The Biggest Space Opportunity Isn’t Military

When most investors hear the words “space economy,” they picture missiles, surveillance satellites, classified communications, and governments competing to control the ultimate strategic high ground.

And that’s understandable… 

Modern militaries depend on space for navigation, intelligence, targeting, communications, and early warning. 

And governments are increasing their space budgets, building larger satellite networks, and treating orbit as an essential part of national defense.

There’s no question that military space spending is exploding. But it probably won’t become the largest part of the space economy.

And in fact, it’s already been surpassed…

The much bigger opportunity is developing on the civilian and commercial side, where satellites, launch systems, communications networks, positioning services, Earth-observation platforms, and space-derived data are becoming essential parts of the global economy.

The military side may generate the biggest headlines. But the commercial side could eventually touch almost everything…

A Commercial Economy Hiding in Plain Sight

The global space economy generated a record $686 billion in 2025, rising approximately 12% from the previous year.

And commercial businesses already account for the majority of that activity.

That can be difficult to appreciate, because most people don’t realize how frequently they rely on space-based infrastructure.

But they use it when they follow Google Maps directions, check the weather app on their iPhone, track an Amazon package, make a Visa purchase, book a flight online, binge-watch television, or call someone from a remote area.

Farmers use satellite data to monitor crops, manage irrigation, and improve yields. 

Energy companies use it to inspect pipelines, track emissions, and evaluate remote properties. 

Shipping companies use it to navigate oceans, monitor fleets, and avoid dangerous weather.

Insurers use satellite imagery to assess storms, wildfires, flooding, and property damage. 

Telecommunications providers use satellites to reach customers beyond the range of towers and fiber-optic networks.

You see, most customers aren’t buying “space…”

They’re buying navigation, communications, information, safety, convenience, and efficiency.

Space is simply the infrastructure making those services possible.

From Hardware to Information

The first phase of the commercial space economy centered on hardware…

Companies built satellites. Rocket operators launched them. Ground stations communicated with them. 

And telecommunications providers sold access to the networks they created.

Those businesses will continue growing as thousands of new satellites enter orbit. But the most important economic shift may be occurring one layer above the hardware…

That’s because satellites are becoming smaller, cheaper, more capable, and more numerous. 

And they’re also producing an enormous amount of data… 

Artificial intelligence can analyze those images, geographic measurements, weather readings, and electronic signals faster than teams of human analysts ever could.

And that transforms satellites from pieces of aerospace equipment into nodes in a global information network…

An Earth-observation company may begin by selling satellite images. But the image itself isn’t necessarily the most valuable product.

That company can use those images to estimate crop production, monitor construction, track vessels, identify methane leaks, measure factory activity, evaluate mining regions, detect illegal fishing, or count the vehicles outside retail stores.

Navigation satellites don’t merely help drivers find the next exit…

Their timing signals help synchronize financial transactions, telecommunications networks, data centers, and electrical grids.

And communications satellites don’t merely broadcast television… 

They can connect ships, aircraft, farms, mines, factories, emergency responders, and communities that terrestrial networks can’t economically reach.

The satellite provides the infrastructure. But the information and services built on top of it create the much larger economy.

The Road to $1.8 Trillion

The World Economic Forum and McKinsey estimate that the global space economy could reach $1.8 trillion by 2035.

And much of that expansion is expected to come from industries outside traditional aerospace…

Agriculture, transportation, insurance, telecommunications, energy, mining, construction, logistics, financial services, and consumer technology can all use space infrastructure to reduce costs, improve efficiency, or create new products.

In that sense, the space economy may develop much like the internet economy did…

During the internet’s early years, investors focused on computer manufacturers, networking equipment, telecommunications companies, and fiber-optic infrastructure.

Because those businesses built the foundation.

But the internet’s greatest economic effects came later, when other companies used that foundation to transform advertising, retail, entertainment, banking, transportation, and communications.

Space is likely to follow a similar path…

Rocket manufacturers, satellite builders, and network operators are constructing the basic infrastructure. 

But thousands of other businesses will eventually create applications on top of it.

And many won’t look like aerospace companies at all… 

They’ll look like agricultural technology platforms, insurers, logistics businesses, software developers, mapping companies, commodity-data providers, and communications networks.

But space will make their products possible.

Launch Is Becoming Transportation

Every part of that growth depends on one fundamental capability: getting into orbit.

