Updated

Updated · CNBC · Nov 13

SpaceX Launches 15th Starship Test With 26 Starlink V3 Satellites as Booster Catch Is Scrapped

Updated

Updated · CNBC · Nov 13

SpaceX Launches 15th Starship Test With 26 Starlink V3 Satellites as Booster Catch Is Scrapped

Q: Why did SpaceX abort the historic booster catch during Flight 15 despite three previous successes?

SpaceX aborted the Flight 15 booster catch because the vehicle did not meet the company’s pre-set safety and performance criteria for a tower recovery, even though Super Heavy catches had succeeded three times before. The key reason is that Flight 15 used a different booster generation, Super Heavy V3, making this a new configuration rather than a routine repeat of earlier catches. SpaceX had already indicated that both the booster and ship would only be recovered if internally defined, FAA-approved conditions were satisfied. When those conditions were not fully met during descent, the booster was diverted to a controlled splashdown in the Gulf instead of attempting a riskier catch at Starbase. Reporting on the mission also points to technical issues elsewhere in the flight, including an engine problem on the upper stage during ascent, underscoring that this remained a test mission with multiple systems under evaluation. More broadly, Starship recovery still depends on extremely tight margins in guidance, propulsion, engine reliability and landing precision. If any of those parameters fall outside tolerance, SpaceX’s standard approach is to forgo the catch. So the abort was not because SpaceX had lost the basic ability to catch a booster. It was because Flight 15 was testing a new booster version under stricter go/no-go rules, and SpaceX chose the safer fallback when the return profile did not justify attempting a tower catch.

3 articles · Updated · CNBC · Nov 13

SpaceX lifted off its 15th Starship test flight from Starbase at 4:47 p.m. local time, aiming to deploy 26 Starlink v3 satellites on the company’s latest orbital mission.
The flight had been billed as SpaceX’s first attempt to catch both the Super Heavy booster and upper-stage spacecraft at the launch site, but the company aborted the booster catch and diverted it to an ocean splashdown.
FAA authorization came earlier Friday, and the launch proceeded despite a later nationwide ground stop tied to communications problems at multiple air traffic control centers because Starship’s license was unaffected.
Starship is central to SpaceX’s longer-term Moon and Mars plans and to near-term Starlink expansion: the network already has more than 11,000 active satellites, and one Starship can carry up to 60 v3 satellites—about 20 times Falcon 9’s capacity.
The test comes as SpaceX faces fresh scrutiny over limits on its military-grade Starshield service in Ukraine, after President Volodymyr Zelenskyy said renewed restrictions hurt defenses against Russian aerial attacks.

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CNBC2h ago

SpaceX Launches 15th Starship Test Flight, Aims to Catch Booster and Deploy Starlink

Reuters14h ago

SpaceX launches 15th Starship flight with hopes of achieving first round trip | Reuters

Mashable15h ago

SpaceX aims to snatch both halves of Starship out of the air: watch it | Mashable

11 Sources

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SpaceX Starship Flight 15: Booster Recovery Abort, Starlink V3 Milestone, and Impacts on Artemis and Texas Policy

Overview

On November 13, 2026, SpaceX launched Flight 15 from Starbase, Texas, aiming for a historic double-catch recovery of both the Super Heavy booster and Ship 42 upper stage. However, automated safety systems aborted the booster’s return, leading to a controlled splashdown and explosion in the Gulf of Mexico. Meanwhile, Ship 42 reached low Earth orbit, deployed 26 advanced Starlink V3 satellites, and used inspection cameras to check its heat shield before a planned return. These Starlink V3 satellites, with high-speed laser links and massive bandwidth, support SpaceX’s vision for global internet and orbital AI computing. The mission highlights both the technical challenges of full reusability and the environmental and regulatory tensions surrounding SpaceX’s rapid expansion in Texas.

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