SpaceX gradually Ditches Falcon Heavy from Rocket Fleet! Here’s What They’re Doing…

Starship has launched more frequently and has just achieved another success. Falcon 9 has launched countless times this year and continues to break records at an incredible pace. But wait, did SpaceX forget something? There have been no Falcon Heavy flights so far this year. It may seem unusual, but perhaps SpaceX has not forgotten at all. Instead, their actions suggest they may be gradually moving away from Falcon Heavy with several recent decisions pointing in that direction. So, is the end truly coming for Falcon Heavy? Let's find out on today's episode of Great SpaceX. It has now been over 11 months, nearly a full year, since the last Falcon Heavy mission. That mission was the launch of NASA's Europa Clipper spacecraft on October 14th, 2024. In other words, we have not seen a Falcon Heavy flight at all this year. Currently, the rocket is scheduled for a mission sometime in December. Known as Griffin, the mission is a joint effort between NASA and Astrobotic under the commercial lunar payload services program. The Griffin lander carrying NASA's payloads is designed to touch down near the south pole of the moon. Yet, even with the schedule in place, updates regarding the payloads remain limited. On SpaceX's side, we know the core booster B1091 has been assigned for this mission. This booster already proved itself in early August during a Falcon 9 launch that supported Amazon's Kyper satellite deployment. However, despite preparations, it's not possible at this time to say with certainty whether the Falcon Heavy will indeed fly before the year comes to a close. Even if it does launch, 2025 will still mark a significant decline for Falcon Heavy. Since its debut in 2018, the rocket gradually gained momentum, culminating in 2023 with a record- setting five launches. Many believed that trend would continue, but the opposite has happened. In 2024, Falcon Heavy flew just twice, and now 2025 may end with only a single mission. Signs of a longerterm decline are also emerging. SpaceX has officially retired landing zone 1, which was frequently used to recover Falcon Heavy's side boosters. Without it, options for landings are more limited. There is some construction underway near SLC 40, which could eventually serve as a new landing area, but its readiness remains uncertain. Unless SpaceX shifts to recovering both side boosters on drone ships, Falcon Heavy operations could face growing logistical hurdles. So, why has Falcon Heavy fallen into this situation? The simplest answer is that most of SpaceX's missions do not actually require it. Falcon 9 has proven more than capable of meeting the company's heavy cadence of launches. While Falcon Heavy is suited for particularly demanding missions, such as sending payloads to the moon, to geostationary orbit, or to high energy destinations, most customers are heading to low Earth orbit. In those cases, Falcon 9 is faster, cheaper, and easier to prepare. SpaceX has also set an ambitious goal of completing more than 170 launches this year. As of now, Falcon 9 alone has already surpassed 115 flights. At this rate, it'll soon surpass last year's record of 132 flights. With numbers like these, Falcon 9 remains the backbone of operations, while Falcon Heavy appears more like a specialty tool than a mainstay. At the same time, SpaceX is focused on developing its true next generation vehicle, Starship. To date, Starship has flown 10 times, overcoming significant challenges in its early flights. The landmark 10th flight demonstrated several milestones including the controlled flip maneuver and high angle re-entry for Superheavy, multiple successful landings, payload deployment, engine relights in orbit, and a controlled re-entry and landing attempt for the upper stage. While some problems have emerged along the way, SpaceX has steadily resolved them, making each flight more successful than the last. The company's goals for Starship are monumental. The rocket is expected to deliver a 100 tons to orbit, conduct orbital refueling, and ultimately reduce the cost of access to space dramatically. Rocket share missions carrying large numbers of satellites, currently a strength of Falcon 9, will expand to a much greater scale with Starship. In comparison, Falcon Heavy will have little room to compete. Looking ahead, SpaceX has already announced plans for as many as 25 Starship launches from Starbase in the next year alone, a figure that far exceeds Falcon Heavy's entire flight history. Over time, the cadence will only grow with payload capacities climbing to 100 tons with Starship version three and an astounding 200 tons with version four. Meanwhile, launch costs are projected to drop to as little as $2 million per mission. In this context, Falcon Heavy's future seems bleak. It was once celebrated as the world's most powerful operational rocket, but Starship is rapidly overtaking it in both capability and cost effectiveness. Unless demand emerges for very specific payloads that fit Falcon Heavy's unique profile, its role will continue to shrink. For many, this is a bittersweet reality. Falcon Heavy dazzled audiences around the world when it first launched in 2018, complete with Musk's Tesla Roadster heading for deep space. It has accomplished remarkable missions from national security launches to interplanetary science. Yet, the march of progress is relentless. As Starship rises, Falcon Heavy may soon fade into history. Do you believe Falcon Heavy will be phased out soon? Let me know with a yes or a no in the comment section down below. Then be sure to like the video and subscribe to our channel to stay uptodate on SpaceX's incredible journey into the future of space exploration. For me, the answer is no. The Falcon Heavy may see fewer launches in the coming years and eventually it may reach retirement, but its end is not likely to arrive in the next year or two. The reason is simple. There are still several missions on the horizon that require Heavy's unique