The present invention relates to a hybrid unmanned aerial electromagnetic exploration system which includes a 5 follow drone and a lead airship capable of unmanned flight, arranges a transmission coil on the lead airship by using a ballonet, and allows the follow drone to tow a three-axis electromagnetic exploration receiver on a lower side to allow stable aerial exploration. The hybrid unmanned aerial 10 electromagnetic exploration system comprises: a lead airship which has a transmission coil installed along the circumference of a ballonet to form a primary magnetic field, flies along a set flight route and flight altitude, and transmits current location coordinates and altitude 15 information; a following drone which has a reception exploration device suspended on a lower portion thereof to detect a secondary magnetic field, and receives the current location coordinates and the altitude information of the lead airship to be separated from the lead airship by a set 20 distance to fly along the same set flight route and flight altitude as the lead airship; and a measurement control device to analyze a measurement value of the secondary magnetic field detected from the reception exploration device of the follow drone to perform aerial electromagnetic exploration.
HYBRID TYPE UNMANNED ELECTROMAGNETIC EXPLORATION SYSTEM
02.06.2022
Patent
Elektronische Ressource
Englisch
HYBRID TYPE UNMANNED ELECTROMAGNETIC EXPLORATION SYSTEM
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