SpaceX Starship Catch: Giant Arms to Snag Both Stages 2026

SpaceX is set to make history with an unprecedented attempt to catch both stages of its Starship rocket using giant mechanical arms. The flight, scheduled for tonight, November 13, 2026, at 22:45 GMT, aims to recover the Super Heavy booster and the Ship upper stage, a feat never before achieved by any space agency or company.

If successful, this milestone would push Elon Musk's company far ahead of its competitors and mark a new era in reusable rocket technology.

Why Catching Both Stages Matters

Starship consists of two stages: the Super Heavy booster and the Ship upper stage. While SpaceX has successfully recovered the booster multiple times, recovering the Ship has remained elusive. Achieving full reusability would drastically reduce launch costs and minimize space debris.

This attempt is not just about technical prowess; it's about economic and environmental sustainability. Reusing both stages means fewer rockets manufactured and less junk left in orbit.

The Mechanics of Mechazilla

Mechazilla, the launch tower equipped with giant chopstick-like arms, is designed to catch the Super Heavy booster as it returns to Starbase. For the first time, SpaceX will also attempt to catch the Ship, which requires precise coordination and advanced guidance systems.

The operation involves a 75-minute launch window starting at 22:45 GMT. After liftoff, the booster will return to the launch site, while the Ship will perform a controlled descent for capture.

What's at Stake for SpaceX

Success would validate SpaceX's iterative design philosophy and open the door to rapid, low-cost space access. Failure, while a setback, would provide valuable data for future attempts.

The company has a history of pushing boundaries, and this attempt is no different. The world will be watching as SpaceX tries to redefine what's possible in rocket recovery.

• First-ever attempt to catch both stages of a rocket
• Potential to significantly reduce launch costs
• Could decrease space debris by reusing components
• Demonstrates advanced precision landing technology
• Sets new benchmark for reusable spaceflight

Comparing Reusability: SpaceX vs. Others

As the table shows, no other entity has achieved full reusability. SpaceX's attempt is a leap beyond current industry standards. The background to this story is set out in SpaceX to Attempt Full Starship Recovery and Reuse. A related thread runs through SpaceX Starship Recovery Near Christmas Island Draws Global Attention. Earlier coverage in SpaceX Starship Reaches Orbit for First Time in Historic Test Flight shows how the argument developed.

What to Watch Next

Following the launch, SpaceX will analyze data from the catch attempt. Regardless of outcome, the information gathered will inform future flights. The company plans to increase launch frequency and eventually use Starship for missions to the Moon and Mars. A closer look at the same subject appears in Musk Says Rivals' Future Plans Still Trail SpaceX Starship. Anyone following the wider picture can start with SpaceX Starship Reaches Orbit for the First Time Ever. The same theme surfaces in SpaceX Starship V3 Launch: A Giant Leap for Lunar Race, which takes a different angle.

This test is a critical step toward those ambitious goals. If successful, it could accelerate timelines for deep-space exploration. Context on how this played out before sits in SpaceX Rocket Crashes into Moon: What It Means for Space Debris. A companion piece, SpaceX Starship V3 Launch Scrub: Critical Flight Delayed Again, approaches the same subject from another angle.

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