The same systems that collect space junk from space. They can also collect functional satellites and drop them into the atmosphere. This means that those systems can also be used. As satellite-killers. The ASAT missile can carry a so-called E-bomb that destroys the targeted satellite’s electronics. We know that the Soviets have tested killer satellites since the 1960s. First, those systems were primitive.
Satellites that collide with other satellites. Then the Soviet space force. It started the large-scale program called the Almaz. That program included machine gun-armed satellites. Manned and unmanned systems, miniature shuttles. And many other things. Like spaceborne nuclear weapons. The purpose was to destroy other satellites. The problem was that those methods filled the space with debris.
The problem with machine guns was their recoil. That could push the killer satellite out of its position. The answer could be the rocket ammunition. The Gyrojet- type machine gun. It used. Rocket bullets against its target. The Gyrojet was not successful in ground operations. But they can be effective in killer satellites. The satellite that orbits in the same trajectory.
But. In contrast to the targeted satellite, it doesn’t require as high a muzzle velocity as a regular rifle. The kinetic energy. The satellites have increased the impact energy. The effect is the same as in cases. Those cars are going into a head-on collision. If. The speed of both of those cars is 100 km/h. The impact speed in a head-on collision is 200 km/h. In the same way, the bullet behaves. If. It is shot against a satellite trajectory.
Or the system can use the centrifugal cannons. Those cannons accelerate ammunition by using spinning plates. It’s possible that these kinds of systems can be mounted on board the MiG-105 “Spiral” (Epos) space plane. The machine gun. It can be in the space plane cargo bay. And it can shoot upwards to selected targets.
Satellites have a very important role in modern warfare. And this is the reason why they are also important targets for attackers. Things like killer satellites, cyberattacks, and jammer systems can affect those satellites. Most of those attempts to jam satellites can be carried out using some kind of hacking attack. The hacker attack can involve attempts to install computer viruses on the targeted satellite operating systems. Or hackers can try to take control of those satellites.
Another version is. To use jammers to block satellite communication. One version can accumulate plasma around satellites. The satellite will be covered using plasma layers. And that makes them unable to communicate using radio signals. The satellite can use laser communication instead of radio communication. But that means that. Those satellites cannot use their radars. And in the case of the radar satellites. The plasma can block their radars. More effective and powerful systems are EMP weapons.
Those systems use high-power radio impulses to destroy the satellite electronics. Those systems can be the ground-based radars with extremely powerful transmitting power. Those radars can use crossing radio waves. There are the plus and minus radio waves. With the same frequency, cross at the point of targeted satellites. That should damage the satellite’s electronics. The killer satellite can affect targeted satellites in many ways. The satellite can close the target in the massive fishnet or bag.
MiG-105 Spiral
And then it pulls the target to the atmosphere. It can use manipulators to throw a satellite. Out of its trajectory. The killer satellite. It can have lasers. That drills holes into the target’s shell and damages electronics. The same satellite. That was created for space junk collection. It can also collect functional satellites from orbit. And then drive them to the sea. Or they can transport them to the Plesetsk cosmodrome, the Russian northern space center.
These engineers can observe their critical information. Like communication and radar frequencies. And that helps them to create jammers against those radars. The killer satellite can also collide with the targeted satellite. Or it can have space bazookas for kill devices. The killer satellite that impacts with other satellites can also fill the trajectory with space junk. But things like ABM missiles can have a microwave or EMP bomb that destroys the satellite’s electronics. The system can have a conventional or nuclear bomb-based EMP system.
In some models, the killer satellite carries a neutron bomb. That creates the needed EMP impulse. The bomb will be detonated in the air tank. The system can create plasma in that tank. And then the system detonates the neutron warhead in that tank. The detonation forms. The EMP pulse. As it forms in the atmosphere. If the satellite has the capacitors. It can load. The needed transmitting power from the solar panels.
There is also a possibility. The killer satellite can be. In a very high altitude trajectory. The system can be. In a stationary position. The system can launch the kill vehicles that may push targeted satellites to the atmosphere.
The satellite killer can also operate with the spaceborne trawl net. The attacker will close the targeted satellite. In that trawl. And then pull it into the atmosphere. The killer satellite needs a very effective computer. There is a possibility. That defenders want to jam the killer satellite’s control signals. This means that. A killer-satellite requires. A high-power AI to search and eliminate its targets.
https://arstechnica.com/space/2026/05/a-satellite-company-supporting-ukraine-appears-to-be-in-russias-crosshairs/
http://www.astronautix.com/m/mig105-11.html
https://www.globalsecurity.org/space/world/russia/epos.htm
https://interestingengineering.com/space/china-llm-powered-automates-satellite-surveillance
https://spectrum.ieee.org/the-dawn-of-the-ebomb
https://en.wikipedia.org/wiki/Almaz_program
https://en.wikipedia.org/wiki/Gyrojet
https://medium.com/@batrobin/space-is-the-new-battlefield-96f35b7c7167








