SpaceX to Attempt First Full Orbital Rocket Recovery on Next Starship Flight

Key points

• SpaceX will attempt to catch both the Super Heavy booster and the Starship upper stage during its next test flight, targeted for next month.
• Elon Musk stated that a successful double catch would be the first time an orbital launch vehicle has been fully recovered in history.
• Musk described the milestone as crucial for extending human consciousness beyond Earth and enabling sustained Mars settlement.
• The recovery method involves steering both stages back to the launch tower, where mechanical 'chopstick' arms will capture them, allowing for rapid inspection and refueling.
• Musk acknowledged that success is not guaranteed but stated it is 'more likely than not' that the attempt will succeed on the next flight.

Background

This follows SpaceX's recent transition to a catch-tower design for Starship, which replaces traditional landing legs to enable rapid reuse. The company recently achieved its first orbital launch with Starship Flight 14 in late September, which deployed Starlink satellites but ended with a splashdown rather than a recovery. Additionally, SpaceX is preparing its first launch from NASA's Kennedy Space Center Pad 39A, expanding its operational footprint beyond Texas.

How outlets are covering it

Space.com and The Verge both reported on Musk's announcement during the Q3 earnings call, emphasizing the historic nature of a full orbital vehicle recovery. Teslarati focused on the broader corporate context, including Musk's discussion of a potential Tesla-SpaceX merger and SpaceX's strong Q3 revenue growth, but did not detail the technical specifics of the catch attempt. All sources agree on the timeline and the significance of the event, but differ in their emphasis on the technical versus corporate implications.

Why it matters

A successful double catch would validate SpaceX's strategy for fully reusable orbital launch vehicles, a critical step toward achieving the low launch costs necessary for Mars colonization and large-scale space infrastructure. It also demonstrates the viability of the catch-tower system, which is central to SpaceX's vision of launching Starship more than 10,000 times per year by 2030.

What to watch

SpaceX will conduct the next Starship test flight next month, with the primary goal of recovering both stages. If successful, it will mark a new era in rocket reusability. If it fails, SpaceX plans to continue its steady stream of test flights through the end of the year, with an accelerating schedule in 2027.