SpaceX’s business is increasingly defined by infrastructure rather than rockets alone. The company reported $14.6 billion in third-quarter revenue, up 161% year over year, while its “super intelligence” business generated roughly $7.6 billion, outpacing connectivity revenue in some reported breakdowns. Executives have described AI as an accelerating force inside the company, including in engineering and manufacturing processes. That shift is reshaping the investment case around computing capacity and connectivity as much as launch services 2.
The immediate test is Starship Flight 15, scheduled for Nov. 13 at Starbase, where SpaceX plans to attempt catches of both the Super Heavy booster and the Ship upper stage. The mission is also expected to deploy 26 Starlink V3 satellites, with Ship’s return planned roughly 22 hours after launch. A successful dual recovery would strengthen the case that Starship can eventually lower launch costs and accelerate satellite deployment, but the upper stage has never been caught and Flight 14 ended early after an engine problem. The mission includes ocean-splashdown alternatives, underscoring that technical progress and safety contingencies remain intertwined 3 .
SpaceX is also seeking a larger role in wireless service, not merely satellite connectivity for existing carriers. The FCC’s acceptance of its application to buy 800 MHz spectrum from Grain Management opens the proposed $8 billion transaction to public comment, but does not constitute final approval. The lower-frequency licenses could improve direct-to-device coverage, while the company’s broader carrier ambitions may complicate relationships with telecom partners and create openings for alternatives such as AST SpaceMobile. Meanwhile, Starlink’s U.S. upload speeds and latency improved, but download speeds remained below major fixed-wireless and fiber providers, and capacity could be strained as adoption grows 5 6 .
The scale of SpaceX’s computing and energy plans raises the stakes for both execution and financing. The company reported $19.6 billion in quarterly capital spending and has indicated another $35 billion to $40 billion may be spent in the following quarter, largely to expand AI capacity. Its plans include a proposed Texas computing and power complex, as well as solar-cell manufacturing equipment intended to support satellite production and orbital computing ambitions. Forecasts for future revenue diverge sharply: management has described ambitious growth scenarios, while analysts and company leadership have also acknowledged that cheaper computing, lower prices, or regulatory delays could weaken the economics 8 9 10.
Those plans are unfolding amid political and market uncertainty. Texas Governor-elect Gina Hinojosa has signaled a more conciliatory stance toward Elon Musk after campaigning against a land deal near Boca Chica, but has also called for a pause on new data-center approvals pending stronger protections. SpaceX shares have traded below their early post-IPO highs, and the Dec. 8 lockup milestone could add tradable supply just as investors assess the company’s spending and growth assumptions. The result is a company with powerful operating momentum but increasing exposure to permitting decisions, public sentiment, and investor expectations 11 12.
The next phase of SpaceX’s story will depend on whether it can turn ambitious plans into reliable, cash-generating infrastructure. Starship’s performance will influence the pace of satellite expansion, while spectrum access, energy supply, and data-center approvals will shape its reach beyond space. Strong growth provides room to invest, but the company’s expanding ambitions also make disciplined execution and regulatory acceptance increasingly important.