SpaceX Starship Flight 15 reaches orbit after aborting historic booster catch

Key points

• The Super Heavy booster was diverted to a splashdown in the Gulf of Mexico instead of being caught by the launch tower’s mechanical arms, marking the first failed attempt to recover this stage after three previous successes.
• The upper stage, designated Ship 42, successfully entered orbit and deployed 26 Starlink V3 satellites, including three equipped with cameras to monitor the heat shield.
• SpaceX is evaluating whether to attempt a landing of the upper stage at Starbase on November 14, which would be the first time the company attempts to catch the upper stage from orbit.
• The mission is part of a 22-hour test flight designed to validate full reusability, a critical requirement for NASA’s Artemis III moon landing mission scheduled for 2028.
• NASA Administrator Jared Isaacman congratulated SpaceX on the launch, noting the importance of on-orbit Starlink capability for future Artemis missions.

Background

This flight follows the September 2026 test, which was the first to reach orbit but did not attempt to recover any stages. Previous test flights had successfully caught the Super Heavy booster three times, but the upper stage had always splashed down in the ocean. The current flight is the first attempt to recover both stages, a milestone necessary for the economics of full reusability. SpaceX has faced engine issues in prior flights, including an engine shutdown during the September test that prompted Elon Musk to override initial abort protocols. The company is also developing in-orbit cryogenic refueling capabilities, which are essential for lunar missions but have not yet been demonstrated.

How outlets are covering it

CNN emphasized the technical challenges of the flight, highlighting the engine outage during the September test and the decision to proceed to orbit despite the issue. The outlet also noted the risks of orbital reentry and the importance of controlled returns. WCVB focused on the failure to catch the booster, describing it as a setback for the goal of full reusability, and noted that the upper stage will attempt a landing on Saturday. BBC reported on the aborted catch, emphasizing the safety priorities and the potential for the upper stage to be caught on Saturday. Space.com provided a detailed timeline of the mission, noting the 22.5-hour duration and the significance of the first full recovery of an orbital rocket. All outlets agreed that the upper stage’s success was a major milestone, but differed in their emphasis on the booster’s failure, with CNN and WCVB highlighting it as a significant setback, while BBC and Space.com focused on the overall success of the orbital insertion and satellite deployment.

Why it matters

The success of this flight is critical for SpaceX’s goal of full reusability, which is necessary for the economics of lunar and Mars missions. The failure to catch the booster is a setback, but the upper stage’s success in orbit and satellite deployment is a major milestone. The flight also tests critical technologies for NASA’s Artemis III mission, including in-orbit refueling and Starlink connectivity. The outcome will influence NASA’s decision on whether to use SpaceX’s Starship or Blue Origin’s lander for the Artemis IV moon landing in 2028. The flight also has implications for SpaceX’s plans to launch AI-computing satellites to orbit, which could circumvent environmental concerns about ground-based data centers.

What to watch

SpaceX will evaluate the upper stage’s condition during its 14 orbits around Earth and decide whether to attempt a landing at Starbase on November 14. If successful, this would be the first time the company catches the upper stage from orbit. The company is also planning to launch Starships from Florida within a few months and from Louisiana in a few years. NASA is working with SpaceX on in-orbit cryogenic refueling, with the first demonstration expected in early 2027. The outcome of this flight will influence NASA’s decision on the Artemis IV moon landing vehicle, with a decision expected a year before the mission.