Starship’s upper stage successfully returned to the Texas launch site on Saturday after completing 14 orbital revolutions over 22 hours, where mechanical arms captured the vehicle in a historic milestone for reusable rocketry.
Elon Musk’s aerospace venture completed its fifteenth test flight from Starbase, achieving a long-sought industry milestone by recovering the massive upper stage intact, Boursorama reported. The maneuver brings the private space enterprise closer to establishing fully reusable heavy-lift transportation for commercial and government payloads.
Mechazilla catches Starship! Congratulations to the entire SpaceX team on this incredible achievement! pic.twitter.com/YJzmGUZb2B
- Full Reusability Target: Recovering both structural stages allows the company to reduce unit costs and accelerate flight cadences across its heavy-lift architecture.
- Orbital Deployment: The upper stage successfully deployed 26 large Starlink satellites into low-Earth orbit prior to its return trajectory.
- Artemis Alignment: The technical validation directly supports developmental milestones required for NASA’s lunar landing initiatives.
The mission began when the system lifted off from the Texas launch site, as documented by RTBF. Shortly after stage separation, the Super Heavy booster encountered a technical anomaly, prompting flight operators to forgo a catch attempt and direct the lower stage into the Gulf of Mexico, where it impacted and exploded.
Meanwhile, the upper-stage vessel continued its trajectory to space, successfully placing 26 large Starlink satellites into orbit. The vehicle then executed a controlled de-orbit burn, completing roughly 14 orbits before returning to the launch mount more than 22 hours after liftoff.
Capturing the upper stage required flying hazardous atmospheric entry profiles across Mexican and Texan airspace while managing automated flight sequences.
“On survole inévitablement des zones habitées,” said Lars Blackmore, noting that teams selected desert-heavy paths and bypassed urban centers to limit population exposure, Le Soir reported. He added that there were “21 minutes pendant lesquelles les opérateurs ne pourront rien faire, donc on va retenir notre souffle pendant tout ce temps-là.”
| Mission Parameter | Super Heavy Booster | Starship Upper Stage |
|---|---|---|
| Test Flight Number | 15th Test Flight | 15th Test Flight |
| Payload Deployed | None (Booster stage) | 26 Starlink Satellites |
| Recovery Outcome | Controlled ocean impact | Tower catch at Starbase |
Kathleen Curlee, a space analyst at Georgetown University, said that “plusieurs succès répétés pour prouver que le système est prêt à prendre en charge” commercial payloads will be necessary before crewed or sensitive missions launch.
Jared Isaacman described the milestone on X as “presque magique,” highlighting its relevance to ongoing lunar architecture timelines. Engineering teams must now inspect the recovered flight hardware to evaluate thermal protection wear and determine refurbishment intervals required for rapid turnaround operations.
