An Advanced Patch Antenna for Wireless Human Sensing Mars Orbiter Space Craft Missions for 5G

As per the latest technology, innovative space craft design techniques are changing from time to time. At each and every gravity change, our Universe introduces a new technology in the scientific strategy, depending upon whatever scientific and technical exposure we have, and based on that, the antennas needed to be designed. The proposed antenna has the Rogers RT duroid 5880 as substrate material, with a dielectric constant of 2.2 and a thickness of 0.51, which is used for the antenna to operate at a 28 GHz resonating frequency, with an adequate antenna size, also having a required bandwidth with a gain of 10dBi. To design an antenna for future satellite communication systems, we require knowledge about universal geometric parameters. There are closer resembling factors that exist between humans and satellites, the scientific gravity behaviour of a human plays an important role in placing a satellite in a particular orbit of our universe. In this paper, we are going to present the technical aspects of the human sensing MARS orbiter mission along with a circularly polarized microstrip patch antenna for satellite integrated 5G technology.