FIELD: radio engineering, communication.
SUBSTANCE: invention relates to radio engineering and more specifically to all-round looking radar stations with mirror antennae. In a method for protection from wind loads on mirror antennae of all-around looking radar stations, the reflecting surface of a mirror antenna, consisting of tubes, is divided into two geometrically equal parts relative to the axis of rotation of the reflecting surface, and the tubes are cut in half lengthwise, wherein on one reflecting surface, which is incident during rotation, the tubes are mounted with the convex side towards the radiation, and on the other, which is outgoing, with the concave side.
EFFECT: reducing power consumption of the system for rotating mirror antennae of an all-round looking radar station under the action of wind.
1 dwg
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