The S-Band 3D TWA (Track While Alert) Low-Altitude Surveillance Radar is a high-performance radar system designed for real-time monitoring of low-altitude airspace. Combining 3D detection with TWA capabilities, it provides accurate measurement of target range, azimuth, and elevation while simultaneously tracking multiple targets. Its robust design ensures reliable operation in complex terrain, adverse weather, and cluttered environments.
Representative Specifications (indicative)
| Parameter | Value / Range | Notes |
|---|---|---|
| Frequency Band | S-Band (2–4 GHz) | Medium-range low-altitude detection |
| Radar Type | 3D TWA | Track-While-Alert for multiple simultaneous targets |
| Detection Range | ~70–150 km | Depending on target size and altitude |
| Altitude Coverage | 50 m – 5,000 m | Optimized for low-to-medium altitude targets |
| Azimuth Coverage | 360° | Full circular scanning |
| Elevation Coverage | 0–30° | Adjustable for terrain-following detection |
| Beamwidth | ~1°–2° | High angular resolution for low-altitude targets |
| Mobility | Fixed or vehicle-mounted | Rapid deployment capable |
| Power Supply | AC 220/380 V or vehicle generator | Field adaptable |
| Environmental Rating | -30°C to +55°C; weatherproof | Suitable for harsh conditions |
| Operators Required | 2–4 | For monitoring and operation |
Key Features
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S-Band Operation: Offers optimal performance for medium-range detection with minimal attenuation in adverse weather.
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3D Surveillance: Provides range, azimuth, and elevation data for precise low-altitude target tracking.
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Track While Alert (TWA): Enables simultaneous detection and real-time tracking of multiple targets.
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Low-Altitude Optimization: Designed to detect and track low-flying aircraft, helicopters, UAVs, and cruise missiles.
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High Reliability: Solid-state and robust design ensures continuous operation with minimal maintenance.
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Advanced Signal Processing: Features clutter suppression, automatic target recognition, and trajectory estimation.
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Flexible Deployment: Suitable for fixed stations, mobile platforms, or integration into broader air defense networks.
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User-Friendly Interface: Software for real-time monitoring, reporting, and system control.
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Network Integration: Compatible with command-and-control systems for centralized situational awareness.
