Finally Happened! SpaceX officially reveals Starship Refueling Hardware, Ready for Big Test…

Flight 11 is clearly the main focus when we talk about Starship and Starbase at this moment. However, it's not the only highlight. Over at the production site, the next chapter in Starship's future is already taking shape. The first section of the very first ship V3 has appeared, featuring new hardware for the orbital refilling system and several other significant improvements. This marks a major step forward, one that will define how Starship evolves beyond Flight 11. So, how impressive and important are these changes? What do they mean for the future of Starship and the goals SpaceX aims to achieve? Let's find out on today's episode of Great SpaceX. Flight 11 has once again proven that Starship is capable of achieving incredible milestones. The mission not only met its objectives, but also introduced clear improvements across multiple systems. This success has laid a solid foundation for what comes next. The long awaited debut of the new Starship version known as V3. For quite some time, SpaceX has been teasing this next generation variant, one that promises to fundamentally transform Starship through a wide range of design upgrades and performance enhancements. The V3 program represents a major evolution in SpaceX's vision for full reusability, long duration missions, and orbital refilling capability. A few months ago, we saw the first signs of this new chapter when the first V3 booster B18 rolled out for stacking operations. Meanwhile, progress on the ship itself, or ship V3, has been slower to reveal itself. While we have seen various parts of this version appear at the production site over recent months, the assembly seemed to take time. However, on the morning of October 13th, the long wait finally paid off. The first section of S39, which includes the nose cone and the payload compartment, was spotted being moved from the Star Factory to Meabay 2. This transfer had actually been hinted at before. Earlier in the week, new hardware such as a lifting jig and a payload dispenser were delivered to me 2 and scaffolding surrounding S39 at the Star Factory was removed. Both strong indications that the move was coming. Now that the section has arrived, it's safe to say the first part of ship V3 is truly impressive. It has exceeded expectations, both in terms of build quality and the details that hint at the new systems it will carry. The most striking new feature lies in the payload section itself. Below the main payload door are two circular openings with protruding pipelike extensions. If these look familiar, that's because we first saw similar signs earlier this year in May. These components are believed to be part of Starship's future inorbit refilling system. Now, those features have officially been integrated into the very first SV3 prototype. This makes perfect sense since SpaceX has confirmed that orbital refilling will be a key focus for missions planned next year. By including these components now, the company can begin to test how well the system handles extreme conditions of space flight, especially in how it performs under intense heat, vibration, and the stresses of launch and re-entry. These tests will determine if the current placement works effectively or if future versions will need adjustments. Interestingly, the placement of these refilling ports located just above the payload section raises some intriguing questions. Positioned high above the propellant tanks, it may seem that the pipes will need to extend a considerable distance to connect with the fuel systems. A lower placement closer to the common dome of the tanks might appear more practical. However, this current setup could also provide flexibility in terms of design and thermal protection. Notably, there appears to be an additional vent or support opening positioned just below the payload door, which might help facilitate fuel transfer or pressure control during operations. We will likely need to wait for official confirmation from SpaceX to understand the full functionality, but it certainly adds an element of intrigue to this new configuration. Based on this design, we can begin to visualize how SpaceX's refilling system may function. Two pipes could extend from the propellant tanks and connect directly to these external points. Each connection point would serve as a docking interface, allowing Starship to link with another spacecraft, the so-called chaser ship, to transfer cryogenic fuel in orbit. The exposed pipe ends on S39 might eventually include additional protective covers or mechanical hatches that open and close automatically to safeguard the system during flight. Adding this system at such an early stage shows just how determined SpaceX is to make orbital refilling a reality. The company knows that this technology will be essential for sending Starship beyond Earth orbit to the moon, Mars, and beyond. Looking ahead, the testing sequence will be gradual but ambitious. Flight 12, which is expected to debut the first V3 prototype, will likely focus on validating the new design features, verifying structural integrity, and reaching orbit. Once that goal is achieved, subsequent missions, perhaps flight 13 and 14, will attempt full orbital recovery of both stages. Following that, SpaceX may begin payload deployment missions and eventually the long awaited refilling demonstrations. According to current plans, the refilling tests will begin with two Starships, one acting as the target and the other as the chaser. These two will attempt to dock in orbit to demonstrate the precise alignment and fuel transfer technology required for longduration missions. If successful, SpaceX will then move on to deploying a permanent orbital depot and tanker variants of Starship. This is undoubtedly one of the most complex engineering challenges SpaceX has ever attempted. Successfully transferring cryogenic fuel in space requires extraordinary precision, robust systems to prevent boiloff and leaks, and the ability to coordinate large hardware with millimeter level accuracy in microgravity. Still, SpaceX leadership remains confident. Both Musk and Shotwell have compared the refilling process to Dragon's docking operations with the ISS. Over the past