Systems and methods for vertical takeoff and landing vehicle with ultra-reliable low latency communications wireless flight control

A system, comprising:

• a body having an axis;
• a rotor, comprising:
• a plurality of rotor elements arranged about the body, each rotor element comprising:
• a rotor transceiver;
• a rotor blade controller coupled with the rotor transceiver;
• a blade actuator coupled with the rotor blade controller;
• and
• a rotor blade coupled with the blade actuator;
• and
• a communications circuit, comprising:
• a plurality of core transceivers;
• and
• one or more processors configured to cause a particular core transceiver of the plurality of core transceivers to establish a wireless communications link with at least one respective rotor transceiver of the plurality of rotor elements.

A method, comprising:

• causing a core transceiver to establish a link with a rotor transceiver;
• receiving, via the link, a mapping of a position of a rotor blade provided by the rotor transceiver;
• determining, based on the mapping, a target position of the rotor blade;
• providing an instruction set, based on the target position, to the rotor transceiver via the link;
• detecting a disconnect in the link;
• causing a second cord transceiver to establish a second link with the rotor transceiver;
• receiving, via the second link, the mapping of the position of the rotor blade provided by the rotor transceiver;
• determining, based on the mapping, the target position of the rotor blade;
• and
• providing a second instruction set, based on the target position, to the rotor transceiver via the link.