The New Texas Frontier: Building a Commercial Space Economy

From extraordinary missions to repeatable services

Texas offers businesses in the space industry an unusual combination: launch, manufacturing and mission control in one state, backed by public investment and a legal framework written with the industry in mind. On 28 September 2026, SpaceX’s Starship reached orbit from Starbase for the first time and deployed 26 Starlink V3 satellites. Ten days later, Blue Origin announced Constellation Park, a planned satellite and communications manufacturing campus in Hutto, outside Austin.

The law is part of the attraction. Chapter 100A of the Civil Practice and Remedies Code protects qualifying space businesses, including specified manufacturers, suppliers and property owners, against certain nuisance claims and injunctions. A 2025 amendment expressly recognises the reciprocal waivers used to share risk in federally licensed launches.

For a business, the advantage is that much of a delivery chain can be found within one state. The question is whether it can be used. Can a company get the testing slot it needs? What does a reservation actually secure? If a supplier falls behind or a ground network goes down, who can put things right, and who pays while they do? Statutory protection and public investment help, but the answers usually sit in the agreements between the companies doing the work.

This article looks at what Texas offers a space business and what a company should confirm before relying on it: the law, the conditions attached to public money, the terms of access to shared and publicly funded facilities, and the contracts that turn separate capabilities into a service a customer can buy.

An Ecosystem Organised Around Capabilities

Texas’s space industry extends from building spacecraft to launching them and directing their work once they leave the ground. Starbase provides the most visible launch activity, while Central Texas supports the development and manufacture of launch vehicles, lunar landers and orbital vehicles. Satellite manufacturing and communications add another part of the picture, with projects extending from Hutto and Bee Cave to the Midland Spaceport Business Park.

Houston supplies an essential part of that landscape. NASA’s Johnson Space Center combines mission control with astronaut training, mission planning and engineering support. Its controllers monitor the International Space Station and oversee Artemis missions during their journeys to the Moon and back. This is not simply the historical backdrop to the commercial industry – it is an operating centre for human spaceflight.

Commercial production and control sit alongside that federal role. At Houston Spaceport, Intuitive Machines’ Lunar Production and Operations Center brings mission control rooms, spacecraft assembly, clean rooms and propulsion testing into one facility. Its ground lease with Houston Airports supports facilities serving commercial and government contracts. The landscape therefore includes federal operations, private businesses and arrangements in which public facilities support privately delivered services. Those relationships are part of how the industry works, not a separate category at its edges.

A smaller supplier may need a test chamber more urgently than a launchpad; a research customer may care most about payload handling and data return. Both need access they can plan around. For them, the value of the Texas ecosystem depends on whether its separate facilities and businesses can support a service they can sell.

Texas Is Writing the Law for a Working Space Industry

Texas’s investment in space is not confined to facilities and grants. The state has also addressed the legal risks of building, testing and operating the equipment. Chapter 100A of the Civil Practice and Remedies Code expressly includes research, development, testing and manufacturing within its definition of spaceflight activities. Its coverage extends to specified suppliers, property owners and public entities, subject to federal authorisation requirements and, for specified suppliers, Federal Aviation Administration (FAA) review. The law recognises that a space industry needs more than just a launch operator.

The significance for Texas is that the law addresses the industry on the ground as well as the flight itself. Nuisance claims, injunctions and property agreements can determine whether a company can keep testing equipment or continue operating a facility. By addressing those questions expressly, Texas gives businesses something concrete to assess before they choose a site or commit capital. The legal framework belongs in the same picture as the launch sites, factories and mission control rooms.

Section 100A.002 shields qualifying entities from nuisance claims arising from testing, launching, re-entering and landing, and it precludes injunctive relief (a court order stopping or limiting an activity) with respect to spaceflight activities. For an operator concerned about interruption, the restriction on injunctive relief is particularly consequential. The section preserves government enforcement of valid statutes and regulations, and liability for breach of a contract for the use of real property.

These protections change the operator’s litigation exposure. The operational questions remain – ie, regarding how a site coexists with neighbouring land uses, what the operator has promised its landlord and customers, and what regulators can still require.

