Mobile solid-state annular phased array radar for detection of low-flying targets "Rosa-M"
Назначение
The low-flying target detection radar (LFTDR) is designed for automatic detection, measurement of primary coordinates (azimuth, range) and speed of aerial platforms (AP), automatic tracking of APs in active and passive jamming conditions, output of radar information to a remote control system; automatic AP classification (fixed-wing aircraft, helicopter, cruise missile, balloon, unidentified target); determination of jammer bearings.Тактико-технические характеристики
| Параметры | Значение | |
|---|---|---|
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Frequency range |
X – band |
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Coverage
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azimuth, degr. |
0-360 |
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range, m |
300-90 000 |
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elevation, гdegr. |
0-30 |
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height, m |
0-3000 |
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| speed, m/s |
±1000 |
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Range of detection of an AP with 1 m2 RCS at 25 m height, km |
30 |
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Root mean square error of determination of AP coordinates |
||
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azimuth, degr. |
≤0.45 |
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range, m |
≤50 |
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APs tracked simultaneously |
≥30 |
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| Pulsed power at output of a single transceiver channel, W | ≥6 | |
| Transceiver channels | 256 | |
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| Resolution |
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| azimuth, degr. | 2,1 | |
| range, m | 300 | |
| range rate, m/s | 2 | |
| Antenna system rise height, m | 35 | |
| Setup (teardown) time, min | ≤30 | |
| Activation time including functional check, min | ≤5 | |
Достоинства
Design features
- the LFTDR setup (tearing down) is assisted by hydro-mechanical devices;
- the antenna system is an annular phased array;
- digital pattern-forming (no mechanical antenna rotation), the LFTDR
- scans the space in azimuth by 4 partial patterns whereby each pattern
- performs linear scanning across 90˚ sector;
- the transceiver device is solid-state, multichannel, modular.
