1.1 Product Introduction
The HSR-R01 radar is a pulse Doppler three coordinate radar with azimuth machine scanning and pitch phase controlled scanning, mainly used for detecting and locating low altitude aircraft. This radar can accurately detect the spatial position of targets, and is equipped with an optoelectronic system. It can be cascaded with countermeasures such as interference, laser weapons, navigation deception, etc. to provide accurate target position information.
1.2 Functional characteristics
- Full airspace three coordinate detection:all-weather, all-weather, large-scale regional reconnaissance and surveillance, effectively obtaining three-dimensional position information of surrounding aircraft, birds, and other targets in terms of azimuth, distance, altitude (pitch angle), with the characteristics of long detection distance and high data rate;
- Small signal detection under strong clutter background:Based on the characteristics of radar clutter and low slow small target echo, adaptive clutter suppression algorithm, adaptive target matching algorithm, and target recognition algorithm are adopted to achieve the detection and stable tracking of small targets such as birds;
- All solid state and all coherent monitoring radar:using X-band all solid state T/R components for long lifespan and high reliability;
- Modular design: The radar adopts a modular design, which has good system maintainability;
- Fully automatic and all-weather operation: The radar system has the characteristics of flexible deployment, fully automatic and all-weather operation;
- Strong adaptability: The product adopts an integrated design and can be mounted on a vehicle, tripod, or fixed, suitable for various application scenarios.
1.3 performance index
Table 9 HSR-R01 Radar Performance Indicators
| index | parameter |
| Working frequency band | X-band |
| Scanning method | Directional machine scanning+pitch phase controlled scanning |
| Detection angle | Azimuth angle: 0 °~360 ° scanning, elevation angle 0 °~40 ° |
| Measure dimensionality | Distance/azimuth/pitch angle/speed |
| Detection radius | >5km (micro drone RCS=0.01 ㎡) |
| Detection accuracy | Distance accuracy: ≤10m; Azimuth accuracy: ≤ 0.6 °; Pitch accuracy: ≤ 0.6 ° |
| resolving power | Distance ≤ 30m, azimuth resolution: ≤ 3 °, elevation resolution: ≤ 9 ° |
| Speed measurement range | 1m/s~50m/s |
| Overall dimensions | ≤ 800mm x 320mm x 450mm (length x width x height) |
| Overall weight | ≤ 30kg (excluding triangular bracket and rain cover) |
| Protection level | IP65 |
| Power supply requirements | AC220V ± 10%, 50Hz, equipment power consumption: ≤ 250W |
1.4 Applicable scenarios
On some industrial equipment, such as wind turbines, transmission lines, etc., regular inspections are required to ensure the normal operation of the equipment. Radar technology can be used to monitor the flight trajectory and position of drones, ensuring the smooth progress of inspection work.
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