How SpaceX & Musk will take Starship 40 back to Starbase after arrived to Chrismas Island

Just 12 days ago, space enthusiasts were worried about the fate of Starship 40 after SpaceX's top leadership gave a rather discouraging update about the vehicle's condition. But now, the situation has taken a very positive turn. We can finally see incredible, close-up images of the spacecraft after 24 days at sea. And, even more importantly, SpaceX and Elon Musk now appear confident that they can bring this V3 hardware back to Starbase for the first time. That's truly epic, isn't it? You, me, and pretty much everyone else are incredibly excited about it. But wait, things don't always go smoothly. In fact, recovering Starship 40 and bringing it all the way back to Starbase may now be an even bigger challenge than launching the next Starship flight. So, how exactly will SpaceX bring Starship back to Starbase? And what obstacles will they have to overcome? Starship's lucky 13th flight ended with a major milestone for SpaceX. For the first time, a Starship safely came down in the ocean after completing a test flight from Texas. There was no explosion, just a few small fires. The vehicle splashed down and remained floating in the Indian Ocean. That alone was remarkable. SpaceX ultimately plans to recover these enormous spacecraft standing around 171 feet, or roughly 58 meters tall, and return them to the launch site for repeated reuse. To prevent the rough ocean from damaging or even sinking the vehicle, SpaceX's recovery team worked to keep Starship afloat by securing large inflatable Yokohama fenders around the spacecraft. Now Starship 40 has finally reached the waters off Christmas Island, an Australian territory. Just look at its true scale. It is absolutely enormous, majestic, and honestly beautiful. After approximately 24 days at sea, SpaceX officially shared an update along with several new images of Ship 40. After approximately 24 days at sea, the SpaceX recovery team successfully guided Starship to a location just off the coast of Christmas Island. A team of SpaceX engineers is on their way to conduct additional analysis on the vehicle in calmer waters before attempting to return it to starbase. The update confirmed the successful recovery after photos taken by local residents on Christmas Island spread rapidly across social media. It also put an end to earlier concerns that the recovery operation was in serious trouble due to bad weather and rough seas. NASA Administrator Jared Isaacman also congratulated SpaceX in the comments, writing, Thanks for sharing and bringing us all along for the journey. His response once again showed respect and confidence in SpaceX's recovery effort. Never give up, SpaceX Vice President of Launch Kiko Doncev wrote on X while sharing the company's post. And of course, Elon Musk could not be left out. He also reposted the latest images of Starship Flight 3 and firmly confirmed once again, Starship Flight 13 is being recovered from the sea. Wow. With the situation looking increasingly positive, it may not be long before people in Texas witness, for the first time, a Starship returning home from the battlefield. And I mean that quite literally. Starship has truly been through a battle at sea. Starship 40 now looks truly battered as it floats on the deep blue water. The stainless steel hull remains largely intact after the first successful intact ocean splashdown of a Starship upper stage. Large sections of heat shield tiles are missing or scarred, especially along the lower sides and around the flaps, with their edges whitened and eroded by repeated wave impacts and corrosive seawater. Just behind the forward flap, a band of pale scuffing stretches across the payload section, the unmistakable mark left by a towing line rubbing back and forth for days. And a recovery line extends from the rear of the vehicle as it floats on the water. But do you see what it is attached to? The tow line is secured to a Raptor's sea-level engine. It is honestly hard to believe that a structure making up only a tiny fraction of the entire vehicle could have enough strength to pull a spacecraft weighing hundreds of tons across the ocean. Even Elon Musk was impressed, commenting, way more of a sea-level engine than expected. Overall, the vehicle's main structure remains remarkably strong despite spending weeks exposed to the harsh environment of the open ocean. Understanding the importance of bringing Starship 40 back to Starbase for further study, SpaceX and Elon Musk are now exploring every possible way to return the vehicle home. And the stop near Christmas Island may be a strategic part of that plan. Just as SpaceX carefully calculates every move, your next move should be to hit the subscribe button so you don't miss any developments in this story. So how do you get a 52-meter spacecraft back to Texas? Simply towing it all the way back is not a realistic option. At the speed the recovery vessels have been moving, the journey back to Starbase could take more than a year. So SpaceX will likely need a completely different approach. I've looked into and reviewed nearly all of the suggestions being discussed across the space community, and there appear to be several possible options. 1. Use a cargo ship equipped with its own cranes, a geared cargo ship or heavy lift vessel to lift Ship 40 onto the deck and transport it back to the United States. 2. Use a semi-submersible heavy lift vessel which can partially submerge its deck, allowing Starship to be floated into position before the ship rises and carries it. 3. Tow Starship to a larger port in Australia first, then transfer it onto a specialized vessel for the journey back to the United States. 