Governments love shiny new toys. Give a defense ministry a budget and a vacuum, and they will immediately try to build a trench in it.
The headline is as predictable as it is absurd. Another military squadron, another squadron badge featuring an aggressive eagle clutching a microchip, another multi-billion-dollar panic about orbital defense. The premise is simple enough to sell to politicians who cannot tell the difference between low Earth orbit and a low-flying Cessna: space is a warzone, adversaries are sharpening their anti-satellite weapons, and we need a dedicated unit of orbital bodyguards to watch our hardware.
It is absolute theater.
I have watched defense contractors extract blank checks from terrified bureaucrats for two decades, and this orbital security panic is the most sophisticated grift yet. The lazy consensus says we need armed guardians in the exosphere to protect our critical infrastructure. The reality is that putting a maneuverable military squadron in space to defend satellites is the equivalent of stationing armed guards on a sheet of dry ice in the middle of an active volcano.
You are not protecting anything. You are just giving the enemy more targets.
The Physics Problem Nobody Wants to Talk About
Let us start with the basic mechanics that defense analysts conveniently ignore when they are drafting press releases. Orbit is not an ocean. There are no shipping lanes, no hiding spots, and certainly no maneuverability worth mentioning without burning through your entire propellant supply in a week.
In low Earth orbit, everything moves at roughly seventeen thousand five hundred miles per hour. At that speed, you do not shoot at an enemy satellite. You intersect a ballistic trajectory. If you want to change your orbital plane to intercept a threat, you need a delta-v budget that would make rocket scientists weep. Every ounce of shielding, every kinetic interceptor, and every station-keeping thruster you add to a defensive satellite just makes it heavier, more expensive, and exponentially harder to move out of the way of a piece of orbital debris the size of a marble.
I have seen companies and agencies blow millions trying to design micro-satellites capable of active defense. Do you know what happens when you put an active propulsion system and an interceptor arm on a small satellite? It becomes a weapon from the perspective of literally everyone else looking through a telescope.
If you launch a defensive squadron, you are not deterring aggression. You are triggering an immediate, paranoid arms race where your friendly neighborhood rival assumes every station-keeping maneuver you make is an assassination attempt on their reconnaissance birds.
The Myth of the Vulnerable Asset
The entire rationale for orbital military units rests on a flawed premise: that our critical infrastructure in space is fragile and unprotected.
We treat satellites like delicate faberge eggs floating in the void. They are not. Modern constellations—especially commercial ones like Starlink or government proliferated architectures—are designed for resilience through sheer redundancy. If you destroy one node, the network routes around the failure before the telemetry even hits the ground station.
Yet, defense planners pretend we are back in the nineteen-sixties when a single bird cost a billion dollars and took a decade to build. They want a dedicated military squadron because centralization is how bureaucracies justify their existence. A decentralized mesh network does not need a squadron leader. It does not need an orbital infantry division. It just needs math.
When you centralize defense around a few high-value, exquisite military satellites, you create a honey pot. You are telling an adversary: "Here is where all our capability lives, wrapped in expensive aluminum and thin shielding."
The Cost Curve is Your Real Enemy
Let us talk money, because that is where the military-industrial complex actually lives.
A single maneuverable orbital interceptor or defense platform costs hundreds of millions of dollars to build, insure, launch, and operate. And for what? To protect a legacy architecture that should have been broken into cheaper, disaggregated components five years ago.
Imagine a scenario where a defense agency spends five billion dollars building an elite space squadron complete with orbital escort vehicles. Within eighteen months, an adversary deploys a cloud of low-cost, untrackable shrapnel or initiates a cheap ground-based electronic jamming campaign that renders your multi-million-dollar defense drones completely blind.
You cannot dogfight in orbit. The kinetic energy involved means that any collision—even a defensive interception—creates a debris field that destroys your own assets just as efficiently as the enemy's. It is the ultimate manifestation of the doctrine of mutually assured destruction, except you are destroying your own multi-billion-dollar investments with your own shrapnel.
The Uncomfortable Truth About Space Deterrence
Here is what the defense establishment will never admit over a podium at a security conference: space cannot be held. It can only be used.
The moment you try to garrison a region of space, you invite asymmetric retaliation that is ten times cheaper than your defense system. If someone wants to blind a satellite, they are not going to send a killer robot to sneak up on it with a pair of space pliers. They are going to blind it with a ground-based laser from a desert outpost, or they are going to compromise the ground station software running on an unpatched server in Ohio.
Fixing space security does not require buying more metal to put into the sky. It requires changing how we build software, how fast we can spin up replacement hardware, and how willing we are to accept that persistence beats protection every single time.
Stop building space squadrons. Start building networks that do not care if half of them get blown out of the sky tomorrow.
