Elon Musk just Leaked Starship Flight 10 Launch Time Schedule! The Countdown Begins...

Here we go. Elon Musk has revealed the launch date for flight 10. Closer now than ever. Axiom 4 departs the ISS. Earthbound after a mission among the stars. But high above, Starlink faces shadows. A challenge unfolds in orbit. Let's uncover it all on today's episode of Great SpaceX. It's clear that SpaceX has been making determined progress to bring Starship back online after the Massie incident. With each new development, the momentum builds, bringing us closer to the highly anticipated Flight 10. Earlier, the FCC suggested that the next launch could take place on August 4th. While such filings are often overlooked, they have recently proven surprisingly accurate. For previous flights, the FCC's estimates closely aligned with the actual launch windows, offering credible indicators of SpaceX's internal timeline. Now, that tentative date has gained further weight. Musk has stepped in with an exciting confirmation of his own. Posting on X on July 14th, he wrote, "Launching again in around 3 weeks. Based on that, the launch could take place in the first week of August, likely within days of the FCC's initial prediction. If that schedule holds, flight 10 would mark a gap of just over two months since flight 9. While this isn't the shortest turnaround on record, it is still a strong pace, especially considering the complications caused by the ship 36 incident. Had that setback not occurred, SpaceX might have shattered its turnaround record. Still, the current pace is commendable, showing SpaceX's drive to get the program moving forward again. It is important to remember that neither Musk nor the FCC has provided an official finalized date. We will still need updated confirmations from SpaceX and the FAA before anything becomes concrete. Until then, there is room for speculation. Feel free to leave your predictions in the comments. I'm personally placing my bet on the 7th of August. Who do you think will correctly guess the day of this pivotal flight? As we wait, make sure to like the video and subscribe to our channel. Flight 10 will be a major moment for the Starship program and we'll be following every step of its leadup and execution. Your continued support means a great deal to us. We recently passed 180,000 subscribers and are aiming for the big milestone of 200,000 by the year's end. Every new subscriber helps us reach that goal and every view helps us share the journey of space exploration with more people around the world. So for that, thank you for being part of it. As the potential Flight 10 launch day draws near, attention now shifts to the critical steps SpaceX must take to meet that target. There has been significant progress behind the scenes, but several key milestones still remain. Let's begin with booster B16. This booster has already completed two major tests, a cryogenic test and a full duration static fire. It is currently stationed in the mega bay where teams are performing final checks and installations. Despite having conducted its static fire back in early June, B16 still requires routine system verifications to ensure it remains stable after this extended downtime. A particularly important upcoming task will be the installation of the flight termination system, which is essential for flight approval. Additionally, SpaceX needs to finalize work on the hot staging ring. Interestingly, the hot staging assembly was recently sent back to Staractory. The reason for this is still unclear. It could be due to technical issues or possibly to implement new upgrades. Regardless, its reinstallation will be necessary before flight. Fortunately, the booster side of preparations appears to be on track. With several weeks still available, SpaceX has time to wrap up B16's remaining tasks and continue monitoring its systems carefully. In contrast, the situation with ship 37 is more complex. S37 was selected to replace S36 following the ladder's unexpected failure. It has completed its cryogenic proofing, but its stagfire test is still pending. Complicating matters is the fact that the Massie test facility remains under repair. To address this, SpaceX is currently modifying suborbital pad A at the launch site to accommodate ship static fire tests. At this stage, the new static fire stand has already been installed along with the Raptor vacuum engines. A new steel plate was recently welded in, likely as part of structural reinforcement. Over at the orbital launch mount, progress is also visible. Teams are building the new ship quick disconnect arm and fuel feed systems, both of which are essential for propellant flow and connection integrity during testing and launch. If the modifications progress smoothly, there is a chance the static fire could take place during the third week of July. That would leave a narrow but manageable window for post- test inspections, final installations, and vehicle stacking. Beyond the hardware, SpaceX must also address regulatory and procedural items. The root cause investigation into the flight 9 issue with ship 36, especially the failure in the oxygen tank must be concluded. The FAA will not grant a launch license for flight 10 until corrective actions are clearly defined and implemented. SpaceX must also resolve lingering environmental concerns from the last flight, including the recovery of COPVS that washed ashore in Mexico. With all these pieces in motion, the 3-week target remains ambitious. However, SpaceX has repeatedly demonstrated its ability to move quickly and efficiently. Let's see if they can once again rise to the challenge and deliver another historic Starship flight. Next up, after spending two and a half weeks aboard the ISS, the Axiom 4 crew, part of Dragon's 18th crude mission, officially departed for Earth. At 7:15 a.m. Eastern on the 14th of July, following standard hatch closure and undocking procedures, the Dragon spacecraft, with