SpaceX Plans First Attempt to Catch Starship and Its Booster
Musk says the full orbital launch system could be caught next month, a recovery he says no orbital rocket has achieved, though he admits the first try may fail.
By AXY Tech Desk ·
Key points
- Elon Musk said SpaceX will try to catch Starship and its booster next month.
- If successful, the attempt would be the first time an orbital launch vehicle has been fully recovered, Musk said.
- Musk said success is not guaranteed on the first flights but is more likely than not on the next one.
- Starship is designed to be reusable, which could lower the cost of reaching orbit.
- SpaceX caught a Super Heavy booster with the tower’s arms in October 2024, but the full system has not been caught.
SpaceX plans to try catching its Starship rocket and the booster that launches it next month, chief executive Elon Musk said Tuesday. The attempt, if it works, would recover the entire orbital launch system for the first time. Musk said that would make it the first time in history an orbital launch vehicle has been fully recovered.
He made the announcement during the company’s third-quarter earnings report, a briefing aimed mainly at investors and business partners. Musk called the goal “a profound technology milestone in the history of civilization consciousness.” He did not give a specific date in the remarks reported so far, only the month.
Musk was also clear that the attempt might not work. “Success is not guaranteed on these first flights, but I’d say it’s more likely than not that this succeeds next flight,” he said. If it does not, he said, SpaceX has “a steady stream of Starship flight attempts through the end of this year and then accelerating next year.”
For people who follow spaceflight, the statement is a clear signal of where the company wants to go next. For everyone else, the question is simpler: why does it matter whether a rocket can be caught? The short answer is cost, schedule and how many times the same hardware can fly. The longer answer involves a rocket design that is still being tested in public, with real risk for the equipment and for the programs that depend on it.
What Starship Is and How It Is Built
Starship is a two-stage system. The bottom stage is the Super Heavy booster, and the top stage is the Starship spacecraft. Together they stand approximately 120 meters, or around 400 feet, tall, with a diameter of 9 meters. That makes it one of the largest rockets ever built.
The vehicle is powered by SpaceX’s Raptor engines, which burn liquid methane and liquid oxygen. Methane is the same basic fuel as natural gas, and it is cheaper and easier to store than the liquid hydrogen used by some older rockets. Liquid oxygen is the oxidizer that allows the fuel to burn in the thin air of space. Engineers often prefer the pair because it can be produced in large quantities and leaves less residue inside engines between flights, which helps when a vehicle is meant to fly again.
Starship was first introduced in 2018. From the beginning, its design goal was reuse. Instead of falling into the ocean or being thrown away after one flight, the vehicle was meant to return to its launch site. There, launch towers with mechanical “chopstick” arms would catch it in midair, rather than having it land on legs or a pad.
Why Reuse Changes the Economics
Most rockets are used once, or only partly recovered. The first stage may splash down in the ocean, and the upper stage is usually lost. Rebuilding that hardware for every mission is a large share of what a launch costs.
That is why reuse is so central to the Starship idea. If the most expensive parts of a rocket can be flown again with limited work between missions, the cost per launch can fall. Lower costs would make it easier to put large satellites, research equipment and cargo into orbit, and would open the door to more frequent launches. Engineers have argued for years that full reuse is the path to that kind of change, although it has proved difficult in practice.
This is what makes a successful catch more than a spectacle. A catch would show that the booster and the spacecraft can both survive their trip back, be steered precisely to the tower and be made ready for another flight. Musk’s description of recovering “the entire orbital launch system” points to that full loop, not just one part of it.
The Booster Catch That Came Before
The company has already shown part of this approach works. In October 2024, during a test flight, SpaceX caught a Super Heavy booster with the tower’s chopstick arms as it returned to the launch site. That was the first time a large orbital-class booster had been caught in this way, and it showed the arms could grab a heavy stage coming back from space.
The spacecraft is a harder problem. It has to survive reentry, which heats its outer surface to extreme temperatures as it hits the atmosphere at high speed. It then has to slow down, adjust its path and line up with the tower with very little room for error. The booster, by comparison, is a larger but simpler target to bring back under powered flight.