Historically, launching a satellite required an enormous rocket, a government-sized budget, years of planning, and the patience to wait for an available mission.

That limited the market to governments, defense contractors, telecommunications giants, and a handful of wealthy institutions.

Reusable rockets, smaller satellites, rideshare missions, mass production, and more frequent launch schedules are breaking down that barrier.

Launch is gradually becoming less like a rare national event and more like a transportation service.

And that’s a big deal because industries expand when transportation becomes cheaper, faster, and more reliable…

Railroads opened continents. Container ships transformed manufacturing. Commercial aviation connected markets that once took weeks to reach.

Lower-cost launch services can do the same thing for orbit…

More frequent missions allow companies to deploy smaller satellite networks, replace damaged equipment, update technology faster, and design missions around business requirements rather than rocket availability.

That opens space to startups, universities, scientific institutions, regional governments, communications companies, agricultural businesses, and manufacturers that could never have funded an entire traditional launch.

Large rockets will remain essential for heavy infrastructure and major satellite constellations.

But the industry will also need smaller dedicated launches, flexible delivery systems, orbital-transfer vehicles, servicing platforms, and technologies capable of taking individual payloads exactly where they need to go.

You see, the opportunity isn’t limited to finding another company that can build the biggest rocket…

It includes every company capable of making access to space cheaper, faster, more precise, and more dependable.

The Obvious Space Giants

Investors looking to profit from this trend naturally gravitate toward the industry’s largest names.

And SpaceX is the clearest example. Its reusable Falcon rockets helped reduce launch costs, while Starlink transformed thousands of satellites into a global broadband network.

Starlink demonstrates the commercial opportunity perfectly. Its customers aren’t trying to participate in a space race. They simply want a dependable internet connection.

And there’s also Northrop Grumman, which manufactures satellites, propulsion systems, space structures, and other critical hardware. 

It’s also worked on technologies that can service satellites already in orbit, potentially extending their lives and creating a new market for inspection, repair, refueling, and relocation.

Lockheed Martin has decades of experience building spacecraft, navigation systems, launch equipment, weather satellites, and exploration vehicles.

And Boeing has participated in nearly every major era of American spaceflight, including satellites, rockets, spacecraft, and NASA’s human-spaceflight infrastructure.

These companies possess enormous technical expertise, financial resources, manufacturing capabilities, and government relationships.

They’re an obvious way to gain exposure to rising government spending and continued space infrastructure development.

But their size also limits the effect that any single breakthrough can have on their overall businesses…

A major contract can transform a small company. But at a giant aerospace conglomerate, the same contract may represent only a fraction of annual revenue.

That means the largest percentage gains may not come from the largest companies.

They may come from smaller businesses supplying the launch capacity, specialized components, communications systems, software, and infrastructure needed to build the next phase of the commercial space economy.

More Main Street Than Star Wars

The military will remain an important customer for space technology. Government contracts will also help finance capabilities that later find much larger civilian markets.

But the enduring opportunity goes far beyond defense…

Space infrastructure will help farmers produce more food, telecommunications companies reach more customers, manufacturers manage supply chains, insurers measure risk, ships navigate more efficiently, emergency crews respond faster, and consumers remain connected almost anywhere.

Eventually, it could support private research laboratories, manufacturing facilities, fuel depots, orbital repair services, and transportation networks operating beyond Earth.

That’s how the civilian space economy becomes far larger than the military market that attracts most of the attention today.

Defense contracts will generate headlines. Rocket launches will produce dramatic footage. Moon missions will capture the public’s imagination.

But the greatest economic opportunity will be built more quietly, as thousands of ordinary services become faster, cheaper, safer, and more valuable because businesses have better access to space.

SpaceX, Northrop Grumman, Lockheed Martin, and Boeing are obviously positioned to benefit. But they may not offer the most explosive potential…

And that’s why our defense expert has identified three much smaller, lesser-known companies positioned at critical points in this expanding market. 

Each could benefit as cheaper launch services, growing satellite networks, and rising civilian demand push the space economy into its next phase.

And because these businesses are still small, success could have a much greater effect on their share prices than it would on those of the established aerospace giants.

You can get their names, ticker symbols, and full investment cases in his new special report.

Get your free copy right here and discover three under-the-radar companies that could help build the civilian space economy of tomorrow.