its four astronauts on board, separated from the ISS, it gradually maneuvered away from the station before initiating its de-orbit burn, the critical step that commits the capsule to atmospheric re-entry. The total return process lasted approximately 22 and a half hours, concluding with a splashdown in the coastal waters off California around 2:31 a.m. Pacific time or 5:31 a.m. Eastern on July 15th. This mission was a success by all measures, even though it extended beyond its original 2-week plan. The Axiom 4 team remained in orbit longer to ensure that all mission objectives were fully completed. These additional days allowed the astronauts to carry out more research and technical demonstrations, further contributing to Axiom Spac's growing expertise in preparing for the development and operation of its own commercial space station. Axiom 4 also stood out as a symbol of international cooperation, featuring astronauts from four different nations, including the United States, India, Poland, and Hungary. With the exception of Peggy Woodson from NASA, this mission marked the first spaceflight experience for the other three crew members. This diverse collaboration offers a glimpse into the increasingly global nature of human space flight in the commercial era. On the hardware side, the Axiom 4 mission also marked the first flight of a new Dragon capsule named Grace. This capsule becomes the fifth operational crew dragon in SpaceX's growing fleet. With each new addition, SpaceX increases its capacity to support frequent and overlapping crude missions. Soon, Dragon Endeavor is expected to make history during the upcoming Crew 11 mission, further demonstrating the platform's reusability and resilience. The return of Axiom 4 was also notable for being the second time a Crew Dragon landed off the West Coast following Crew 9. SpaceX's decision to shift landing zones aims to reduce the risk of debris from the Dragon trunk segment surviving re-entry and impacting populated land areas. With Axiom 4 successfully concluded, Dragon continues to reinforce its position as the leading crude spacecraft in US aerospace. Its mission tally stands at 18, a number unmatched by any current American spacecraft. That number will soon rise as Crew 11 launches with Endeavor on the 31st of this month. That number will soon rise as Crew 11, launching with Endeavor on the 31st of this month, promises multiple upgrades, including a new Drogue 3.1 parachute system and a stronger composite heat shield. And soon after, Crew 10 will return to Earth, much like Axiom 4, in what has now become a routine operation in modern space flight. With every mission, Dragon builds upon its legacy. One launch, one landing, and one milestone at a time. And for our last update for today, SpaceX's Starlink system, the largest satellite constellation currently in orbit, continues its rapid expansion, delivering global internet coverage and reshaping how the world connects. But with this growth comes a new challenge. The responsible management of the network's life cycle, particularly regarding satellite de-orbiting. According to recent data from the FE from the FCC, SpaceX deorbited 472 satellites over the past 6 months. That averages to about 2.6 satellites leaving orbit each day with a peak in January that saw four to five satellites de-orbited daily. This represents a dramatic increase compared to the previous six-month period which only saw 73 de-orbits. These retired satellites are primarily from the first generation of the Starling fleet. They are smaller than the more recent models and are engineered to burn up completely upon re-entry into Earth's atmosphere. However, with such a large quantity involved, it is statistically possible for fragments to survive the burn and reach the ground. In one notable incident, a 2 and a half kilogram piece of aluminum believed to be from a Starling satellite was discovered near a Canadian farm. While most re-entries are safely controlled and typically result in debris falling into oceans, uncertainty always remains. Even if debris does not pose a direct risk to human life or property, its environmental impact is an increasing concern. As these satellites disintegrate into the atmosphere, they may release chemicals that could harm the ozone layer. Should fragments reach the ocean, they might pose risks to marine ecosystems. And the scale of this issue is growing. Starlink's active satellite count has now reached nearly 8,000. According to astronomer Jonathan McDow, who closely tracks satellite activity as more of these satellites reach the end of their operational life, the number of de-orbits is expected to climb significantly. To mitigate these concerns, SpaceX must continue refining its endof life strategies. This includes enhancing satellite de-orbit reliability, improving control of descent paths, and adopting environmentally safer materials. The company has stated that the risk of its latest generation satellites causing injury or damage due to falling debris is less than 1 in a 100 million. While reassuring, this figure must be supported by transparent data and continuous technological refinement. Despite these challenges, the value of Starlink cannot be overlooked. It provides crucial internet access to remote and underserved regions, bridging the digital divide and transforming lives. In times of crisis such as during hurricane Helen and Milton, Starlink played a vital role in restoring communications. It has also supported ambitious space missions like enhancing connectivity during Polaris dawn and aiding Starship flight operations. As SpaceX continues to scale Starlink, it faces a dual responsibility. Expanding global internet access while minimizing environmental and safety risks. Striking this balance will be essential not only for the future of Starlink, but also for sustainable operations in Earth orbit. 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.