SpaceX's Starship prototype sank into a fireball on the Atlantic Ocean on Monday, ending a test flight after just 90 minutes instead of the planned ten‑hour orbital run.
Fireball erupts as the vehicle hits the water
Video released by the BBC showed the nose of the massive rocket erupting in flames as it struck the sea, a stark contrast to the controlled splashdowns the company has demonstrated in earlier tests. The blaze lasted only a few seconds before the vehicle was extinguished by the cold water.
SpaceX said the vehicle suffered an "anomaly" during re‑entry, prompting the automatic abort sequence that directed the craft to a rapid ocean landing.
Mission plan cut short
The flight, launched from Boca Chica, Texas, was intended to climb to sub‑orbital altitude, perform a series of engine burns, and then remain in orbit for roughly ten hours before a controlled descent and splashdown. Instead, telemetry showed a premature loss of thrust and a steep re‑entry angle, forcing the vehicle to skip the orbital phase.
According to SpaceX, the test was part of a broader schedule to certify Starship for crewed missions to the Moon and, eventually, Mars. The company has already completed several high‑altitude hops, but this was the first attempt at a long‑duration orbital profile.
Reactions and next steps
NASA, a partner in the Artemis programme that plans to use Starship for lunar landings, issued a measured statement noting that "the investigation will be thorough and will inform future flight decisions." Analysts at Morgan Stanley said the setback could delay the first crewed Starship launch, now pencilled in for late 2027.
SpaceX engineers are expected to retrieve the wreckage within 48 hours, according to the company’s launch director. The data recovered will be examined to pinpoint the cause of the re‑entry failure, a process that could take weeks.
Industry observers point out that while the fiery splashdown is a setback, it is not unprecedented in the development of new launch systems. The Saturn V, for example, suffered a launch abort in 1967 before achieving its historic Moon missions.
In the meantime, SpaceX plans to proceed with a smaller, uncrewed Starship flight later this year, using the lessons learned from the fireball incident to refine thermal protection and guidance software.
The episode underscores the high‑risk nature of building a fully reusable, super‑heavy launch vehicle, and it will likely shape the timetable for both commercial and government missions that depend on Starship’s performance.
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