4. If the saltwater damage is too severe, SpaceX could potentially dismantle Ship 40 into several large sections and transport them using conventional cargo ships. Which option do you think would be the best way to bring Starship back to Starbase? Leave a comment with a number from 1 to 4, depending on which option you support. I'll collect the results and reveal the audience vote in the next episode of AlphaTech. Personally, I'm torn between option 1 and option 2. If SpaceX chooses the first option, using a heavy lift cargo ship equipped with its own cranes, Ship 40, weighing only around 100-150 tons, would actually be a relatively light load for the powerful 250-400 ton cranes found on many modern multipurpose vessels. This type of ship is also more common and easier to find, potentially cheaper to charter and faster to mobilize, a major advantage if SpaceX wants to move quickly. But there is a trade-off. Lifting Starship with cranes would create concentrated stress points on the vehicle's hull. Ship 40 would require a carefully engineered system of slings and support cradles to prevent its stainless steel structure from bending or cracking during the lift. So what about loading Ship 40 onto a massive heavy lift vessel instead? And one ship that has been mentioned repeatedly is the Boca Vanguard, one of the largest heavy lift vessels in the world. These ships work almost like a floating dry dock. The vessel sinks its deck underwater, Ship 40 floats into position above it, and then the ship rises back up, lifting the spacecraft clean out of the water without cranes or complex rigging. But this method brings its own risks. The downside is that these ships are built to carry loads of thousands, even tens of thousands of tons. Using one for something as light as 100 to 150 tons is a bit like calling in a giant flatbed truck just to move a motorcycle expensive. And there simply aren't many of these specialized vessels available worldwide, so getting one to Christmas Island would take longer. And the challenges of bringing Ship 40 back to Starbase are almost unavoidable, no matter which method SpaceX chooses. If SpaceX decides to continue towing the vehicle with a more powerful tug to a major Australian port such as Dampier, it could take advantage of the recovery vessels already on site without having to wait for a specialized ship to be chartered from elsewhere. In addition, the waters closer to the Australian coast are generally calmer and shallower than the open ocean, making the towing operation easier to control. Once at a major port, SpaceX would also have access to large cranes and dock facilities for a more thorough inspection. However, this option would still require days or even weeks of towing at extremely slow speeds, creating additional risks of damage from waves and rough weather. More importantly, even if Ship 40 successfully reaches an Australian port, that would only be an intermediate step. The biggest challenge of transporting it across the ocean to Texas would still remain completely unresolved. In reality, the chances of SpaceX choosing this option may be quite low. This suggests that Christmas Island was likely chosen simply because it offered the nearest relatively safe waters for a temporary stop and inspection. The remaining option would be to dismantle or cut Ship 40 into several large sections on site, removing the most important components such as the Raptor engines, the flaps, heat shield samples, and avionics systems, before shipping them back to the United States in containers aboard conventional cargo vessels. Some particularly valuable components could even be transported by air. This would likely be the easiest and least expensive transportation option. But there is a major downside. Ship 40 would no longer remain intact for display or for a complete structural analysis as a single vehicle. Cutting and dismantling such a large spacecraft at sea or in a remote location would also be extremely complicated from technical, safety, and environmental perspectives, requiring significant effort from engineers and recovery crews on site. In the end, the final decision will depend on what SpaceX engineers discover when they conduct a thorough inspection of Ship 40. There is also an interesting report suggesting that the Norman Ranger made a brief stop near Christmas Island before returning and reconnecting to the nozzle of a Raptor engine. I can't help but wonder whether that stop was made to pick up a team of SpaceX engineers. It will be fascinating to see the full story once everything is finally over. After everything, let's wait and see where this story goes. But no matter what happens next, one thing is already clear. Ship 40 represents a historic moment for the entire Starship program. For the first time, a Starship upper stage has survived an entire test flight and remained largely intact after returning from space. That means SpaceX engineers can finally examine the real vehicle that experienced the full journey. The opportunity is especially valuable when it comes to Starship's heat shield, widely considered one of the program's biggest challenges. Ground tests can simulate extreme temperatures and test how individual tiles perform, but they cannot perfectly recreate the combination of intense heat, aerodynamic forces, vibration, pressure changes, and other conditions experienced during real atmospheric re-entry. With Ship 40 back in their hands, engineers can inspect every section of the vehicle and determine which tiles survived, which were damaged or lost, and why. The same applies to the Raptor engines. SpaceX will be able to study hardware that experienced an entire flight cycle, including launch, in-space operations, re-entry, and the final landing burn. Even the 24 days spent floating in seawater provide valuable information about corrosion, welds, valves, engines, and other systems. But Ship 40 could offer something even more important than engineering data. SpaceX ultimately wants to catch the Starship upper stage with Mechazilla and return it directly to the launch site, just as it has demonstrated with Super Heavy. That will be far more difficult, because Starship must first survive the brutal heat and forces of atmospheric re-entry. What engineers learn from Ship 40 could therefore become a critical piece of that puzzle. If SpaceX can turn this recovered spacecraft into better heat shields, stronger structures, and more reliable landing systems, Ship 40 may become one of the most valuable Starships ever built. And that could bring fully reusable Starship one step closer to reality.