SpaceX is preparing to attempt something it has never tried before: catching both stages of its giant Starship rocket with a launch tower's mechanical arms on a single flight. The company is targeting Friday, November 13, for the 15th test flight of the world's biggest rocket, and if the daring plan works, Starship would become the first orbital rocket ever recovered in full.
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| File photo: A Super Heavy booster held aloft by the launch tower's mechanical 'chopstick' arms during a test at Starbase, Texas. (SpaceX) |
SpaceX announced the plan last week, and the details have drawn wide attention across the space industry. The mission will lift off from the company's Starbase facility in South Texas, and it will be the longest and most ambitious Starship flight yet. A 75-minute launch window opens at 5:45 p.m. Eastern time on Friday, pending final regulatory approval from the Federal Aviation Administration.
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| File photo: A Starship rocket lifts off from Starbase, Texas, during an earlier test flight in November 2023. (SpaceX) |
A Rocket Designed to Come Home
Starship is unlike any rocket flying today. It consists of two stages: the Super Heavy booster, a towering first stage that provides the thrust to leave the launch pad, and the Starship spacecraft itself, the upper stage that continues on to space after the two separate. Both stages are built from stainless steel, and both are designed to return to the launch site and be caught by the tower, rather than landing on legs or splashing into the ocean.
The tower that does the catching is a tall steel structure fitted with two huge mechanical arms, nicknamed "chopsticks." The idea sounds almost absurd on paper: a rocket the size of a skyscraper falls out of the sky, fires its engines to slow down, and slides gently into the arms of a tower. Yet SpaceX has already made it work, first demonstrating the technique on October 13, 2024, during Starship's fifth flight test. It has since caught the booster three times, on Flights 5, 7 and 8, and two of those boosters have even flown again.
The upper stage, however, has never been caught. Until now, every Starship test flight has ended with the spacecraft making a practice landing at sea, flipping upright, firing its engines and setting down on the water. Flight 15 is the first time SpaceX will try to bring it home to the tower instead.
The Mission Profile
Flight 15 will use a new generation of hardware: Booster 22, the Super Heavy first stage, paired with Ship 42, the Starship upper stage. Both are Block 3 vehicles, the newest version of the rocket, equipped with Raptor 3 engines. It will also be the first catch attempt for a V3 booster.
The flight plan, published by SpaceX, runs on a tight timeline at first and then stretches into a marathon. About six minutes and 35 seconds after liftoff, the Super Heavy booster is expected to return to the launch site and be caught by the tower's arms. That part of the plan is now familiar territory for SpaceX engineers.
The upper stage will then continue on to orbit, reaching an altitude of roughly 275 kilometres, or about 171 miles, above Earth. There it will deploy 26 of SpaceX's next-generation Starlink V3 satellites, combining a commercial satellite delivery with the most ambitious recovery test the programme has attempted. Three of those satellites have been modified to photograph Starship's heat shield during flight, giving engineers data on its condition when ground observation is limited.
Ship 42 will then stay in space for more than 22 hours, completing about 14 orbits of the Earth. That makes Flight 15 the second orbital mission in the Starship programme, after Flight 14 reached orbit on September 28, and the longest Starship flight to date. Only then will the spacecraft attempt its return, aiming for the tower at Starbase in the early hours of Saturday.
Two Catches, Two Very Different Challenges
Catching the booster and catching the ship are very different problems, and engineers say the second is far harder. The booster comes back relatively soon after liftoff, and its path back to the tower stays close to the launch site. The upper stage must reach orbital velocity, survive the searing heat of re-entering the atmosphere, and then fly itself precisely back to the tower after more than a day in space.
Returning from orbital velocity means carrying far more energy and heat than any booster catch, and the recovery attempt will test the vehicle's heat shield under real re-entry conditions. That is one reason SpaceX has fitted three of the Starlink satellites on board to photograph the shield: what happens to it during re-entry is among the most important data the flight will produce.
The catch is also conditional. SpaceX says flight controllers will only permit Starship to return to Starbase if the vehicle's condition meets internally developed, FAA-approved conditions for a return to the launch site. If the spacecraft's condition or trajectory falls outside acceptable limits during the flight, the attempt can be called off, with abort trajectories and ocean splashdown options built into the flight profile. The double catch, in other words, is a planned objective rather than a guaranteed outcome.
SpaceX first outlined the plan publicly when Kiko Dontchev, the company's vice president of launch, spoke at the UP.Summit at NASA's Kennedy Space Center on Thursday, November 5. Elon Musk then announced the double catch on X on November 6, saying it would be the first time every part of an orbital rocket came back intact. SpaceX confirmed the target date in a post on November 7, saying Flight 15 was targeting launch as early as Friday, November 13, pending regulatory approval.
What Is at Stake
The stakes go well beyond a spectacular piece of engineering theatre. SpaceX's entire case for Starship rests on full reusability: a rocket that can be caught, refuelled and flown again quickly, like an aircraft, rather than discarded after a single use. That is what the company says will make spaceflight dramatically cheaper and more frequent, and it is what underpins its ambitions for the Moon and Mars.
NASA has tapped a version of Starship to land astronauts on the Moon under its Artemis programme, and the company is also developing Starship launch facilities at Kennedy Space Center's pad 39A and Launch Complex 37 at Cape Canaveral Space Force Station in Florida. Company officials hope the first Starship liftoff from Florida could come by the end of this year.
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| File photo: The Super Heavy booster is held by the launch tower's arms after the first successful tower catch in October 2024. (SpaceX) |
What This Means
If both catches succeed, Flight 15 will mark a genuine milestone in the history of spaceflight. No orbital rocket has ever been recovered in full. The Space Shuttle recovered parts of its system, and SpaceX's Falcon 9 routinely lands its first stage, but a complete orbital rocket, both stages, returning to the launch site and being caught by a tower would be a first.
It would also validate the tower itself as recovery infrastructure. SpaceX has invested heavily in the catch system at Starbase, building a second tower and pad so that flights can continue even while one tower is being prepared for the next launch.
But the flight is a test, and tests can fail. SpaceX's own history with Starship is a record of spectacular successes following equally spectacular failures, and the company has always treated each flight as a way to gather data, even when things go wrong. The upper-stage catch, attempted for the first time after a 22-hour flight, is the riskiest part of the mission, and engineers will be watching the heat shield and the re-entry manoeuvre as closely as the catch itself.
What Happens Next
All eyes are now on the final days of preparation at Starbase. Both vehicles are expected to roll out to Pad 2 for stacking before launch, and formal confirmation will come when the FAA issues airspace and maritime closures, typically a few days before liftoff.
If the launch goes ahead on Friday, the first catch will come within minutes, but the real drama will unfold more than 22 hours later, when Ship 42 attempts its return. SpaceX is expected to stream the mission live, and the company will confirm the outcome of each catch as it happens.
Whatever the result, Flight 15 will be remembered as the mission that tried to bring the whole rocket home. If it works, it will be a landmark. If it does not, SpaceX will have another mountain of data, and, as it has done many times before, it will try again.
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