High-mobility large-scale radar vehicle

Abstract

The invention belongs to the technical field of vehicle-borne radars, and particularly relates to a high-mobility large-scale radar vehicle. The radar vehicle comprises an assembling platform and an electronic equipment cabin, wherein leveling supporting legs are arranged on the lower plate surface of the assembling platform; a fixed antenna and a folded antenna are arranged at the electronic equipment cabin; the folded antenna is driven by a hydraulic driving assembly, so that two position conditions of withdrawing and unfolding are generated along a vertical surface; when the folded antenna is under a withdrawing condition, the antenna plate surface of the folded antenna is vertically arranged, when the folded antenna is under an unfolding condition, the antenna plate surface of the folded antenna is horizontally arranged, and the antenna plate surface of the folded antenna and the antenna plate surface of the fixed antenna are in the same plane; and the radar vehicle also comprises a servo control system and an electric generating system. According to the high-mobility large-scale radar vehicle disclosed by the invention, the situation that the width and the height are not exceeded during the transporting of radar antennas can be guaranteed, functions of quick erecting and quick removing of an antenna array surface can also be realized, and finally, the high mobility of the ground vehicle-borne radar is guaranteed.

Description

technical field [0001] The invention belongs to the technical field of vehicle radar, and in particular relates to a large-scale radar vehicle with high mobility. Background technique [0002] High mobility is one of the key technical indicators of ground vehicle radars. In recent years, high mobility radars are mainly based on radars with small-caliber antennas. With the needs of information warfare and the development of radar detection technology, in order to detect incoming targets in advance and improve the detection distance, large-scale planar array antennas have been widely used in ground medium and long-range three-coordinate military radars. Due to the limitation of carrying capacity and transportation conditions, large-scale planar antennas must be divided into blocks to meet the requirements of cross-country transportation. This leads to the need for antenna assembly and splicing during the radar erection process, which greatly prolongs the entire radar erection / ...

AI Technical Summary

Problems solved by technology

Due to the limitation of carrying capacity and transportation conditions, large-scale planar antennas must be divided into blocks to meet the requirements of cross-country transportation. This leads to the need for antenna assembly and splicing during the radar erection process, which greatly prolongs the entire radar erection / withdrawal. Receive time

Especially in the erection / withdrawal process of the existing vehicle-mounted radar antennas in our country, most of them are carried out by cranes and manual methods. The erection and withdrawal time is as long as several hours, and the number of people required is about 6-8 or more. This is obviously already Can not meet the requirements of my country's military modernization

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