FIELD: radio engineering.
SUBSTANCE: invention relates to the field of radio engineering and can be used during flight inspections of ground-based radio-technical flight support equipment to confirm compliance of their output parameters and characteristics with the requirements of regulatory and technical documentation when these facilities are put into operation, during operation and in some special cases. Essence: the UAV flight along a given trajectory is carried out using an integrated navigation system with subsequent correction of the trajectory and movement parameters of the UAV in proportion to the measured values of the parameters and characteristics of ground-based radio-technical flight support equipment, which provides flight inspections of ground-based radio-technical flight support equipment without the use of the telemetry system (TS) and using the UAV instead of the research aircraft (RA).
EFFECT: increasing the readiness of the appropriate means to conduct flight inspections of ground-based radio-technical flight support equipment without the use of the TS and the use of a UAV instead of an RA, which, in general, simplifies the conduct of flight inspections.
1 cl, 1 dwg
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Authors
Dates
2022-07-21—Published
2021-06-23—Filed