Sphere Satellites

This invention concept pertains to a sphere-shaped satellite, that is a sphere, with various concentrated solar collection arrays and various directional antennas all around the sphere, so as the sphere turns, the satellite hardware keeps adjusting to where the signaling from itself is sent to, so there is never any downtime from the satellite repositioning itself. The thrusters are all around the spherical satellite, and all the hardware for the satellite is inside the sphere, including the computer systems, the batteries, and the navigational systems, including the storage tanks for propellant, which can be refilled from the outside by docking robotics with the spherical satellite, at any of the six nozzles that are used for the propulsion. The six propulsion nozzles are positioned at the various points of axis including on the x, y, and z axis, as they intersect with the sub-structure or outer crust of the spherical satellite. These satellites can be relatively large as well, like a borg border of sorts, so there is plenty of room to get the most advanced electronics inside. The antennas are positioned all around the spherical satellite, and the antennas just switch to a different side of the spherical satellite, to reach the ground of a planet below, and the sensors can also be used to scan and detect and also capture radio frequency from all surrounding satellites in space, when the sides of the spherical satellite are not facing the planet’s surface, allowing the satellite to have a special configuration, including both a complete telescopic capture satellite, and also a reasonable control over a wide range of ground territory, such as for use with the artificial telepathy satellite technology, as the spherical surfaces facing the ground would be able to reach a wider angle of view from space, than a rectangular satellite shape.