FIELD: physics, navigation.
SUBSTANCE: invention relates to radar. The method includes measuring coordinates of a reflecting object followed by determination of systematic adjustment errors; using a satellite navigator to determine Cartesian coordinates of the natural position of the radar station (x1, y1); using the radar station to be adjusted to measure Cartesian coordinates of an aerial object located in the coverage area of the radar station (x2, y2); the radar station receiving, using an automatic dependent surveillance radio receiver, coordinates of the current location of the aerial object (x3, y3) and determining the value of the azimuth and range adjustment for the radar station to be adjusted using corresponding formulae.
EFFECT: high accuracy of adjusting radar stations.
1 dwg
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