SpaceX launched its upgraded Starship V3 on its 12th flight from Starbase, Texas, successfully deploying mock satellites before returning to Earth [1, 2].
The mission served as a critical test of the next-generation vehicle's capabilities, specifically focusing on satellite deployment and the recovery of the spacecraft during re-entry [1, 4].
The flight took place on Friday, May 22, 2025 [2, 4]. While the upper stage of the vehicle returned to Earth largely unscathed [3], it lost one engine during the mission [4]. The spacecraft eventually splashed down in the Indian Ocean [2].
The Super Heavy booster did not share the same success. According to Bloomberg Television, the booster spun out of control and broke apart over the Gulf of Mexico [1].
"SpaceX’s upgraded Starship successfully deployed mock satellites and returned to Earth largely unscathed, though its booster spun out of control and broke apart over the Gulf of Mexico," Bloomberg Television said [1].
This iteration of the Starship program aimed to demonstrate that the V3 architecture could handle the stresses of orbital deployment, and atmospheric re-entry. The loss of the booster highlights ongoing challenges in the recovery and reuse of the massive first-stage rocket, even as the upper stage achieves more stability.
“The next-generation vehicle returned to Earth after a Texas launch”
The partial success of Flight 12 indicates a widening gap between the reliability of the Starship upper stage and the Super Heavy booster. While the deployment of mock satellites suggests the V3 architecture is becoming viable for commercial and government payloads, the booster's failure underscores the difficulty of achieving fully reusable rocket technology at this scale.
