SpaceX Catches Starship With Launch Tower Arms in Texas

SpaceX brought its Starship spacecraft back to its Texas launchpad by lowering the vehicle until two metal arms attached to the launch tower could secure it, according to NPR. The maneuver marks the return of the company's spacecraft to the same tower structure used during launch.

What happened during the Starship catch?

According to NPR's reporting, Starship descended and was captured by the launch tower rather than landing on legs or in the ocean. The two arms, mounted on the tower itself, closed around the vehicle to hold it in place after descent.

How does the catching mechanism work?

The system relies on the same tower that holds Starship during launch preparation. NPR describes the process as the spacecraft "carefully lowering itself until two metal arms attached to the launch tower could secure it." The arms function as a fixed capture point, meaning the vehicle must align precisely with the tower structure during its descent for the arms to close around it.

Where did the landing take place?

The capture happened at SpaceX's Texas launch site, the same location NPR identifies as the spacecraft's point of origin and return. The company has built its Starship launch and test infrastructure at this South Texas facility, where the launch tower used in the catch is located.

Quick Facts

• Date: Nov. 14, 2026
• Mechanical arms used to secure vehicle: two
• Location: SpaceX launch tower, Texas

What terms describe the Starship catch system?

Readers unfamiliar with SpaceX's vehicle recovery approach may find these terms useful:

• Starship — SpaceX's spacecraft, launched from and returned to the company's Texas facility in the event described by NPR.
• Launch tower — The fixed structure at the launch site that, per NPR, carries the two metal arms used to secure Starship after its descent.
• Catch/capture — The term used for returning the spacecraft to the tower via the arms rather than a traditional landing method such as legs touching down on the ground.

What does this mean for SpaceX's Texas operations?

NPR's account centers the event on the vehicle's return to the Texas launchpad via the tower-arm capture, without providing additional operational detail about future test schedules or subsequent steps for the Starship program. The report focuses on the mechanics of the capture itself — the spacecraft lowering into position and the two arms closing to hold it — rather than broader program timelines.

For the full account of the capture sequence, including NPR's description of how the spacecraft aligned with the tower, see the original NPR story.