System and method for autonomous lift and descension assist for electronic vertical take off and landing (evtol) vehicles

An autonomous lift and descension assist platform for an electronic vertical take-off and landing (eVTOL) vehicle, the platform comprising:

• a platform substrate having a body, the body further defining:
• defining a top surface;
• a bottom surface that is radially spaced apart from the top surface by a platform thickness;
• and
• an outer body edge defining an exterior perimeter of the platform substrate;
• a plurality of extension portions attached to the platform substrate at the outer body edge of the platform substrate;
• a plurality of mobility devices, wherein at least one of the mobility devices is disposed on each of the extension portions;
• a landing pad disposed in contact with the top surface of the platform substrate, wherein the landing pad is configured to receive the eVTOL thereon;
• a plurality of onboard sensors, wherein the plurality of onboard sensors is disposed in a housing operatively connected to the platform substrate;
• a plurality of selectively removable battery packs disposed in contact with the bottom surface of the platform substrate and disposed beneath the landing pad, such that the thickness of the platform substrate extends from the landing pad to the plurality of removable battery packs;
• a control unit in fluid communication with the plurality of mobility devices, the onboard sensors, and the plurality of battery packs, the control unit having a non-transitory computer readable medium that stores a first set of computer executable instructions and at least one first processor configured to execute the first set of computer executable instructions embodied on the non-transitory computer readable medium, wherein the first set of computer executable instructions cause the control unit and the processor to send signals to one or more of plurality of mobility devices, the onboard sensors, and the plurality of battery packs, to control the platform.