On November 14, 2026, SpaceX achieved a significant milestone with its Starship program, successfully recovering the upper stage of its giant rocket from Earth's orbit. The recovery was made possible by the mechanical arms of the launch tower at Starbase, Texas, marking the first time a Starship mission had accomplished this feat. The upper stage, designated Ship 42, had completed 14 orbits around the Earth after separating from the Super Heavy booster.
The Starship had launched on November 13, 2026, during the 15th test flight of the program. After reaching orbit, Ship 42 performed 14 revolutions around the Earth during a flight of over 22 hours. Upon its return, the upper stage re-entered the atmosphere, slowed down using its engines, and rendezvoused with the launch tower. The two large metal arms of the installation, nicknamed "Mechazilla," closed around the vehicle to immobilize it.
The recovery occurred on Saturday, November 14, at 4:20 p.m. Eastern Time. While this achievement marks a significant advancement towards rapid reusability of the Starship system, the complete recovery of both stages was not realized. The Super Heavy booster, which was also intended to return to the tower, aborted its recovery attempt and was directed towards the Gulf of Mexico. SpaceX is currently investigating the anomaly that led to this deviation.
During the mission, Starship also deployed 26 Starlink satellites, combining a cargo transport test with a demonstration of recovery after an extended stay in orbit. The success of this mission is seen as a crucial step towards the reusability of the Starship system, which could potentially reduce the time between missions and facilitate the sending of large payloads into orbit.
The ability to recover and reuse the two main elements of a rocket is of significant interest to the NASA, which has selected a modified version of Starship for its Artemis program. The recovery of the upper stage on November 14 represents a notable technical milestone, but it does not signify that all challenges related to future lunar missions, such as orbit refueling operations, have been resolved.
Starship occupies a critical place in NASA's lunar projects, and the recent recovery demonstrates progress towards achieving the necessary capabilities for these missions. However, it remains to be demonstrated that these vehicles can be inspected, refurbished, and relaunched regularly and reliably. SpaceX's continued testing and development of the Starship system will be crucial in addressing these challenges.
The recent mission's partial success highlights the complexities and difficulties involved in developing a reusable launch system. While the recovery of the upper stage marks a significant achievement, the investigation into the anomaly affecting the Super Heavy booster and the ongoing development of the Starship system will be essential in ensuring the long-term success of the program.
Key points
- SpaceX recovers Starship's upper stage from orbit using mechanical arms at Starbase in Texas.
- The mission combined a cargo transport test with a demonstration of recovery after an extended stay in orbit.
- The achievement marks a significant step towards rapid reusability of the Starship system, with implications for NASA's lunar projects.
