NASA is launching DART (Double Asteroid Redirection Test) to space

The DART (Double Asteroid Redirection Test) vehicle's computer is equipped with multipurpose artificial intelligence that allows it to navigate to an asteroid. Then that probe shoots the asteroid by using kinetic energy arrows that can turn the asteroid out of its course. The thing in this kind of operation is to keep the asteroid in one piece. The DART is using the impact technique where the satellite is impacting the asteroid. Pushing it away from the trajectory. 

The idea is that DART itself will push the asteroid to another trajectory. But maybe the future versions of that kind of system are the darts. Small sub-probes that are impacting asteroid and then push it. When we are thinking about kinetic energy vehicles. Also, so-called dummy rockets can use for pushing asteroids away from their course. The rockets might equip with an impact cushion or gel head that makes the impact softer. At first, the manipulator's arm will throw the rocket into an asteroid. Then they would touch the surface of the asteroid. And that thing activates the rocket engines. 

There is there might be also the possibility to use soft-head rockets. Those are not penetrating the asteroids. If we think of the possibility that the system is used for asteroid mining. 

The penetration ammunition would be more useful if the purpose of the system is to cut the asteroid in pieces. The idea is that the penetrating ammunition would start to resonate in the asteroid. And that will break the asteroid to pieces. And those pieces can pull near Earth where they can drop to the ground by using return capsules. 

The small-size intelligent rockets can also use in ASAT or killer satellites. The idea of this kind of killer satellite is that it would shoot the lower orbiter satellites with its darts. And then it would push those satellites back to the atmosphere without breaking their core. The internal artificial intelligence makes it possible that the satellite can search the target satellites without communication between it and ground stations. So the satellite can be silent when it approaches its target and shoots the impact vehicle to it. 

When we are thinking about the kinetic energy systems that are just pushing asteroids away from the trajectory those systems might be useful for the killer satellites. If the satellite shoots the target by using the gel or some other impact cushion that keeps the target in one piece. 

But it makes it fall to the ocean. Keeping the target satellites in one piece is a very good idea because that keeps the orbiter clean from the debris. The killer satellites are suitable systems for destroying enemy communication and recon satellites. Also, things like orbiter lasers can turn away from their course by using the pushing impact ammunition. The rocket will simply push the laser weapon to the atmosphere. 

https://scitechdaily.com/planetary-defense-nasa-prepares-to-launch-dart-to-deflect-asteroid-with-kinetic-impact/

Image: https://scitechdaily.com/planetary-defense-nasa-prepares-to-launch-dart-to-deflect-asteroid-with-kinetic-impact/

https://interestandinnovation.blogspot.com/

The combat spacecraft are quite easy to produce

Mercury capsule
(Picture I)

http://crisisofdemocracticstates.blogspot.com/p/the-combat-spacecraft-are-quite-easy-to.html

Kimmo Huosionmaa

There are many ways to make realistic combat spacecraft and the governments of the USA, Russia, and China might have many versions of those things, what seems like some Science Fiction stuff. One of the most realistic versions of making "killer satellite"is used as a "Mercury"-type spacecraft, what is filled with plastic explosives. The nose of the spacecraft must be weaker than another layer, and then the explosives just break the core of the spacecraft, and at the front of the explosives might be steel balls, what would travel to the target with extremely high speed.


The problem with that device is actually the debris, what would close the trajectory from all satellites. This is why the military space systems are not allowed to test in space. And that's why there is created the anti-satellite weapons, what uses microwaves to destroying the targeted satellites. Microwave would be unseen, and the target would not break in the pieces, what can cause dangerous debris.

EMP-bomb
(Picture II)

One version of this weapon, what would base the existing technology of this thing could be manned or unmanned  " Mercury"-type spacecraft, what would be equipped with the microwave burst weapon. The principle of this killer satellite is similar to high power microwave bomb, what is dropped from conventional bombers, and that weapon could damage electronics and other equipment in the very sharp area.


This system works that high-explosive material would give pressure to the battery, what is inside that weapon. And after that, the high voltage electricity would be conducted to the microwave transmitter what is at the nose of this weapon. If this technology would be used with killer satellites, they would take off the enemy's space systems without radioactive fallout, and if that system uses microwaves, there would not be debris in that trajectory.


This system would be a single shot version of killer satellites, but it can be very effective and realistic version of the killer satellites. In this case, the ground control would drive this system near the targeted satellite, and then shoot it with microwave. It could also be used against attacking missiles, and at least couple of them would be damaged if the raising missile would get hit by high power EMP-weapon, what could damage the targeting systems of the warheads.

Sources:

http://www.superconductors.org/emp-bomb.htm

Picture I

http://nick-stevens.com/wp-content/uploads/2016/02/mercury.jpg

Picture II

http://www.superconductors.org/e-pic2.jpg

The “Sarmat” missile

"Sarmat" missile
(Picture 1)

Kimmo Huosionmaa

“Sarmat” is nothing like any other ICBM. This weapon is mobilized version of the SS-18 (R36) missile, what was the largest thermonuclear weapon in the world. It has more warheads and capacity to raise those weapons in the orbital trajectory. This weapon is actually FOBS (Fractional Orbital Bombardment System”, what is tested by the Soviet Union and the possible USA in 1960’s. Those weapons have huge weapons load, what makes them very terrible. In those weapons is MIRV (Multiple Independently Targeted Reentry Vehicles) what can be targeted to same target or different places around the world. This kind of FOBS-weapons can send to orbital trajectory weeks or even years before shooting order.


They can play normal satellites, and when the order of action comes, the satellite would start to drop nuclear weapons to their targets. This eliminates the way to locate those weapons by using its communication signals as the tip. If those weapons could be located, there is the way to target them with high-altitude ASAT systems. The thing why those nuclear weapons would not locate very easily is that they can work with the normal satellites. And when those weapons are needed, the programs of the computers must only change, what makes those satellites the ultimate killers.


Those warheads are actually independently targeted and they can use like carpets, where all warheads would be put in the same place. But those FOBS weapons have the very frightened capacity, that they could be sent to the orbital trajectory, and then dropped one by one in many targets, what is separated from together. Also “Sarmat” can drop one warhead and leave other to MIRV-bus waiting for next target. Those weapons can be programmed to explode in the orbital trajectory, in the atmosphere or they can program to hit the ground in the line, and that kind of weapons can destroy even the command center of NORAD.


FOBS capacity makes that weapon so terrible. It can be used against highly mobile targets, and it can threat also U.S task fleet and submarines. Those weapons would be used with reconnaissance satellites, what are looking for “hard to find easy to kill” targets for that weapon. The capacity to use one warhead by one is because this weapon must find those highly mobile targets before it can take effect to them.

Sources:

https://en.wikipedia.org/wiki/Fractional_Orbital_Bombardment_System

https://en.wikipedia.org/wiki/R-36_(missile)

https://en.wikipedia.org/wiki/RS-28_Sarmat

Picture 1.

https://www.aspistrategist.org.au/wp-content/uploads/2017/02/PC-24_%C2%AB%D0%AF%D1%80%D1%81%C2%BB-1024x684.jpg

https://crisisofdemocracticstates.blogspot.fi/

http://crisisofdemocracticstates.blogspot.fi/p/the-sarmat-missile.html

Attack against GPS or communication-satellites is a threat to any military force

http://crisisofdemocracticstates.blogspot.fi/p/attack-against-gps-or-communication.html

http://crisisofdemocracticstates.blogspot.fi/p/attack-against-gps-or-communication.html