SpaceX’s Starship test successfully reaches space, deploys satellites after record-breaking IPO

SpaceX just pulled off its 13th Starship flight test, sending the world’s largest rocket to space and deploying 20 Starlink V3 satellites along the way. The July 24 launch from Starbase, Texas, was the company’s first Starship mission since its blockbuster IPO in June, and it went about as well as shareholders could have hoped.

For a company that raised approximately $86 billion in what became the largest IPO in history, sticking the landing on a high-profile test flight is the kind of thing that keeps investor confidence from evaporating.

What actually happened during Flight 13

The V3 Starship/Super Heavy vehicle launched on a suborbital trajectory, carrying 20 operational Starlink V3 satellites. These were the first fully functional V3 variants ever carried by Starship, designed to test enhanced network capabilities and faster speeds for SpaceX’s satellite internet constellation.

The mission hit several technical milestones. SpaceX successfully relit its Raptor engines while in space, a capability that’s essential for future orbital missions and any serious talk about Mars. The upper stage achieved what the company described as its “softest splashdown” to date, executing a controlled descent into the Indian Ocean.

The Super Heavy booster completed a water landing in the Gulf of America. Initial launch attempts were aborted due to engine issues before the successful flight.

The road to Flight 13

Across 12 prior Starship flights, SpaceX logged 8 successes and 5 failures, according to Wikipedia’s tracking. Flight 12, conducted on May 22, 2026, was the first time SpaceX deployed any Starlink satellites from Starship, though those were modified units primarily intended for heat shield inspection rather than full network service. Flight 13 represented a significant step forward by carrying production-grade V3 hardware.

Why crypto and tech investors should care

The Starlink angle is particularly relevant for anyone tracking the intersection of technology infrastructure and decentralized networks. Starlink V3 satellites promise significantly enhanced speed and capacity, expanding the reach of high-bandwidth internet to areas where traditional infrastructure doesn’t exist. Decentralized networks, blockchain validators, and crypto mining operations in remote locations all benefit from more reliable, faster satellite internet coverage.

SpaceX still hasn’t achieved rapid turnaround between Starship flights, which is the ultimate unlock for cost reduction. The company needs to go from months between tests to days or weeks between operational flights for the economics to truly transform the launch industry.

For investors watching SpaceX’s public market performance, the next milestones to track include whether the company attempts a booster tower catch on upcoming flights, how quickly it can iterate toward Flight 14, and whether the deployed Starlink V3 satellites perform as expected in operational testing.

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