SpaceX prepares first ever tower catch attempt for Starship upper stage
SpaceX is attempting an unprecedented tower catch of the Starship upper stage following a test flight marred by a booster guidance failure.
SpaceX prepared for an unprecedented attempt to catch the Starship upper stage using tower arms, pressing forward with its ambitions even after a booster malfunction thwarted the company's first-ever double-recovery goal.
Liftoff occurred from the SpaceX Starbase site in South Texas, marking the 15th test flight of the massive megarocket. The initial mission profile called for both the Super Heavy V3 booster and the upper stage, known as the Ship, to return to the launch site and be intercepted mid-air by the launch tower's mechanical "chopstick" arms, as reported by Engadget.
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That dual-recovery plan hit an early snag. Roughly six and a half minutes after launch, the first-stage Super Heavy booster experienced a guidance and navigation issue during its descent, according to Tech. Flight controllers triggered an automatic abort, diverting the booster to a controlled splashdown in the Gulf of Mexico, where it exploded before impact. SpaceX officials said they were still investigating the problem that prevented the planned recovery.
Despite the booster's loss, the Starship upper stage successfully reached orbit, keeping alive the prospect of a different historic first: catching a spacecraft returning directly from orbit with the launch tower arms. SpaceX has previously caught Super Heavy boosters a few times, but it has never attempted to catch the Ship upper stage.
SpaceX flight controllers decided early Saturday morning to forgo a second landing window that would have ended the mission early with a splashdown off the coast of Chile, opting instead to keep the spacecraft aloft. SpaceX spokesperson Dan Huot said in a live commentary update that keeping the vehicle in Space brought the team one step closer to an eventual return to the launch site.
"Starship's going to stay in space. We are one step closer to an eventual return to launch site. So that's great news."
Dan Huot, SpaceX spokesperson, via Space.com
The mission carried objectives beyond the landing attempt. Starship deployed 26 next-generation Starlink V3 broadband satellites into low Earth orbit. During the flight, some of those deployed satellites captured video and images of Starship's heat shield. Ground teams and satellite camera data confirmed the heat shield was in good condition for atmospheric reentry and the return maneuver, according to Tech.
Achieving a full, rapid rocket reuse is widely described in the industry as the ultimate goal for lowering flight costs. Aerospace expert Clayton Swope of the Center for Strategic and International Studies told Ukrainian National News that a fully reusable spacecraft is the "Holy Grail" of the space industry. SpaceX echoed this view, noting in a statement that a successful capture of Starship's upper stage would mark a significant milestone in creating a reliable, rapidly reusable rocket system.
As the upper stage circled the planet, various operational details and parallel corporate developments emerged across reporting outlets. The San Antonio Express-News detailed the complex trajectory designed to keep the returning vehicle away from dense populations, noting a corridor passing north of Rio Grande Valley towns and a giant swoosh maneuver east of South Padre Island. Lars Blackmore, principal landing engineer at SpaceX, noted that once the rocket flies over land, operators face a stretch where they cannot intervene, comparing the challenge to Mars probe landings. Meanwhile, The Globe and Mail reported on broader corporate activities, including proposed investments in AI supercomputing campuses in Texas and Arizona, alongside regulatory scrutiny facing potential business combinations.
Flight 15 Mission Overview
| Event / Parameter | Super Heavy Booster | Starship Upper Stage (Ship) |
|---|---|---|
| Primary Objective | Return to launch site for tower catch | Return from orbit for first-ever tower catch |
| Actual Outcome | Aborted due to guidance issue; splashed in Gulf and exploded | Continued in orbit, deploying Starlink satellites |
| Previous Recovery Success | Caught previously | Never previously attempted or recovered |
With the upper stage scheduled to make its terminal landing approach following dozens of orbits, officials emphasized that safety checks would govern the final moments. As Tech noted, any off-nominal readings detected by SpaceX would result in the catch attempt being scrapped, mirroring the protocol applied to the booster.
