SpaceX Starship reaches orbit after booster explosion ends double catch attempt

SpaceX's ambitious mission to recover its entire Starship vehicle was partially derailed on Friday when the first stage booster exploded in the Gulf of Mexico. Although the failure prevented the company from achieving an unprecedented double catch, the upper spacecraft continued its trajectory and successfully soared into orbit. This event marks the boldest test yet for the massive rocket system.

Following liftoff, the booster was diverted to a point offshore rather than returning to its Texas launch pad. Despite this setback, the upper stage pressed on with its mission. Barring further complications, the spacecraft is scheduled to steer back toward the launch site on Saturday. The entire flight could last as long as 22 hours.

This mission represents the first time Starship has attempted to return to the pad from orbit. The plan involves capturing the vehicle in midair using mechanical arms attached to the launch tower. The loss of the booster meant that Elon Musk's company missed the opportunity to retrieve every single piece of the rocket, a feat that has not been achieved anywhere in the world. Musk views full reusability as essential for achieving the rapid and consistent launch rates required to build moon bases and send humans to Mars.

Shortly after reaching orbit, the Starship deployed 26 of the company's most advanced Starlink satellites. The spacecraft is expected to complete 15 laps around the Earth at an altitude of approximately 170 miles, or 275 kilometers, before heading back to the launch site for the planned recovery on Saturday.

The miss was particularly surprising because SpaceX had previously completed three successful booster grabs at the Starbase facility near the U.S.-Mexico border. Kate Tice, a SpaceX launch commentator, noted that the outcome was not what the team had hoped for. She explained that the decision was consistent with rigorous safety checks designed to protect the pad, though no specific explanation was provided for the malfunction.

The failed booster was the first attempt to capture the upgraded version of the first stage, which stands 236 feet, or 72 meters, tall. This production model is intended for future moon and Mars expeditions. It is also the first attempt to catch the spacecraft itself, which measures 171 feet, or 52 meters, in length. Together, these stages form the largest and most powerful rocket in the world, with a combined height of 407 feet, or 124 meters.

Historically, the spacecraft portion of the previous 14 Starship flights ended in the ocean, either by design or due to accidents involving flaming wreckage. During the first full-scale test flight in 2023, multiple engine failures led to the activation of the self-destruct system. The most recent test in September was the first to reach orbit, but SpaceX did not attempt to recover any rocket stages at that time.

SpaceX plans to begin launching Starships from Florida within a few months and from Louisiana in a few years. Kiko Dontchev, vice president of launch, stated at a recent NASA tech summit at Kennedy Space Center that scaled infrastructure and full reusability are key to increasing launch frequency from zero to potentially 100,000 missions. He emphasized that while Falcon rockets are still not fully reusable, Starship will be caught in both its first and second stages.

NASA is paying SpaceX billions of dollars to land Artemis astronauts on the moon using Starships. Jeff Bezos' Blue Origin is the other major competitor in this space. NASA expects to decide a year before the Artemis IV lunar landing whether to use Starship or Blue Moon for the surface descent. This will be the first crewed moon landing in over half a century.

During the Artemis III mission scheduled for next summer, astronauts will practice docking their capsule with both a Blue Moon and a Starship in Earth orbit. This exercise will prepare the crew for a potential moon touchdown as early as 2028. NASA Administrator Jared Isaacman expressed anticipation for the on-orbit Starlink capabilities demonstrated during the Artemis III mission via the social media platform X.