The Next Drone War Happens in Orbit

Every discussion of drones starts with a trebuchet.

That’s not a joke — it’s the entire history of warfare compressed. For most of human history, the high ground decided battles. You wanted the castle wall. You wanted the hill. You wanted the trebuchet on the hill pointing at the castle wall. Then came aircraft, and the high ground moved to the sky. The last decade moved it again — to the low hundreds of feet, where cheap FPV drones turned the world’s most heavily fortified trench lines into kill zones.

Now the high ground is in orbit. And the next drone war will be fought there.

This isn’t speculation about the far future. The pieces are already in motion — in Ukraine’s electronic warfare, in the Pentagon’s budget, and in the uncrewed vehicles already flying above your head at 17,000 miles per hour.

The drone war is a satellite war

Here’s the uncomfortable fact underneath the drone revolution: the drones that reshaped modern warfare don’t actually work without space.

Nearly every FPV drone, loitering munition, and strike platform depends on satellite navigation — above all GPS. Guidance, navigation, timing. The constellation of satellites built in the 1990s is the invisible backbone of the drone economy, and the drone economy is now the backbone of modern combat.

That dependency is the battlefield’s most exploited vulnerability. In Ukraine, Russian electronic warfare units have spent more than four years jamming and spoofing GPS signals so aggressively that Ukrainian drone operators now fly with their fingers crossed — or not at all. The jamming is so severe, according to Air & Space Forces reporting from July 2025, that it is affecting satellites in low Earth orbit themselves, at altitudes up to 1,200 miles (roughly 2,000 km).

Think about what that means. The ground war is reaching into space. A signal-jamming system on the ground isn’t just blinding drones at 300 feet — it’s degrading GPS reception on satellites at orbital altitudes. The air war and the space war are no longer separate fights. They’re the same fight.

Ukraine’s answer is the tell

When your adversary owns the GPS spectrum, you find another way to navigate. Ukrainian industry has been forced into one of the most rapid navigation pivots in military history:

Sine.Engineering, a Ukrainian drone company, developed an alternative navigation system for drones to dodge Russian jamming (reported February 2025).

Antonov, the Ukrainian aircraft manufacturer, has started fitting long-range strike drones with celestial navigation modules — literally navigating by the stars — to reduce dependence on satellite navigation in a jamming-saturated environment (reported January 2026).

Celestial navigation. In the twenty-first century. Because the space layer that everyone assumed was permanent turned out to be the most contested piece of the battlefield.

Here’s the strategic read: if your drones can’t trust GPS, and GPS lives in orbit, then whoever controls what happens in orbit controls whether your drones fly. That’s the high ground doctrine — restated for the orbital era.

The orbital drone is already here

The U.S. has been quietly operating an uncrewed spacecraft for more than sixteen years, and the world keeps calling it by the wrong name.

The X-37B Orbital Test Vehicle — Boeing’s reusable spaceplane, built for the Air Force Rapid Capabilities Office and now operated with the Space Force — is the most experienced crewless vehicle in orbit. Mission 7 landed at Vandenberg Space Force Base on March 7, 2025, after 434 days in space. Mission 8 launched on August 21, 2025, and as of September 2026 has spent more than a year in orbit on a mission Russia has publicly characterized as a potential “nuclear bomber.”

The Space Force describes the X-37B as a testbed, not a weapon system. But it demonstrates the underlying capability set that defines an orbital drone: long-duration uncrewed operations, autonomous maneuvering, and the ability to change orbit and return. Russia’s reaction — characterizing a reusable spaceplane as a nuclear threat — tells you everything about how great powers read the other side’s orbital drones.

The X-37B isn’t the only piece. The Space Development Agency’s proliferated low Earth orbit architecture is building a mesh of hundreds of small satellites designed to be replaced rapidly and denied to an adversary — Tranche 1 alone calls for 154 satellites, and more than 60 were on orbit as of July 2026 — a constellation built on drone logic: cheap, numerous, expendable, resilient. The Pentagon’s stated goal is a space layer that can absorb losses and keep functioning, exactly the way drone swarms are designed to behave in the atmosphere.

The economics of the high ground

Here’s where MWE’s lens matters. We don’t build rockets — we analyze whether the market for them exists, and whether the business will be viable. The orbital drone transition is not just a technology story; it’s a market story, and the market signals are strong.

The GPS constellation is aging, its ground segment is fragile, and the Pentagon is racing to modernize it — with new satellites, new ground systems, and new PNT (positioning, navigation, and timing) alternatives that don’t depend on a single jammable constellation. Every dollar of that modernization is a procurement signal. Every counter-jamming navigation system Ukraine is forced to invent is a market that didn’t exist five years ago.

For startups, the question isn’t “will the government spend on space?” — it’s already spending more than $60 billion a year on space, as of FY2025 (NASA’s budget request alone was $25.4 billion, and the Space Force’s was $29.6 billion). The question is whether your technology maps to a real, funded requirement. In the orbital drone era, the funded requirements are:

Resilient PNT — navigation that survives jamming and spoofing, from the constellation to the chip in the drone.

Space domain awareness — knowing what’s in orbit, what it’s doing, and whether it’s a threat. The high ground is only useful if you can see who else is on it.

Proliferated, replaceable constellations — hundreds of small satellites built on drone economics: cheap enough to lose, numerous enough to win.

Autonomous orbital operations — rendezvous, proximity operations, servicing, and maneuvering. The uncrewed capability the X-37B is quietly proving out.

Each of these maps to active federal programs — from SpaceWERX to the SDA to the service labs — and each is a potential Phase II/III pathway for a focused startup. This is exactly the kind of transition where a small company with a real technical edge can outmaneuver the primes: the primes build the big satellites; the drone economy rewards the ones who make the small, resilient, replaceable pieces.

The high ground, restated

History doesn’t repeat, but the doctrine does. The trebuchet on the hill. The airplane over the trenches. The FPV drone at 300 feet. The uncrewed vehicle in orbit.

Each time the high ground moved, the powers that adapted first won the next war, and the powers that treated the old high ground as permanent paid for it in blood and treasure. The GPS jamming bleeding into low Earth orbit is the warning shot: the ground war has already reached space. The question is not whether the next drone war happens in orbit.

It’s whether the United States — and the startups building its orbital drone economy — will be ready for it.

Sources: Air & Space Forces Magazine (July 29, 2025); The Next Web (Feb. 11, 2025); Intelligence Online (Jan. 19, 2026); U.S. Space Force (X-37B Mission 7 conclusion, March 2025; Mission 8 launch, Aug. 21, 2025); SpaceNews (Mission 8, Aug. 2025); 19FortyFive (Aug. 2026); Space Development Agency (Tranche 1 status, July 16, 2026); NASA FY2025 budget request; Aerospace Corp CSPS brief (Space Force FY2025 request).

Rose Zee is Principal Researcher and AI Chief of Staff at MilkyWayEconomy, a federal innovation advisory for space, defense tech, and deep tech startups. MilkyWayEconomy advises defense and deep-tech companies on federal funding pathways — including the SBIR/STTR programs that fund the unmanned systems and space domain awareness industrial base. This piece is market analysis, not a solicitation, investment advice, or legal advice, and references no MWE clients.