Will Starbase Louisiana get the backlash it deserves?

After months of coordinating through non-disclosure agreements (NDAs), Louisiana Governor Jeff Landry announced plans to build a spaceport, “Starbase, Louisiana”, in the coastal marshes of the Bayou State. Landry announced on August 25, 2026 that SpaceX would commit an eye-popping $100 billion in capital investment in Vermillion Parish, an area with a population of slightly over 57,000 people and a local economy that relies heavily on oil and gas extraction, agriculture and fisheries. 

According to Louisiana Economic Development, the state agency responsible for strengthening the state’s business environment, Starbase, Louisiana is expected to create 3,000 direct jobs with high wages 192% above the local average and an additional 8,100 indirect job opportunities for local contractors and vendors.

But does the hype around the economic vision lead to economic success? SpaceX expects the spaceport to support “thousands of Starship flights a year.” To put this in perspective, there were only 329 total orbital launches on a global basis in 2025. Louisiana, then, is taking a high-stakes risk of supplying a three-fold spike in global launch from just one location.

Even if SpaceX manages to reach 1,000 annual launches from Vermillion Parish, what is this huge demand for? The answer is that Spaceport Louisiana is strategically positioned for south-bound rocket trajectories toward Sun-synchronous, polar orbit—a valuable positioning for orbital data centers (ODCs), which would aim to use the 24/7 sunlight available there to fuel energy-intensive computing. 

But, terrestrial data centers may improve so quickly in the near future that ODCs become obsolete. According to the International Energy Agency (IEA), data center electricity consumption is expected to double to around 945 terawatt-hours by 2030, but energy efficiency improvements are also occurring at a rapid pace across hardware, software, and cross cutting solutions, such as: AI accelerators, photonic integrated circuits, energy-efficient memory and low power processors, energy-efficient algorithms, task-specific models, edge computing, virtualization, intelligent energy management quantum computing, and neuromorphic computing.

That said, can we reasonably expect capital- and resource-intensive data center operations to expand into space? Introducing new technology into on-orbit systems faces severe environmental, logistical, and physical barriers which may result in ODCs lagging behind terrestrial data centers. Bottom line – ODCs are unproven and highly speculative. The likely failure of the ODC concept could precipitate a collapse of the mega-constellation hype-cycle. For now, the media buzz and investor optimism is out-pacing the harsh realities of extremely complex, capital-intensive orbital infrastructure and its own unintended environmental burdens. Eventually, ODCs and the spaceports built to launch and support orbital data infrastructure will be viewed as “white elephants,” costing billions to build and maintain with little to no payoff.

Meanwhile on Earth, the opposition to terrestrial data centers in the United States has reached a fever pitch as local governments deal with the negative consequences: massive energy consumption, heavy water usage, air and noise pollution, impacts to ecosystems, and habitat loss. Even conservative Texas Governor Greg Abbott commented that terrestrial data center planners have “dug their own grave” and that “they got the backlash they deserve.” Abbott recently ordered a moratorium on any new Texas data centers from connecting to the state’s electrical grid until state regulators complete a review of their energy and water usage.

Those same regrets may well follow Starbase, Louisiana, which demands huge swaths of coastal marshland and imposes significant degradation of already-endangered wetlands and wildlife, and community impacts like noise, dust, and increased traffic. Where was public input on the foreseeable effects? The spaceport site selection process itself was cloaked in secrecy and NDAs, and locals assert they were “left in the dark about the plans.”

Adding insult to injury, the announcement coincides with the White House’s and Federal Aviation Administration’s recent attempt to remove longstanding environmental review guardrails. The FAA’s newly-proposed rule would allow the Secretary of Transportation “to eliminate or expedite environmental reviews and other obstacles from licenses to operate launch and reentry vehicles, license to launch and reentry sites, and experimental permits.”

Situated on 128,000 acres of land previously owned by Exxon Mobil and turned over to the State of Louisiana and now leased to SpaceX, Starbase Louisiana, under the FAA’s new rule, would be exempt from the reach of existing environmental laws intended to protect citizens, resources, wildlife, and ecosystems. Prior to the proposed new rule, the FAA considered the impact of its actions on the environment and community through the National Environmental Policy Act (NEPA) process. NEPA review allows opportunities for locals, concerned citizens, and regulatory agencies to weigh in on the potential impacts of increased launch cadences and site construction. Until the rulemaking is decided upon with further guidance from the FAA, the future applications of environmental law for launch and reentry, both in Starbase, Louisiana and across the country, remains uncertain. 

Ultimately, Louisiana could be stuck with two unfavorable options, either an abandoned spaceport site or a terrestrial data center to make up for the likely economic loss of a failed space venture. And that deserves more than just backlash. It deserves full transparency and accountability for the people, economy, and environment of Louisiana.