That is why Musk’s statement matters. He is describing a plan to try the full system together, with the booster and the Starship vehicle both returning to be caught. As far as the reporting so far shows, that combined recovery has not been done before, and it is the reason Musk described the attempt as a first in orbital launch history.
Who Depends on the Program
Starship is not only a private project. NASA has contracted SpaceX to develop a version of Starship that would serve as a crewed lunar lander for its Artemis program, which aims to return astronauts to the Moon. Any progress on reliable recovery and reuse could affect how quickly that work moves forward, and how much each mission costs the agency.
Commercial customers have their own stake. For satellite operators, research teams and companies that need cargo in orbit, reuse is the business case. A rocket that can fly many times without being rebuilt from scratch can mean lower prices, shorter waits for launch slots and more room to plan missions. If the catch succeeds, it would strengthen the argument that Starship can become a low-cost workhorse rather than an experimental vehicle still in testing.
There are also safety and public-trust questions. Each test flight involves large amounts of propellant and a vehicle that is still being refined. A failed catch could damage the tower, the vehicle or both, and it could delay the program while engineers investigate what went wrong. Spaceflight schedules have a long history of slipping, and a single failed attempt can push back plans by months. Musk’s own remarks acknowledge that risk, even as they set a target.
For people living near launch sites, the stakes are local. Test flights are scheduled around safety zones, road closures and air and sea traffic restrictions, and each new attempt raises questions about how those measures will be applied. Those details are set by regulators and local authorities, not by a company’s earnings call.
What Musk Said About the Odds
Musk’s language was carefully balanced. He said success was not guaranteed on the first flights, but he also expressed confidence that the attempt would succeed on the next one. That combination matters. It tells investors and partners that the company is aiming high, while signaling that it expects test flights to continue if the first try does not work.
He also described a pattern of repeated flights. By pointing to a “steady stream” of attempts through the end of this year and a faster pace next year, Musk framed the catch as one step in a longer series rather than a single make-or-break event. That approach fits how SpaceX has tended to develop its hardware: build, fly, study the results and fly again.
The remarks are still Musk’s own projections. They are not independent confirmation that the attempt will happen in the month he gave, or that it will work. Analysts who follow the company often treat such timelines as targets, not commitments, because hardware testing tends to reveal problems that take time to fix. The true test will come when the vehicle is on the pad, the tower is ready and the flight is underway.
What to Watch Next
The most immediate question is whether the catch attempt happens in the month Musk named. Test dates for new hardware often move, so a delay would not be surprising. Observers will look for regulatory filings, launch preparations and any updates from the company ahead of the flight.
The second question is what happens if the catch fails. Musk said the company plans more flights, so the next signals will be how quickly SpaceX schedules them and what it reports about the results. Each flight will also show whether the design changes made after earlier tests are holding up.
Observers will also watch how the company describes the outcome. A full recovery of both stages would be a major technical milestone, and it would likely reshape expectations for how quickly reusable heavy-lift rockets could enter routine service. A partial result, such as a booster catch without a spacecraft catch, would still be significant but would leave the most difficult question open.
For now, Musk has put a specific goal and a specific month on the record. If the attempt happens as described, it will be the first real test of an idea that has guided Starship since 2018: that a rocket can come back to the tower, be caught and be ready to fly again.
Questions and answers
What is SpaceX planning to do with Starship?
Elon Musk said SpaceX will attempt to catch Starship and its booster next month. The goal is to recover the entire orbital launch system for the first time.
Why would catching Starship be a first?
Musk said that if successful, the attempt would be the first time in history an orbital launch vehicle has been fully recovered. Starship is a two-stage system made of the Super Heavy booster and the Starship spacecraft.
Will the Starship catch definitely succeed?
No. Musk said success is not guaranteed on the first flights, but he said it is more likely than not to succeed on the next flight. He also said SpaceX plans a steady stream of flight attempts through the end of this year.
Why does catching a rocket matter?
Starship was designed to return to the launch site and be caught by towers with mechanical arms, so it can be reused. Reuse could lower the cost of launches over time.
Topics: SpaceX, Starship, Elon Musk, Super Heavy booster, Reusable rockets, Orbital launch, Spaceflight
Sources: The Verge
https://axynewsglobal.com/article/spacex-plans-first-attempt-to-catch-starship-and-its-booster