ready for launch. The Haven 1 module from Vast is redefining space living with a stunning upgraded interior and bold new vision for life beyond Earth. How impressive is it and how soon will it fly? Let's find out in today's episode of Great SpaceX. The remaining operational lifespan of the International Space Station is quickly approaching its end. That timeline could become even shorter due to proposed budget cuts and the unexpected departure of Russia from the program. In response, commercial space stations are being proposed as the next step in maintaining the United States's presence and competitiveness in low Earth orbit. Among these, the vast space station stands out, not only because of its ambitious schedule, but also due to its bold and innovative interior design. Previously, we reported on astronaut Chris Hatfield's visit and his hands-on experience with key components of the vast space station module. Since then, the company has reached an agreement to test station hardware at NASA facilities. This collaboration laid the foundation for a series of new partnerships that reflect strong industry interest in VAST's vision. VAST has also partnered with the Center for the Advancement of Science in Space, also known as CASS, to support scientific research through the ISS National Laboratory. This cooperation will help prepare the company for future private astronaut missions, commonly referred to as PAMS. These steps show Vast's growing presence in the space ecosystem and its commitment to enabling research in orbit. Shortly after these developments, Vast unveiled the Haven 1 experience, where a full-scale model of the Haven 1 module was presented to the public. Former NASA astronaut and current Vast lead astronaut Andrew Fol guided the reveal. During the 40th annual space symposium in early April, NASA acting administrator Janet Pro and other NASA officials had the opportunity to walk through and examine the mockup. The physical model offered a far more immersive understanding of the design than earlier 3D renders. The module's interior is stunningly modern and spacious. A primarily white color palette creates a sense of openness, while wood patterned finishes introduces a warmer, more inviting feel. Most notably, the design features modular systems that are cleverly integrated into the walls. These systems can be tucked away when not in use, maintaining a sleek and uncluttered appearance. The demonstration also allows viewers to get a sense of scale, helping them imagine what life inside Haven 1 might actually feel like. This transition from conceptual designs to a full-scale model marks a major milestone for Vast. It underscores the company's progress and seriousness in building its commercial space station. Meanwhile, real systems are already being developed inside the flight module, currently undergoing testing at the Mojave test site. With this momentum, we can hope to see the final product in the near future. In addition to the interior, VAST has continued making advancements in other critical systems. One standout feature is the station's domed window. Previously previewed by Chris Hatfield, this component recently underwent strength testing. In the demonstration, a machine applied repeated high force impacts to simulate potential accidental bumps from astronauts. Vast explained that these tests are essential for validating the windows durability and ensuring astronaut safety. Furthermore, Vast has also been conducting nighttime photography tests using the window to evaluate its optical performance. These tests measured how light from stars and other celestial bodies interacted with the windows multiple panes. The results show minimal reflection and distortion, confirming that the images captured from orbit would meet professional quality standards. Together, these efforts highlight Vast's impressive progress. From concept to physical design and systems testing, the Haven 1 module is proving to be more than just a bold idea. It is becoming a tangible step toward the future of living and working in space. VAS continues to make impressive progress on its Haven 1 space station module with significant milestones achieved in recent months. One of the most intriguing developments is the introduction of a critical device known as the control moment gyroscope or CMG. This technology plays a key role in maintaining the station's orientation in orbit. Haven 1 will be equipped with six CMGs, each consisting of a high-speed flywheel mounted on a gimbal. These systems work together to control the station's attitude without relying on propellant, making the station more efficient and sustainable. Vast has confirmed that these gyroscopes are currently being designed, manufactured, and tested. Another vital component is the flight structure of Haven 1. Vast recently shared images of the nearly completed silver toned structure, which features a sleek design and visually striking exterior. These images also showcased the use of advanced welding systems at work. Vast proudly announced the completion of the first circumferential weld on Haven 1's primary flight structure, describing it as a major step forward. As of their most recent update in June, a second circumferential weld has been completed. This marks progress too out of the 10 total welds required to finish the station's flight hole. Although this is a major milestone, it also underscores the significant amount of work still ahead for the engineering and assembly teams to ensure precision and safety. Vast is also validating its welding techniques using a development simulator for the thermal pump tray assembly. This simulator helps confirm that the welds are not only repeatable and reliable, but also meet the rigorous standards needed for space flight. These tests allow engineers to fine-tune their process and address any potential challenges early on. Meanwhile, the Haven demo module has been fully integrated and has successfully undergone vibration testing at Vast's headquarters. More systems are scheduled for testing soon, especially those critical for inorbit operations. These include computers, power systems, guidance and control, propulsion, communication, radios, mission control infrastructure, and ground station connectivity. Each of these elements supports various departments, including engineering, manufacturing, integration, and mission assurance, and collectively strengthens VAST's overall readiness. Another recent success is NASA's validation of Haven 1's air filtration system. This system is essential for maintaining a safe and breathable environment throughout every phase of the mission and its approval represents a key safety milestone for Vast's astronaut