SpaceX achieved a significant milestone when its Starship rocket successfully reached orbital altitude for the first time. The vehicle lifted off from the company’s Starbase facility in Texas and, despite encountering an engine failure during ascent, mission controllers proceeded with a burn that placed the spacecraft on a trajectory circling the planet. The decision to continue with the orbital attempt drew cheers from SpaceX personnel, with an engineer announcing “Starship is in orbit” after the maneuver was completed.
The Starship system reached an altitude of approximately 171 miles and was originally planned to complete six orbits over nearly 10 hours before splashing down in the Pacific Ocean west of Chile. SpaceX later adjusted the mission plan, bringing the spacecraft back for an earlier landing in the north Pacific roughly three hours after launch. The rocket, which stands over 120 meters tall and consists of the Starship upper stage mounted on the Super Heavy booster, required traveling at approximately 28,000 kilometers per hour to remain in orbit.
This orbital achievement marks a transition from earlier test flights, which had only attempted suborbital trajectories carrying lower risk profiles. The successful mission carries significance for both SpaceX and NASA, which plan to use Starship to transport astronauts to the moon as part of future lunar exploration efforts. During the flight, the Super Heavy booster completed a controlled return to an offshore landing zone in the Gulf of Mexico. Engineers had made modifications to the rocket’s hardware and software following the previous test flight in 2024, when the booster experienced engine performance issues during its return sequence.
The mission also saw Starship deploy 26 next-generation Starlink satellites, with three equipped with cameras to document the spacecraft’s heat shield for analysis. Upon re-entry, Starship employed aerodynamic flaps to manage its descent and performed a controlled landing sequence before impact. The achievement comes as the company pursues CEO Elon Musk’s objective of developing fully reusable rocket systems to reduce turnaround times and lower costs for future space operations.
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