Protection against participant-injury claims is narrower. The participant must sign the agreement required by Section 100A.003 and give the written consent that federal law requires, and the statute preserves liability for gross negligence evidencing wilful or wanton disregard for safety and for intentional injury. A business should identify the entity, activity and claim at issue before relying on any of these protections, and price the remaining exposure through insurance and contract.

The framework has continued to develop. In 2025, Texas expressly recognised reciprocal waivers under 14 CFR Section 440.17, in which the parties to a licensed launch or re-entry each agree to bear their own covered losses rather than pursue one another. The recognition extends to waivers involving contractors, subcontractors and customers. The Legislature was addressing a specific concern: whether the risk-sharing arrangements used in commercial spaceflight would receive effect under state law. That is a useful form of legal development. It gives businesses a statutory answer to a question they would otherwise have to assess through less certain sources.

The federal rule requires those waivers to be passed down into contracts with specified customers, contractors and subcontractors, and imposes indemnification obligations when a party fails to pass them down properly. Claims resulting from wilful misconduct remain outside the federal waiver regime.

The waiver allocates covered losses; it does not keep a service running. Where delivery depends on several companies, the contracts also need to establish who can act when something goes wrong, what help the others must provide and who funds the work. A promise to restore service means little if the company holding the equipment or information has no obligation to help.

FAA guidance makes the distinction explicit: the waiver requirement does not preclude separate contractual provisions addressing mission requirements.

State Protection and Federal Permission

Federal regulation is changing too. The FAA completed its transition to Part 450, its consolidated licensing rules for launch and re-entry, in March 2026, while the Office of Space Commerce has been developing and piloting a proposed process for novel in-space activities. Texas is not replacing those permissions. It is doing a different job: addressing state-law exposure and recognising commercial risk-sharing arrangements while federal authorities continue to develop the rules for conducting the missions themselves.

When the FAA completed its environmental review of additional Starship contingency landing areas in September 2026, it noted that SpaceX still required a separate licence modification. Texas can improve the conditions for investment. Its statutory framework applies within its scope; federal permissions and the governing agreements must be assessed for each activity and participant. The agreements must allocate operating responsibilities within applicable legal and safety constraints.

What the Funding Requires

Public funding comes with a bargain. Blue Origin’s Hutto project carries a USD18.171 million Texas Enterprise Fund grant, which the state describes as performance-based. Midland’s agreement with AST SpaceMobile makes the conditions concrete: incentives are earned against verified milestones for jobs, payroll, investment and continued operations, and can be reduced, withheld or repaid.

Those conditions belong in the project plan, not just the grant file. Construction delays, equipment lead times and customer commitments need to be considered alongside the dates on which the company has promised to invest, hire or begin operations. Before relying on an incentive, the sponsor should understand when it is earned, what could put it at risk and whether the project can carry a delay without it.

The State’s Leverage Is in the Bottlenecks

The breadth of the Texas ecosystem is not the same as its access. A company choosing Texas still needs to know whether it can obtain the facilities, services and permissions its own work requires, and the state does not control all of those decisions. Federal agencies retain their purchasing and regulatory roles, and private operators decide how to use their facilities. A scarce testing slot may give its owner bargaining power without giving Texas any greater say over who gets it.

Public money changes that. Where state investment makes a facility possible or expands it, the terms of access can be settled as part of the award. That is the best time for anyone who will depend on the facility to raise them. An applicant proposing a facility for several users should be ready to explain who can use it, at what price and with what priority. A company planning to rely on a grant-funded facility should ask the same questions before the terms are fixed, not after its own schedule depends on the answers.

The Texas Space Commission has awarded USD150 million across 24 projects, fully committing the Legislature’s initial 2023 appropriation, and reports total appropriations of USD450 million to its grant trust. Firefly’s USD8.2 million grant shows the kind of capacity involved: its announced uses included cleanroom space, ground-support and test equipment, a pressure-proof test facility and upgraded mission-operations infrastructure. The Commission’s June initiatives also addressed launch and re-entry sites, qualifying federal research awards and shared testing capabilities. These initiatives operate on different timetables, and an information request commits no money. A company should distinguish a stated interest from funding that it can plan around.

