Building Space Infrastructure Takes More Than a Launch Site

Last week, members of the EXOS Aerospace team traveled to Billings, Montana to continue conversations around the proposed Montana Spaceport & Test Range and the broader aerospace opportunity developing in the region.

It was a meaningful visit, not because space infrastructure happens overnight, and not because a spaceport is built by simply identifying land and pointing rockets skyward. In practice, space infrastructure is built through alignment.

It takes the right geography, the right regulatory path, the right workforce, the right technical partners, and the right long-term operating model. Those pieces have to work together before flight activity can become repeatable.

That is what made the Montana conversations so valuable.

Earlier this year, EXOS signed a letter of intent to explore business opportunities with the Montana Spaceport & Test Range. The purpose of that LOI was exploratory by design: to evaluate how EXOS might support aerospace testing opportunities in the northern tier of the United States, while also engaging with state organizations, economic development groups, and academic institutions around workforce and technical education opportunities.

For EXOS, that matters because our view of space infrastructure is operational. We do not see reusable flight capability as a one-time event; we see it as a system that has to be built, licensed, operated, recovered, inspected, and repeated.

That is the gap EXOS is focused on.

Today, customers do not just need access to a rocket. They need access to repeatable flight environments where they can validate subsystems before those systems are tied to larger, more expensive programs, including avionics, guidance, navigation, and control systems, propulsion technologies, reentry systems, payloads, and other flight-critical hardware that needs real data, not just simulation.

This is why EXOS has been focused on reusable flight test infrastructure for the space and defense industrial base. Our customers fly subsystems, not just missions. We provide the reusable vehicle platform, operational experience, and flight environment that allow teams to test, recover, learn, and improve.

Montana presents an interesting opportunity because the conversation is not only about flight. It is also about workforce.

One of the strongest themes from the visit was the potential to connect aerospace operations with hands-on education and technical training. The proposed collaboration model discussed in Montana includes university partnerships, workforce development, and a practical training pipeline tied to real aerospace operations.

That part matters because aerospace growth depends on talent just as much as infrastructure. Students need more than classroom exposure; they need practical context. They need to understand how flight systems, launch infrastructure, payload integration, safety, operations, and recovery work in the real world.

That is where a Montana-based model could become especially valuable.

The concept discussed with Montana leaders includes coordinated licensing and operations, education and workforce development, and a National Charter Enterprise structure anchored around BLK3 vehicle capability. The goal would not be to create a conceptual spaceport vision that sits on paper. The goal would be to explore an executable operating framework that connects infrastructure, training, and flight activity in a practical way.

That is the difference.

A spaceport is not just a place. It is a capability.

It becomes real when there is a pathway for licensing, customers, vehicles, operators, students, partners, and repeatable work.

For Montana, that could mean a stronger foundation for aerospace workforce development, research activity, commercial partnerships, and long-term economic growth. For EXOS, it represents an opportunity to explore how reusable flight test infrastructure could support a new region of the country with strong geographic advantages and growing aerospace interest.

There is still work ahead. The next steps include continued site evaluation, technical assessment, stakeholder coordination, FAA engagement, and refinement of the partnership model. None of that is instant, but it is the kind of early, practical work that matters.

Because space does not scale through vision alone. It scales through execution, and execution starts with people willing to do the groundwork.

That is what we saw in Montana, and that is what we are building toward.