decade, SpaceX has perfected this procedure with a 100% success rate across more than 50 docking missions. This track record offers a strong foundation for adapting the same principles to Starship's much larger and more demanding operation. As the first components of ship V3 take shape inside Mega Bay 2, one thing is certain. The future of Starship is no longer distant. It's unfolding right before our eyes. Each new section assembled brings SpaceX closer to realizing its bold vision of interplanetary travel. That marks the first major upgrade spotted on S39. But the innovations don't stop there. Next comes the COPV or composite overwrapped pressure vessel. Though tucked away within the payload section, its vivid orange hue makes it stand out. First glimpsed inside the Star Factory, these redesigned COPVS showcase significant advances in both strength and thermal endurance. This change directly addresses issues seen in V2. During the S36 test, Musk noted that a nitrogen COPV in the payload bay failed below its proof pressure. SpaceX has since overhauled the system to boost reliability for both the Starship V3 and future Superheavy upgrades. Another visible change is the catching point, now smaller and more compact, likely an early prototype for Chopsticks Pad 2. While S39 won't be caught this time, the design hints at progress toward a refined catching system. The heat shield also shows clearer upgrades. Tiles appear sturdier with a new layer, possibly ablative, beneath the catching point for better thermal protection. The shield now extends further beneath the forward flaps to safeguard the nose cone during re-entry. And these are just the upper section upgrades. More innovations are expected below from redesigned fuel tanks and at flaps to Raptor 3 engines. The payload dispenser already moved to Mega Bay 2 should soon be integrated into the payload bay. At the current pace, SpaceX may complete the full S39 stack by mid or late next month, revealing the most advanced Starship yet. Say, which upgrade are you most excited about? Be sure to let me know in the comments section down below. And now for our final story of the day, let's shift from SpaceX to Blue Origin, which has just achieved a major milestone of its own. Recently, the US Space Force awarded Blue Origin a significant contract to bolster America's growing space infrastructure. In response to the nation's increasing number of satellites and spacecraft launches, the Space Systems Command has tasked Blue Origin with designing and constructing a new payload processing facility at Cape Canaveral, Florida. This facility, slated to be operational by early 2028, will play a vital role in supporting future national security missions and strengthening America's presence in orbit. This partnership is established under a 78.5 million National Security Space Launch Space Vehicle Processing Commercial Solutions opening contract. Altogether, that's NSSL SVCSO. The new PPF will be strategically located at Cape Canaveral, across from Blue Origin's existing facility in Rocket Park and adjacent to the Kennedy Space Center visitor complex. This prime location places the new building right at the heart of the world's most active aerospace region, allowing for efficient coordination between government and commercial launch providers. US Space Force Colonel Dan Highlander, director of operations integration for SSC's assured access to space directorate, stated, "This second Cso award reflects our continued commitment to meet both national security and commercial launch requirements. This announcement follows an earlier $77.5 million award to Astrote in April to expand its own payload processing capabilities at Vandenberg Space Force Base in California. Together, these projects will strengthen the nation's ability to prepare and process spacecraft across both coasts. The upcoming Blue Origin facility will be a state-of-the-art complex supporting several pre-launch preparatory activities, including satellite fueling, battery charging, loading of gases and propellants, and final encapsulation before launch. To accomplish these tasks safely, Blue Origin plans to build a clean, secure, highbase structure designed to handle sensitive flight hardware, hazardous materials, and explosive components. According to SSC's assured access to space division, the new PPF will have the capacity to support up to 16 missions each year, including an estimated seven or eight NSSL missions specifically for national security purposes. One of the most exciting aspects of this project is that while Blue Origin is the lead developer and operator of the facility, it will not be limited to Blue Origin's missions alone. The PPF will be available to other aerospace companies involved in NSSL launches, including SpaceX, ULA, Rocket Lab, and Stoke Space. Blue Origin, ULA, and SpaceX were all chosen for phase 3, lane two of the NSSL contract, while Rocket Lab and Stoke Space were selected for phase 3, lane one. This collaboration reinforces a unified ecosystem for both government and private sector launches, improving efficiency and access across the industry. A Blue Origin spokesperson commented, "We are proud to work with the US Space Force Space Systems Command to construct a new payload processing facility supporting multiple launch vehicle providers on Florida's space coast. This partnership will enhance Blue Origin's capabilities to operate more efficiently and expand our capacity to support a higher launch cadence to meet customer needs. The spokesperson also noted that Blue Origin will be able to schedule and utilize the facility for its commercial customers, including potential government missions that rely on commercial support. This contract not only strengthens Blue Origin's role as a key player in national security launches, but also expands opportunities for collaboration among leading aerospace companies. As the project moves forward, all eyes will be on Cape Canaveral to witness how this cuttingedge facility reshapes the future of payload processing and launch operations on Florida's space coast. In any case, folks, this has been Kevin with Great SpaceX. Don't forget to like the video and subscribe if you haven't already to stay up to 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.