Expanding one company’s production capacity and creating shared access are different investments. Both may be valuable, but only shared access gives other businesses something to rely on, and only if the terms of use are enforceable.

The distinction is visible in NASA’s published reimbursable umbrella agreement with Axiom for commercial space systems operations and development. Under that kind of agreement, a company pays NASA for access to its facilities and expertise. Its priority-of-use clause treats schedules as estimates, reserves NASA’s priority and gives NASA discretion over conflicts between other partners. Changes in projected availability require reasonable notice so schedules and milestones can be adjusted. It also imposes no obligation to find an alternative NASA facility. Access is separately conditioned on the required insurance being in effect.

NASA’s retained priority is a condition of access to government capabilities, not evidence that Axiom experienced an interruption. A company using that access must account for estimated schedules and possible displacement before promising a customer a firmer delivery date. The commercial risk lies in the difference between the commitment it receives and the commitment it sells.

A provider cannot always obtain guaranteed priority. It can identify the uncertainty, allow for it in scheduling and pricing, and make clear which upstream conditions may affect its customer commitments. Where alternatives exist, the agreement should establish who arranges them and who bears the additional cost.

The Rights Behind Access

The legal form of the access right matters too. Permission to use a facility does not necessarily confer possession, operational control or a right that survives a transfer of the property. Texas courts have treated an airport concession as a licence, which is permission to use, rather than a lease, which gives the tenant possession of the property and stronger rights. World-class infrastructure is valuable, as is knowing whether the agreement provides more than a place in line.

Shared facilities raise a question which the equipment specification cannot answer. A test chamber lowers the cost of entry only if a smaller company can obtain a usable slot on a predictable schedule. Access rules, priority and protection of proprietary results are part of the infrastructure. Poorly designed terms can add physical capacity while leaving new entrants unable to plan around it. Before committing to a shared facility, a participant should settle:

• how access and scheduling priority are allocated;
• who owns test results and jointly developed improvements;
• what information other users can see;
• who bears the cost of equipment damage or interrupted testing; and
• what happens if the facility is unavailable when the schedule needs it.

A facility’s owner still has a business to run and may reasonably want priority for its own work. Prospective users need to know what capacity remains available, when their slots can be displaced and what happens next. Standard conditions should make those choices visible without pretending that every user can come first.

Data Travels With the Work

A space service produces information at every stage: test results, designs, telemetry and the mission data the customer is paying for. Much of it passes between companies, and some of it passes to government. Each handoff raises the same practical questions: who can see it, who must protect it and what happens if it is exposed.

Public funding adds a disclosure question. Information submitted to a governmental body can be subject to the Texas Public Information Act, and a confidentiality label does not determine whether it must be released. Protection for trade secrets or commercially sensitive information depends on specific factual evidence supporting the applicable exception. Applicants should identify that material when they submit it and be prepared to defend the exception if disclosure is requested.

Shared facilities and multi-company missions raise a different problem. A test chamber used by competitors needs rules about what each user can see. A mission whose data passes through several companies’ systems needs agreement on who secures each link, who investigates an incident and who notifies the customer, insurers and regulators. Those questions are easier to settle before the data starts moving than after something has gone wrong.

Getting Hardware to the Next Stage

Texas’s transportation planning recognises that a space industry needs more than launch sites and factories. TxDOT has mapped Space Industry Corridors to help prioritise improvements, from major freight routes to the last-mile connections serving individual facilities. Its assessment identifies bridge clearances, load ratings, roadway geometry and access among the issues to address. These are investment decisions as well as engineering constraints.

For a company choosing a site, the question is not simply whether today’s road can carry tomorrow’s hardware; it is what needs to change, who can deliver the work, who will pay and whether it can be ready when production requires it. A route that needs improvement is not necessarily a reason to locate elsewhere. However, an expected improvement and a funded project are different things, and neither should be mistaken for a completion date.

