SpaceX (SPCX) finally put Starship into orbit, but the larger milestone may be what the rocket carried and what it means for a company that reached a $2 trillion market cap on its first day of trading.
During Starship’s 14th flight on Sept. 28, the massive launch vehicle reached orbit for the first time and deployed 26 operational Starlink V3 satellites.
However, one of Starship’s main engines shut down prematurely, according to Reuters, cutting a planned 10-hour mission to around three hours, yet SpaceX still achieved its most important goal. Amid this backdrop, Starship completed its first revenue-generating flight.
That is a positive development for SpaceX. Now, Starship is going beyond being a purely experimental program to a fully functional business model. SpaceX’s mission plan called for Flight 14 to deploy V3 satellites into Starlink and begin developing Starship into a fully and rapidly reusable vehicle.
That connection will matter on the income statement. SpaceX’s latest 10-Q SEC filing shows its Connectivity operation is already generating billions in revenue and operating profit, while the Space segment continues to lose money, absorbing heavy Starship development spending.
Flight 14 is offering the clearest way to show how one side of the business will help the other.
Starlink makes the financial case for Starship clearer
Starlink makes the financial case for Starship clearer
SpaceX reported $7.81 billion in second-quarter revenue, up 91.9% from $4.07 billion in the year-ago period. Connectivity accounted for $4.29 billion, including $2.49 billion from consumers and $1.81 billion from enterprise and government customers. More importantly, Connectivity generated $1.66 billion in operating income, while the Space segment incurred a $542 million operating loss.
Starlink’s consumer roster is also improving. SpaceX reported 12 million subscriber service lines as of June 30, double the 6 million reported a year earlier, although average monthly revenue per subscriber fell to $66 from $85 as international expansion and cheaper plans shifted the consumer mix.
Additional network capacity is increasingly important as SpaceX tries to grow through scale.
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SpaceX designed V3 satellites specifically for that challenge. Starlink says each V3 can provide 1 Tbps of downlink capacity and 160 Gbps of uplink capacity, which is approximately 10 and 22 times the respective capacities of V2 satellites. Pairing those satellites with Starship’s much larger payload capacity will help SpaceX increase network capacity considerably faster than it can with Falcon 9 alone.
Starship is becoming useful before it becomes reliable
Flight 14 also explained why SpaceX cannot treat reaching orbit as the final goal. The premature engine shutdown initially led the company to believe Starship might not reach orbit at all, while some Super Heavy engines also ceased operating during the booster’s descent, according to Reuters. Engineers ultimately recovered enough capability to reach orbit and deploy every satellite, but the mission ended about seven hours earlier than expected.
Those technical difficulties come with a very high price tag. SpaceX spent $1.08 billion on space-segment research and development in Q2, up 55.3% year over year, attributing the increase primarily to higher costs for Starship production, engineering, and launch and testing. First-half Space R&D touched $2.01 billion, up 64.6%.
SpaceX nevertheless has a healthy amount of cash to spend on these projects. It reported $93.52 billion in cash and cash equivalents at the end of June, plus $6.49 billion of marketable securities. SpaceX’s 10-Q filing also shows that the company placed 1,041 metric tons into orbit during the first half, but only 132 tons were from customer payloads, underscoring how heavily the company’s launch infrastructure is already supporting its businesses.
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NASA adds another reason reliability matters. The agency is developing a lunar Starship Human Landing System with SpaceX for Artemis III and Artemis IV, and says SpaceX must complete an uncrewed demonstration before astronauts get their hands on the lander. NASA also said in July that Starship Version 3 will become the bedrock of the HLS vehicle for planned lunar missions.
SpaceX just turned a test flight into a real business
SpaceX investors now need Starship to become predictable
Flight 14 ended up mixing things up and changing the Starship story, thanks to the rocket doing well economically, even though it is still technically unfinished. It reached orbit and expanded the Starlink network, whose Connectivity segment is already responsible for more than half of SpaceX’s quarterly revenue and almost all of the operating profit generated by its reported segments in Q2.
On one side, the engineering issues are causing headaches; on the other, the regulatory issues are as well. The FAA’s Sept. 28 operations are scheduling operations for Starship Flight 14, but are receiving warnings of possible Gulf and oceanic route closures.
For shareholders, the next milestone is not as exciting as reaching orbit. SpaceX needs Starship to be sufficiently trustworthy to boost deployment capacity as development costs and operational surprises fade into the background.
If that happens, Starship could accelerate Starlink’s growth while backing NASA missions and other business segments. Flight 14 did not prove SpaceX has reached that point, but it showed why attaining these milestones matters: Starship is being set up to expand the profitable businesses that can ultimately justify the gargantuan cost of building Starship itself.
