SpaceX Falcon 9’s Retirement Begins Totally Shocked the Industry, Why? Can Starship Replace?

We can predict many things in life, yet they can still surprise us when they finally happen. For years, Falcon 9 has been the backbone of SpaceX and the dominant force in orbital launch, but every peak eventually gives way to a new chapter. Now, SpaceX is shifting its focus toward the far more powerful Starship. That means excitement for the future, but also nostalgia, as the rocket that transformed the industry begins to step aside. Today, we'll explore Falcon 9's changing role, the transition to Starship, and the incredible legacy Falcon 9 leaves behind. Let's find out more on today's episode of Great SpaceX. Oh, and be sure to watch until the end. Turning back the clock about two decades, we find a young SpaceX team developing its first rockets. That was Falcon 1, the first generation of the Falcon family we know today. After three consecutive launch failures, SpaceX finally achieved two successes, milestones that helped save the company from bankruptcy and gave it the foundation to move forward. Building on that experience, SpaceX developed a much more powerful rocket powered by nine engines. We know it as Falcon 9. Over the following years, the rocket evolved through multiple versions, from V1.0 and V1.1 to Full Thrust, Block 4, and finally Block 5. These weren't merely changes in name or appearance. Each upgrade brought meaningful improvements in performance, reliability, and reusability. And Falcon 9 was unlike most rockets of its era. It didn't simply launch payloads into orbit and disappear, it came back. That's when we began seeing Falcon 9 boosters land on landing zones and drone ships, turning rocket recovery from an ambitious experiment into a routine operation. Year after year, the launch cadence increased, landing and reuse records were broken, and Falcon 9 gradually became so important to the aerospace industry that it seemed almost irreplaceable. But perhaps Falcon 9 was never meant to be SpaceX's final destination. A huge portion of its launch demand came from Starlink, and that constellation is steadily approaching the scale SpaceX envisioned. At the same time, Musk's ultimate ambition remains much larger, making humanity a multi-planetary civilization and eventually reaching Mars. That's where Starship enters the picture. As Starship continues to mature, Falcon 9 appears to be entering the twilight of its reign. And after reaching 165 launches in 2025, I can't help but wonder whether Falcon 9 has already reached the peak of its incredible era. Now, we're beginning to see some very significant signs of that transition. On August 22nd of 2026, Musk stated, Once Starship is flying reliably several times per week, it makes sense to shift super-scarce SpaceX engineering and production resources to Starship to get launch rate to several times per day, which means winding down Falcon. That's an incredibly strategic statement. It effectively summarizes SpaceX's long-term shift from the Falcon family towards Starship. As Starship becomes more reliable, SpaceX can gradually redirect engineering talent, manufacturing capacity, investment, and other resources toward developing its next-generation launch system. And we're already seeing the numbers change. As of the August 25th mission, SpaceX had reached 100 Falcon 9 launches in 2026, while also achieving another record with its 37th flight of a single booster. That's still an extraordinary pace. But compared with previous years, the growth is beginning to slow down. If the current trend continues, Falcon 9 could finish 2026 with roughly 140 to 155 launches, a potential decline that would break the uninterrupted growth the rocket has maintained since 2019. And there is another major signal. During that same time, SpaceX VP Kiko Donchev stated that it was the final Falcon 9 Starlink launch from the east coast. From now on, Starlink launches will continue from the west coast while Starship is eventually expected to take over the heavy lifting. That's significant because Starlink has become one of the biggest drivers of Falcon 9's launch cadence. Remove a large portion of those missions from the east coast and Falcon 9's launch numbers will inevitably fall. But these signs go far beyond launch statistics. SpaceX's leadership has been signaling the Falcon family's eventual transition for years, and the physical infrastructure is beginning to reflect that strategy. Since 2023, SpaceX has been gradually shifting crew operations from LC-39A toward SLC-40, culminating in the removal of the crew access arm from LC-39A in February 2026. On August 1st of 2025, SpaceX conducted the final Falcon 9 booster landing at landing zone 1. Landing zone 2 was retained while another landing zone was established next to SLC-40. Then on the 17th of December 2025, SpaceX launched the final Falcon 9 from the legendary LC-39A. That followed the removal of the crew access arm as dragon operations were shifted toward SLC-40. The message was becoming increasingly clear. LC-39A was being prepared primarily for Starship and Falcon Heavy. Another important transition came on the 21st of April 2026 when SpaceX conducted the final Falcon 9 landing on the JRTI droneship. That vessel has since been refurbished to support Starship operations, leaving ASOG as the primary droneship handling Falcon 9 booster recoveries on the East Coast. Then in July, SpaceX reportedly revealed another major change. The company would no longer accept dedicated Falcon 9 and rideshare orders beyond 2028. Government, military, and NASA missions would continue, but the decision signaled a gradual withdrawal from the broader commercial launch market. So, one by one, the pieces are falling into place. The Falcon 9 isn't simply disappearing. It remains an extraordinarily capable and reliable rocket and it will continue flying for years. But its role is changing. The rocket that once represented SpaceX's future is gradually becoming the bridge to something much larger. And as Starship takes over more of the company's resources, infrastructure, and ambitions, the decline of Falcon 9's dominance will become increasingly visible. In any case, let's take a moment to summarize some of Falcon 9's achievements through the By this point, Falcon 9 has firmly established itself as one of the world's most efficient and frequently flown orbital