Texas can co-ordinate improvements that serve several facilities rather than leaving each company to solve its own stretch of the journey. A company should find out early whether its route is part of that planning. Site selection should follow the product through the whole delivery chain; the factory boundary is an accounting convenience.

The Government as Customer

The government is not only supporting the space industry; it is buying what the industry sells. NASA’s Commercial Lunar Payload Services programme purchases delivery services that include payload integration, launch, landing and mission operations. Firefly and Intuitive Machines are among the companies delivering NASA payloads to the Moon. The government is therefore a customer for work that brings several parts of the Texas industry together.

The arrangement also leaves room for other customers. NASA describes a model in which providers retain ownership of their landers and can sell capacity to carry non-NASA payloads. A government mission can therefore support a service that a research institution or another business can also buy. That is a more useful picture of the commercial opportunity than a sharp division between government work and private enterprise.

For a supplier or investor, the distinction is between having a government contract and having a business that can serve more than that contract. Before expanding a factory or reserving capacity, it is worth asking what the government has actually committed to buy, what further orders the plan assumes, and whether the same equipment and services can earn revenue from other customers. A successful mission matters, and so does having work after it.

Contracts Must Follow the Service

A lunar payload customer depends on manufacturing, launch, landing, communications and data return performed by different companies. For instance, consider a payload supplier that promises delivery against a reserved launch opportunity, but its testing slot can be displaced by a priority user. The facility may honour its agreement while the supplier misses its own commitment. A refund of the test fee does not buy back the launch opportunity, and a customer payment due on delivery does not finance the delay. Those agreements need to be read together before the supplier signs the promise it cannot afford to miss.

For a customer reserving future capacity, the first question is what the reservation actually buys. Starlab has announced payload reservations from research and commercial organisations for a station still in development. A defined service, a place in a queue and a conditional opportunity are different purchases. The payment schedule should reflect that difference, as should acceptance, delay and exit rights. Before paying, the customer needs to know which dependencies the provider has secured, which remain open and what happens to the customer’s money if the service does not become available.

The NASA–Axiom agreement illustrates the distinction in its liability provisions as well. It excludes claims concerning NASA’s failure to perform its obligations from the agreement’s waiver, while separately disclaiming warranties and excluding specified categories of damages. The provisions must be read together. Preserving a claim and providing a commercially useful remedy are different drafting tasks.

The question sharpens when the facility is public. Texas courts determine whether a municipality is immune from a contract claim by examining the function it performed when it entered the agreement. Governmental functions are public duties, for which a city is generally immune; proprietary functions are business-like activities, for which it can generally be sued like a commercial party. A discretionary, revenue-generating access agreement may be classified as proprietary. An agreement essential to operating a public airport may instead be characterised as governmental. In that event, the statutory waiver for certain local-government contracts may offer no answer to a company purchasing access, because the waiver generally reaches agreements under which the governmental entity receives goods or services. Even where the waiver applies, Texas law limits the available recovery and generally excludes consequential damages.

A provider whose customer commitments depend on the facility should understand the available remedy before an interruption occurs. Transition periods, step-in rights (rights to take over specified functions) and purchase options may protect continuity better than a damages claim.

Reliability Requires Alternatives

Growth will be uneven across programmes. Blue Origin paused New Shepard flights in January 2026 for at least two years to concentrate on lunar work, and then announced the Hutto campus later that year. A programme can stop while the company expands. Suppliers should know which programme, product and customer their business depends on, and keep alternatives where they cannot control the decision.

An alternative earns its place in the plan only if it can be used in time. Hardware, interfaces, permissions and cost may rule it out. Where they do, the provider must narrow the promise or have the resources to carry the interruption.

Before relying on shared infrastructure, a business should ask whether it could make a credible customer commitment against it. The same question applies to every supplier in the chain. Where the answer is yes, Texas’s investment in capability becomes a market that others can enter. A space economy becomes durable when an extraordinary mission becomes a service that someone can confidently buy.