This invention concept pertains to a drone that has four propeller units, that lift the main body of the space drone into the high atmosphere. There are thrusters on the bottom of the space drone, that then kick in, as the four propeller units fold into the main body of the space drone, to completely hide the propeller units, as the space drone enters the upper atmosphere. Once the space drone enters orbit, a xenon thruster system kicks in, rather than just the main lift thrusters that use electrolysis of water, on the bottom of the space drone. A compartment in the middle of the main body of the space drone has an outer compartment door that opens, or chute doors that open, to release an autonomous space robotics unit, that has tools, and has fuels onboard, that allows the autonomous space robotics unit to repair satellites and refuel them. When the autonomous space robotics unit is completed in its repairs, it re-seats itself, inside of the main body of the space drone. The bottom of the main body of the space drone has re-entry heat tiles, and wings fold out from the sides of the space drone, to allow the space drone to re-enter the atmosphere, and land with landing gear on a runway, or just to re-deploy the four propeller units, to land vertically.
