Fractional Orbital Bombardment
Fractional Orbital Bombardment is when a spacecraft or rocket launches a missile or a bomb into space, which then travels around the Earth in a specific way before being directed towards a target location. It's like playing a game of catch with someone, except instead of catching a ball with your hands, the ball goes around the Earth before hitting a specific target.
The missile or bomb that is launched first goes up into space and starts moving around the Earth in an elliptical or oval-shaped orbit, while also slowly moving closer to the target location. This oval-shaped orbit is called a Fractional Orbit. Imagine drawing an oval or egg shape on a piece of paper and spinning it around a pencil, and that is what the missile is doing around the Earth.
Once the missile is in the correct position in its orbit and close enough to the target location, it is directed towards the target, using engines or guidance systems on the missile. This targeting is usually done by a computer system, which takes into account the orbital path of the missile and the position of the target.
Fractional Orbital Bombardment is seen as a useful technology because it allows missile targets to be hit from unexpected or unusual angles, making it more difficult for the target to defend itself. It is also seen as potentially useful in locating and destroying satellites or other space-based equipment.
Overall, Fractional Orbital Bombardment is a complicated technological process that involves launching a missile into space, orbiting it around the Earth, and then directing it towards a specific target location using guidance systems.
The missile or bomb that is launched first goes up into space and starts moving around the Earth in an elliptical or oval-shaped orbit, while also slowly moving closer to the target location. This oval-shaped orbit is called a Fractional Orbit. Imagine drawing an oval or egg shape on a piece of paper and spinning it around a pencil, and that is what the missile is doing around the Earth.
Once the missile is in the correct position in its orbit and close enough to the target location, it is directed towards the target, using engines or guidance systems on the missile. This targeting is usually done by a computer system, which takes into account the orbital path of the missile and the position of the target.
Fractional Orbital Bombardment is seen as a useful technology because it allows missile targets to be hit from unexpected or unusual angles, making it more difficult for the target to defend itself. It is also seen as potentially useful in locating and destroying satellites or other space-based equipment.
Overall, Fractional Orbital Bombardment is a complicated technological process that involves launching a missile into space, orbiting it around the Earth, and then directing it towards a specific target location using guidance systems.