launch vehicles, a position it has held since around 2022 when it surpassed Russia's Soyuz-U in cumulative launch activity. The rocket has now reached approximately 682 launches, an extraordinary figure that reflects not only its reliability, but also SpaceX's ability to manufacture, prepare, and launch rockets on an industrial scale. And the annual numbers are just as impressive. Falcon 9 has surpassed 100 launches in a single calendar year for three consecutive years, 2024 all the way through 2026. Breaking the 100th launch barrier even once would be a remarkable achievement. Doing it three years in a row is something very few organizations could realistically accomplish. China may eventually reach similar numbers, but doing so would involve an entire national space industry operating multiple rocket families. SpaceX has been approaching that scale with essentially one workhorse rocket. But Falcon 9's greatest achievement isn't simply how often it flies. It's how often it comes back. By August 25th of 2026, Falcon boosters had completed hundreds of successful landings, with those recovered stages subsequently flying hundreds of additional missions. That real-world flight history has provided some of the strongest evidence yet that orbital-class rocket reuse is not merely possible, but operationally viable. And one booster stands above the rest. B1067 has now completed an unprecedented 37 launch and landing cycles. Six other boosters have already surpassed 30 flights, while many more have exceeded 20. After years of repeated launches, landings, inspections, and refurbishment, this accumulated data has demonstrated the durability of SpaceX's hardware and the effectiveness of its standardized approach to booster maintenance and reuse. In fact, reuse creates another major advantage – cadence. When SpaceX can repeatedly fly existing boosters instead of manufacturing an entirely new first stage for every mission, launch frequency is no longer constrained in the same way by production. That contributes directly to lower costs as well. The first stage is one of the most valuable components of Falcon 9, so flying it repeatedly allows SpaceX to spread its manufacturing costs across many missions. And the savings don't stop with the booster. SpaceX also routinely recovers and reflies Falcon 9 fairings, which can save millions of dollars per launch. For the remainder of 2026, SpaceX is expected to continue pushing Falcon 9's already extraordinary operational tempo. The company can use this period to accumulate even more flight data, extend booster lifetimes, and potentially push the limits of how many times a single stage can be reused. That stability remains important not only for SpaceX's commercial business, but also for its strategic commitments to the US government. Looking further ahead, Falcon 9 may gradually lose some of its dominance as Starship becomes operational. But even if its launch rate eventually declines, Falcon 9's enormous flight heritage, reliability, and relatively low operating costs will make it difficult for competitors to displace overnight. In other words, Falcon 9 still has a crown to defend, and it needs to maintain that position until Starship is truly ready to take it. That matters because Falcon 9 supports far more than commercial satellite launches. Its missions include critical US military and national security payloads where reliability and precise scheduling are essential. It also supports NASA's human spaceflight and cargo programs, including regular missions to the International Space Station. So even as SpaceX prepares its successor, Falcon 9 still has an important job to do. For now, the old workhorse continues flying, and perhaps the most remarkable part of its journey is that even while approaching the twilight of its era, Falcon 9 is still setting records. During that time, Starship was gradually preparing to become Falcon 9's successor. Despite Falcon 9's dominance, SpaceX wanted something far more capable, something that could eventually launch every day or even several times a day. That's why Starship became the focus. Standing over 120 meters tall, future versions could carry around 100 tons to LEO with V3 and potentially 200 tons with V4. But its biggest advantage is in size. Both stages are designed to be fully reusable, with recent flights demonstrating steady progress toward that goal. The next milestones are even bigger, reaching orbit, recovering both stages, catching the ship with Mechazilla, and eventually reusing the vehicle. If SpaceX can make those capabilities routine, Starship could deliver enormous payloads at unprecedented frequency and lower cost. Its role could go far beyond replacing Falcon 9, from massive satellite constellations and Artemis missions to orbital refueling and transporting cargo to the Moon and Mars. Major challenges remain, especially reliable recovery, rapid reuse, orbital refueling, and high launch cadence. But if SpaceX solves them, Starship won't simply replace Falcon 9. It could fundamentally expand what SpaceX and humanity can accomplish in space. Looking back over the past two decades, Falcon 9 is more than a remarkable launch vehicle with hundreds of records. Falcon 9 has become a symbol of what happens when bold engineering is combined with persistence and a willingness to challenge the rules of rocketry. From the failures of Falcon 1 to becoming the world's most frequently flown orbital rocket, Falcon 9 transformed the economics of spaceflight. But its greatest achievement wasn't any single record. It was proving that rockets could land, return, and fly again as part of a sustainable operational system. Now, as Falcon 9's role begins to change, the torch is gradually being passed to Starship, a vehicle designed to carry vastly larger payloads, fly far more frequently, and eventually extend humanity's reach beyond Earth. Falcon 9 opened the door to routine rocket reuse. Starship is being built to push that idea to an different scale. The Falcon 9 era may be approaching its twilight, but its legacy is becoming the foundation for something much bigger. The next chapter isn't about replacing the past. It's about using everything Falcon 9 taught us to reach places it never could. In any case, folks, that's about it for today's episode. Thank you so much for watching, and I hope to see you again next time. Until then, remember, keep looking up.