SpaceX Starship test supports IPO case as reusability risks persist

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SpaceX Starship test and IPO

Highlights

SpaceX's V3 Starship test achieved most major objectives, demonstrating satellite deployment and controlled splashdown, but Super Heavy booster failed landing after $15 billion investment.
Investors view the latest test as sustaining momentum for a potential $80 billion IPO, despite full reusability and end-to-end reliability not yet proven.
Ongoing execution risks, including development delays and missed cost targets, could impact Starlink expansion, space-based AI infrastructure, and megaconstellation deployment plans.

Starship progress before the offering

As reported by Reuters, SpaceX's upgraded Starship test flight on Friday succeeds on most major objectives, giving investors fresh evidence that the company is moving closer to a fully reusable launch system ahead of its expected IPO. The V3 iteration deploys mock satellites and completes a controlled splashdown in the Indian Ocean, although the Super Heavy booster fails to make a controlled landing and tumbles into the Gulf of Mexico.

SpaceX has spent more than $15 billion developing Starship, which it hopes will carry much larger payloads than current launch systems while sharply reducing launch costs. Analysts and investors say that even without a flawless result, the test helps preserve momentum behind an offering that could raise as much as $80 billion and become the largest IPO on record.

Mark Vena, CEO of SmartTech Research, says the company did not need perfection from this flight but needed proof that the upgraded vehicle is moving in the right direction. James Bruegger, chief investment officer at Seraphim Space, says full reusability remains the main factor in unlocking much lower launch costs and the deeper value case for investors.

Execution risks still shape valuation

Starship is a critical part of SpaceX's broader business model because it underpins cheaper launches, the expansion of Starlink, and future plans such as space-based computing, orbital AI data-center satellites and human missions to the moon and potentially Mars. At the same time, the company has warned in its IPO filing that development delays or missed cost targets could slow deployment of next-generation satellites and AI infrastructure by raising costs.

Some investors remain concerned that Starship could fall into a cycle of fixes and new failures without proving a full end-to-end operating system at scale. Jesse Nacht of MarketVector Indexes says the latest launch reduces the downside case that Starship is stuck in a failure loop, but does not remove execution risk unless a seriously catastrophic setback occurs.

Antoine Grenier of Analysys Mason describes the result as a lukewarm success and says that may be the best outcome before the listing, because a total failure would have been damaging while a total success could have overheated IPO expectations. Analysts add that SpaceX still needs to show reliable large-scale operations, including successful launch, payload deployment, orbit performance and touchdown of both the booster and vehicle, before Starship can fully support deployment of a megaconstellation of orbital data centers.

Our earlier coverage of NASA’s first commercial Moon Base infrastructure contracts explained how the agency is starting to build out equipment for a planned lunar base near the south pole, with major awards going to Blue Origin and other partners. We also noted that SpaceX was not part of that initial contract round but remains in contention for the 2028 astronaut landing mission, underscoring how Starship’s development trajectory feeds into both mission selection and broader market expectations.

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