Inner-Planetary Space Robotics

This technology pertains to robotics that orbit within a planet’s orbit such as the orbit around Earth, and the use of technologies such as space drives for moving the robotics, sensors to gather information, mechanical robotics to move components of robotics that are connected together, attachment devices to latch on to other robotics and devices and interface communications / make modifications of the equipment / refill resources such as fuel sources, and make upgrades to existing equipment in place. There are inner-planetary robotics that require a launch vehicle to enter the inner-planetary robotic work area, and the devices cannot return without another type of equipment to gather the robotics and bring the robotics back to the planet – such as the re-entry drive technology being too large for the smaller robotics, and there are inner-planetary robotics that are able to enter the inner-planetary space area and conduct robotics and then re-enter the planet without incurring damages to the robotics – such that the robotics systems are designed to leave the planet to conduct robotic works and then re-enter the planet safely when finished.