SpaceX Catches Starship Upright With Launch Tower

The 15th Starship flight deployed 26 Starlink V3 satellites before the spacecraft returned to its Texas launch site.

Updated on Nov. 15, 2026 in Space

Photorealistic view of a tall stainless-steel rocket held by the arms of a steel lattice launch tower on a flat coastal plain under warm light. — SpaceX's Starship completed its 15th flight to orbit, deploying 26 Starlink V3 satellites before its upper stage was caught by the launch tower at Starbase in Texas. AI Illustration. Upload story photo >

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SpaceX's Starship lifted off from Starbase in Texas on its 15th flight and reached orbit, deploying 26 Starlink V3 satellites. The spacecraft returned to the launch site and was caught upright by the arms of the Mechazilla launch tower.

Why it matters

Catching the upper stage after an orbital flight is a key step toward recovering and reusing the spacecraft rather than discarding it. The maneuver could pave the way for reuse of the upper stage in future missions.

The flight reached orbit, where Starship remained for more than 20 hours before reigniting a single Raptor sea-level engine for its deorbit burn. The Super Heavy booster's boostback burn ended early because of low fuel mass, and the reported details do not explain the cause beyond that.

The players

SpaceX

SpaceX is a private American aerospace company founded by Elon Musk that develops the Starship and Super Heavy launch system and operates the Starlink satellite internet constellation.

The details

Starship separated from the Super Heavy booster through a hot-staging maneuver and continued on six Raptor engines. The booster's boostback burn ended early and it diverted to an offshore landing location after an automated abort, performing a landing burn over the Gulf before its flight termination system was activated.

Friday: Starship lifted off from Starbase, Texas, for its 15th flight.
Saturday (local time): Starship was caught upright by the Mechazilla launch tower.

Roadmap

SpaceX's recovery of Falcon 9 boosters established reuse as a core part of its launch economics, and catching the Starship upper stage would extend that approach to the spacecraft. Reusing the upper stage would be a further step beyond the booster recoveries that the company already performs.

If Starship recovery and reuse become routine, launch costs could fall, which would affect the cost of putting satellites such as Starlink into orbit. The practical impact on consumers depends on how quickly reuse of the upper stage is proven in later flights.

The takeaway

Reusing rocket hardware is becoming central to spaceflight economics, and each successful recovery narrows the gap between experimental flights and routine operations. Readers following the program can watch whether the upper-stage catch is repeated on future missions.