SpaceX Super Heavy Booster Explodes in the Gulf After Aborting Historic Dual Catch Attempt

A massive Super Heavy booster from SpaceX’s Starship program exploded in a fiery ball over the Gulf of Mexico on Friday after aborting its planned mid-air capture by the launch tower’s mechanical “chopsticks” arms. The dramatic setback came during the company’s most ambitious test yet, which aimed to recover both stages of the world’s largest rocket in a single flight for the first time.

The towering rocket lifted off from SpaceX’s Starbase facility in South Texas at approximately 4:47 p.m. local time on November 13. Within minutes of stage separation, Booster 22, the upgraded Version 3 Super Heavy first stage, was supposed to return to the pad for a precise tower catch. Instead, onboard systems detected a guidance, navigation, and control (GNC) anomaly and automatically aborted the recovery attempt to protect the launch infrastructure.

SpaceX commentator Dan Huot described the sequence during the company’s live webcast: the booster was initially cleared for a catch, but later in its coast phase it self-aborted due to the detected GNC issue and switched to a contingency offshore landing. The vehicle then steered toward a designated zone in the Gulf, performed a brief hover during its landing burn, cut its Raptor engines, and triggered its flight termination system. It detonated just above the water roughly 6.5 minutes after liftoff, with remaining propellant producing a large secondary fireball on the surface. Video circulating online captured the booster descending with engines firing, visible from nearby beaches, before the sudden explosion.

This marked the first attempted recovery of a Version 3 Super Heavy booster. SpaceX has successfully caught three earlier Super Heavy boosters with the tower arms, but the larger, more capable V3 hardware had not yet completed a return. Officials emphasized that safety remains the top priority while testing new systems, and the abort prevented any risk to the launch pad or surrounding area.

While the booster recovery failed, the upper stage, Ship 42, achieved key objectives. It reached orbit for only the second time in the Starship program’s history, deployed a full load of 26 Starlink Version 3 satellites, and remains on track for a long coast of up to 14 orbits. SpaceX plans for Ship 42 to attempt the first-ever tower catch of an upper stage on Saturday afternoon Texas time, roughly 22.5 hours after launch, pending health checks of its heat shield, landing systems, and approach trajectory. Contingency options exist for an early ocean splashdown if controllers decide against the catch.

Elon Musk’s company has long framed full reusability of both stages as essential to drastically lowering launch costs and enabling frequent flights to the Moon, Mars, and beyond. A successful dual recovery on this flight would have been a historic milestone, the first time both stages of an orbital-class rocket were captured at the pad. The booster abort means that full-vehicle recovery is off the table for Flight 15, though the orbital success and satellite deployment advance other program goals.

SpaceX has not released a detailed public explanation of the specific GNC fault beyond the webcast comments, but the onboard abort functioned as designed. Nearby observers reported loud sonic booms as the booster descended and was destroyed. The company continues to iterate rapidly on Starship, with previous tests demonstrating progressive improvements in engine performance, stage separation, and reentry.

As of Saturday, Ship 42 remains in orbit with controllers monitoring systems ahead of the potential catch window. The outcome of that attempt will determine whether Flight 15 still delivers a major first in upper-stage recovery, even after the booster’s explosive end in the Gulf.