SpaceX Scrubs First Launch of Starship V3 Rocket SpaceX’s most powerful Starship yet came within seconds of launch in South Texas, only to be halted by a small but critical piece of hardware—highlighting both the fragility and importance of ground systems in next‑generation rocketry.

On Thursday afternoon, May 22, SpaceX began fueling the first Starship Version 3 vehicle at its Starbase site near the US‑Mexico border. Ars Technica reported that the company “got within 40 seconds of launching the first flight of a taller, more powerful version of its Starship rocket Thursday,” before a problem with the launch tower “kept the vehicle bound to Earth for at least one more day.”

The countdown initially appeared smooth as propellants flowed and weather cleared, but the clock suddenly paused at T‑40 seconds. According to the report, the computer controlling the sequence repeatedly stopped the clock, forcing five separate holds before the attempt was finally scrubbed. On the official webcast, SpaceX commentator Dan Huot told viewers the team would be “standing down from a launch” after working through multiple holds with a fully fueled vehicle.

As the launch drama unfolded, Elon Musk had earlier signaled confidence, posting, “Starship V3 first flight countdown starting” on X. After the scrub, he clarified the cause: “The hydraulic pin holding the tower arm in place did not retract. If that can be fixed tonight, there will be another launch attempt tomorrow at 5:30 CT.”

Industry observers framed the delay as routine for such an ambitious upgrade. Ars Technica’s weekly Rocket Report noted that SpaceX was “foiled by a ground system issue” but stressed that “such delays are to be expected, with almost entirely new hardware on both the rocket and the ground side of things.” The same report underscored the stakes: this Starship V3 flight is pivotal for NASA’s lunar plans and for broader US access to low‑cost heavy‑lift launch.

With another 90‑minute launch window opening as soon as Friday evening, SpaceX now faces a race to repair the faulty umbilical mechanism and demonstrate that its redesigned super‑rocket—and the infrastructure beneath it—are ready for flight.

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