SpaceX's Orbital Pivot: Why Data-Center Headwinds on Earth Could Become a Launchpad in Space

Morgan Stanley analyst Adam Jonas has floated a counterintuitive idea: mounting resistance to data centers on the ground might actually strengthen the case for computing capacity in orbit. For investors, that reframing is the real story — the question is whether SpaceX can turn a siting headache into a competitive edge.

Jonas's argument flips the location risk on its head. What makes terrestrial facilities harder to build could make orbital projects more attractive by comparison. That shift in perspective matters because it points to a possible relocation of infrastructure. SpaceX stands to benefit — provided it can make its orbital ambitions economically viable.

A Texas Footprint With a $24 Billion Price Tag

The company isn't waiting on the heavens alone. SpaceX is pursuing a planned gas-fired power plant paired with a large computing facility in Starbase, Texas. Reuters put the estimated investment for the first phases at $24 billion. The city commission is expected to take up a requested property-tax abatement and an associated economic development agreement on December 9.

What makes this project a real test for shareholders is the interplay of energy supply, computing capacity and municipal decision-making. SpaceX is betting on a major ground-based site, with the orbital angle sitting alongside it as a second avenue of development. That breadth counts in the company's favor — as long as each piece clears its own economic and regulatory hurdles.

The city commission date deserves more attention than another round of futuristic slogans. It represents a concrete piece of the siting puzzle. The public notice discloses neither the generating capacity nor the scale of the computing hardware. The venture only becomes economically convincing once investment size and usable output can be assessed side by side.

Owning the assets outright raises the stakes. SpaceX would build, own and operate the facilities itself, concentrating responsibility on its own balance sheet. That combination matters more than the headline dollar figure: the company intends to hold these assets for the long haul. The approach works in SpaceX's favor only if the cost of building its own infrastructure can be justified by how that infrastructure is used. And because the $24 billion covers just the early stages, investors should treat the project as a multi-phase buildout whose quality will be judged on how construction and operation fit together — and on the benefit the facilities actually deliver.

Flight 15 and the Case for Execution

A similar yardstick applies to the latest Starship announcement. SpaceX said on Saturday that on Flight 15 it aims for the first time to return the upper stage to Starbase and catch it with the launch tower. A catch attempt with the Super Heavy booster is planned as well.

The flight profile calls for a passively safe suborbital trajectory first; only afterward will the decision on entering orbit be made. That sequencing is central to judging the effort — SpaceX is describing a test with a built-in decision point. A successful catch would mark operational progress, assuming the announced return and recovery go as planned. For investors, the flight and the Texas buildout share a common test: in-house assets and technical ambition only earn their value through successful execution.

Qualcomm Fills In the Terrestrial Side

The supplier relationship rounds out the picture. Qualcomm said on November 4 that SpaceX had selected its Dragonwing radio and processing platforms, along with software, for the U.S. terrestrial 5G network of Starlink Mobile. Rollout is expected to begin in 2027, with equipment planned for tens of thousands of sites.

Here SpaceX is leaning on a partner's technology rather than building everything itself. That division of labor is worth watching: in-house infrastructure makes sense where it delivers a durable payoff, while partnerships make sense where they move a given project forward. The company's investment story now spans computing capacity, energy projects and mobile infrastructure — and each demands a different set of checks. A municipal vote answers different questions than a network rollout or the realization of orbital computing plans.

The sensible benchmark, then, is operational. The planned asset ownership concentrates responsibility, the Starship attempt demands technical results, and the mobile project needs a successful buildout. Breadth argues for SpaceX only if it can handle these disparate tasks on both the economic and engineering fronts. The next tangible checkpoint is the Starbase hearing — and the stock reflected some of that optimism, gaining 5.2% in the prior session.