FIELD: radio location.
SUBSTANCE: area of application: the invention relates to the field of location and can be used in operation and development of existing and potential target acquisition and navigation complexes of aerial vehicles. A method for adjustment of the onboard radio location and optoelectronic stations of an aerial vehicle, including measuring the coordinates of an air object, identifying systematic adjustment errors in the radio location and optoelectronic stations and introducing said errors into the aiming algorithm of the aircraft weapon, characterised by the fact that the angular coordinates of the air object are additionally measured multiple times by the onboard optoelectronic station, the average values of the measured angular coordinates of the air object are calculated, and the systematic adjustment error is determined as the difference between the average values of like coordinates measured by the radio location and optoelectronic stations, and the values thereof are introduced into the aiming algorithm of the aircraft weapon.
EFFECT: technical result is an improvement in the accuracy of identifying systematic adjustment errors in radio location and optoelectronic stations due to additional multiple measurements of the angular coordinates of the air object in flight using an onboard optoelectronic station, calculation of the average value of the measured angular coordinates of the air object and determination of the systematic adjustment error as the difference between the average values of like coordinates measured by the radio location and optoelectronic stations.
1 cl, 2 dwg
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Authors
Dates
2021-10-20—Published
2020-10-13—Filed