SpaceX is preparing Starship for its most ambitious recovery attempt yet: Flight 15 could see both the Super Heavy booster and the vehicle’s upper stage return to Starbase and be caught by the launch tower next month. The company has now shown an animation of the maneuver, giving the public its clearest look so far at how the upper-stage recovery is supposed to work. The planned first Ship catch would extend a technique SpaceX has already demonstrated with Super Heavy to the far more difficult upper stage.
Elon Musk announced the Flight 15 objective during SpaceX’s October 20 earnings call, saying the company expects the launch to take place in November without committing to a specific date. SpaceX President Gwynne Shotwell said the flight’s authorization is expected to cover a return to the launch site and tower catches for both stages, pending approval from the Federal Aviation Administration.
The recovery hardware is the launch tower’s pair of enormous mechanical arms, nicknamed the “chopsticks.” After separation, Super Heavy is designed to steer back toward Starbase for a booster catch, while Starship’s upper stage would continue on a much longer flight before performing its return and descent sequence. The animation shows the Ship aligning with the tower as it falls through the arms, which would then secure the vehicle for inspection and potential reuse. SpaceX describes Starship as a fully reusable system built around methane-and-liquid-oxygen propulsion. The company’s Starship overview identifies tower capture as part of Super Heavy’s intended recovery architecture.
That upper-stage maneuver is substantially more demanding than a booster catch. The Ship must survive atmospheric reentry after traveling higher, farther, and faster than Super Heavy, then arrive at the tower with its position, orientation, and timing tightly controlled. SpaceX has already rehearsed the ground portion of the process: Ship 42, the vehicle assigned to Flight 15, was lifted into a simulated catch position at Starbase while crews exercised the tower arms and ship-side connections.
Flight 15 follows a series of increasingly aggressive Starship tests, including missions that practiced reentry behavior and examined how the upper stage could eventually return to Starbase. The company has caught Super Heavy before, but it has never recovered the Ship with the tower. If both catches succeed, SpaceX says it would represent the first complete recovery of an orbital launch vehicle, a milestone that could reshape the economics of large rockets by replacing ocean splashdowns and expendable hardware with rapid turnaround.
There is still no firm launch date, and the attempt depends on regulatory clearance as well as the vehicle and launch site being ready. Even a partial success would provide valuable data: a booster catch could demonstrate the established recovery process on the same mission, while an upper-stage attempt would test the flight profile, reentry targeting, and tower-intercept sequence needed for Starship’s long-term plans. For now, Flight 15 is SpaceX’s clearest opportunity to show whether Starship can come home as a complete, reusable vehicle rather than ending its mission in the ocean.