operations. The spotlight however remains on the official Haven 1 module which is currently stationed at Vast's Mojave facility. Here it is undergoing construction, integration and system level testing in preparation for launch. As we look ahead, the next year will be a decisive one. Vast plans to complete the production and testing of the flight primary structure by July. This will pave the way for vehicle integration and the testing of all subsystems scheduled to run from July through December of 2025. Then in early 2026, the integrated vehicle will undergo a series of environmental tests, including acoustic, vibration, electromagnetic interference, and thermal vacuum tests. These testing campaigns will take place from January through March of 2026 and is essential for verifying that Haven 1 can withstand the harsh conditions of space. In April and May of 2026, pre-launch operations will begin at the designated launch site. This will likely include critical preparations such as the wet dress rehearsal where the station is fueled and tested under launch conditions. When all systems are verified and ready, Haven 1 will be mounted a top the launch vehicle for its highly anticipated journey into orbit. That historic moment is expected to occur in May of 2026, marking what many are calling the dawn of the commercial space station era. It is a bold vision that Vast is working tirelessly to bring to life. With the clear road map laid out and consistent progress being made, do you believe Haven 1 will meet its scheduled launch? If you do, respond with, "Let's go vast." And be sure to like the video and subscribe to our channel to stay uptod date with this groundbreaking journey in space development. With all the groundwork being laid, Vast is positioning itself for a highly active and promising future in space. Like many other upcoming commercial space stations, Vast will rely heavily on SpaceX to support its operational needs. Shortly after Haven 1 is launched in May of 2026, SpaceX and Vast plan to conduct an uncrrewed mission to verify the module's systems in orbit. Then around the end of June of 2026, the first crude mission is scheduled to take place. This mission will carry four astronauts who are expected to remain on board for about 2 weeks. During this time, they will likely be tasked with organizing cargo, activating onboard systems, and setting up the interior layout. Essential steps to prepare the station for longer rotational crew missions in the future. Last year, the vast station received a major boost in capability thanks to a partnership with SpaceX to integrate Starlink. As the most advanced and extensive satellite internet network to date, Starlink is known for delivering high-speed, low latency connectivity across the globe. Its benefits have already been demonstrated not just on Earth by aiding disaster relief efforts and connecting remote regions, but also in space through missions like Polaris Dawn, Falcon reusability tests, and Starship development flights. Integrating Starlink into the vast station brings unprecedented connectivity, giving it a distinct edge over competitors and making it an extremely attractive option for both NASA and other international space agencies. Importantly, Haven 1 is only the beginning of Vast's larger space station ambitions. It serves as the initial building block, helping the company prove its capabilities and gain experience through participation in NASA's programs. Once operations have stabilized and the first crude missions are successful, Vast plans to develop and launch Haven 2, a larger module that follows the same design principles as Haven 1, but with increased volume and capability. The overall plan is to launch four Haven 2 modules, which will be assembled in orbit. These will later dock to a core module delivered by Starship, which will act as the central hub for the station. Once attached, four additional Haven 2 modules will be launched and connected to the earlier ones. effectively doubling the station's size and creating a fully modular expandable platform in low Earth orbit. This architectural plan shows that Vast is not just following current trends in space station development. It is carving out its own path with a scalable modern approach. Combined with a solid timeline and tested partnerships, the Vast project is rapidly emerging as one of the most promising hopes for maintaining the United States's leadership in space after the eventful retirement of the International Space Station. With the ISS approaching the final years of its service and international competition growing, especially with China's Tong station gaining momentum through modern design and state support, Vast's progress provides a muchneeded assurance of continued American presence in orbit. Furthermore, its early development schedule offers a significant advantage over other commercial space station projects such as Axiom Station, Orbital Reef, and Starlab. While each of these has its own vision and potential, many are currently facing delays or lack the concrete progress that Vast is demonstrating. If all goes according to plan, the launch of Haven 1 will mark the beginning of a new era in commercial space operations. And with the road map already in motion, Vast may very well be the first private company to redefine how we live and work in orbit. A bright and promising future is clearly unfolding for the vast space station. This project represents more than just advanced engineering. It embodies the hopes and ambitions of a nation and a dedicated team working tirelessly to bring it to life. From the carefully planned launch schedule to the innovative and modern interior designs that have already captured public attention, everything about the vast station reflects a bold vision for the next chapter of human presence in space. Over the next few months, the Vast team will be working intensely to meet critical milestones that bring us closer to a historic breakthrough. Haven 1 is not just another space module. It is a key step toward a future where humans live, work, and thrive in orbit. The moment we see Haven 1 successfully launched into space will mark the beginning of a new era in commercial space exploration and habitation. So, keep watching closely and stay inspired because that incredible milestone is just around the corner. Be ready to witness history as it unfolds. This has been Kevin with Great SpaceX. Don't forget to like the video and subscribe if you haven't already to stay uptod date with yours truly on the latest milestones in SpaceX's journey. Thank you so much for watching and always remember, curiosity, imagination, and inspiration will follow you so long as you keep looking up.