capabilities. In addition to the Griffin mission mentioned earlier, multiple military and government payload launches are already assigned to it. These fall under phase 2 and three of the Space Force's National Security Space Launch Program. Many of these payloads are destined for high energy orbits, where Falcon Heavy's power and reliability make it the most suitable option. Beyond military needs, other important missions are also on the schedule. These include the launch of advanced telescopes, NASA's Dragonfly spacecraft that will explore Saturn's moon Titan and the Dragon XL spacecraft that will support the lunar gateway. Taken together, these projects span the next two to three years, ensuring that Falcon Heavy will remain active. You may be wondering, did I not just say that SpaceX might choose Starship for these heavy lift missions? Well, that's correct. But there is an important distinction. While Starship is advancing quickly, it has yet to demonstrate consistent orbital success with payloads. More importantly, missions for the military and government cannot simply rely on promises. They require strict certification from agencies such as the US Space Force. Staying on schedule is critical for national security and scientific exploration alike. That means the most practical choice for the immediate future is to use a proven system that has already delivered like Falcon Heavy rather than wait for Starship to be fully validated. By 2026, Starship may well begin to take on some of these responsibilities. However, until then, Falcon Heavy still has a critical role to play. Each rocket in SpaceX's fleet has its own place. The Falcon 9 handles the bulk of routine missions, while Starship represents the future of massive payload delivery and interplanetary goals. For now, Falcon Heavy stands as the bridge between the two, carrying out essential high energy and long range missions until its successor is ready to step in. It would be a truly sad moment if one day we no longer see the Falcon Heavy in operation. While it has not launched as frequently as the Falcon 9, every Falcon Heavy mission has stood out as a remarkable symbol of progress. Its debut was nothing short of historic, carrying the Tesla Roadster with the Starman mannequin aboard and instantly capturing the imagination of millions. That launch was more than a technical achievement. It became a cultural icon, firmly establishing Falcon Heavy as one of the most memorable rockets in aerospace history. Few vehicles have ever managed to create such a lasting impression. Following that extraordinary beginning, Falcon Heavy has gone on to support a wide range of important missions. It has carried US space force payloads to high orbits, supported scientific exploration with spacecraft like Psyche and Europa Clipper, and delivered massive satellites such as the Jupiter 3. Each of these missions highlights the rocket's unique ability to combine immense lifting power with proven reliability. In fact, Falcon Heavy's track record to this day remains flawless. This perfect success rate has given customers confidence, reinforcing its reputation as a trustworthy choice for complex and highstakes missions. This success has not been accidental. Falcon Heavy's relatively low launch frequency means that every mission receives an exceptional degree of preparation and attention. Each flight is carefully planned and executed, ensuring that performance lives up to expectations placed on such a powerful rocket. That attention to detail combined with years of Falcon 9 heritage has helped Falcon Heavy achieve its outstanding reliability. Another defining feature of Falcon Heavy is the way it showcases the promise of reusability. In most of its flights, the two side boosters have been successfully returned and landed, often in near-perfect synchronization. Achieving just one booster landing is a challenge that few organizations have managed. Yet, SpaceX consistently executes two at a time. They even attempted the landing of all three boosters on multiple occasions. And while the central core has not always made it home, the feat itself represents how far the technology has come. In the future, new landing pad availability could allow SpaceX to achieve the full recovery of all three boosters or even land multiple boosters on drone ships when necessary. The significance of this capability extends beyond its spectacle. If three Falcon Heavy boosters were discarded after every flight, the costs would be astronomical, no pun intended. Instead, reusability has drastically reduced the price of heavy lift launches with Falcon Heavy offering missions for for around $97 million compared to competitors at roughly 150 million. Beyond cost savings, reuse enables faster turnaround and higher launch cadence, enhancing operational flexibility. Taken together, these capabilities further demonstrate why Falcon Heavy stands apart from other heavy lift competitors such as Vulcan, SLS, Aryan 6 or the Long March. Its combination of power, reliability, reusability, and cultural impact has made it one of the most important rockets of our time. There are still many exciting moments ahead for the Falcon Heavy. While it may eventually become the first member of SpaceX's fleet to retire, that day is still years away. Until then, we'll continue to see this remarkable rocket perform missions that showcase its strength and reliability. Its eventual farewell will not be a quiet one, but a finale filled with spectacular flights and booster landings that will continue to inspire as symbols of progress in the aerospace industry. And when that time comes, we can look forward to its legacy being carried on by even more powerful and versatile rockets like Starship. Every capability developed within the Falcon family will only be expanded and elevated. But for now, the Falcon Heavy remains a champion of heavy lift launches, and we should savor every flight it undertakes. So, join me in saying keep going Falcon Heavy. 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.