1 Function and Purpose
BT2510 low altitude surveillance radar is primarily used for low altitude and ground surveillance. The digital beamforming technology is employed. The effective omnidirectional radiated power is low, and the search data rate is high. The radar employs adaptive clutter suppression technology and dense target detection before tracking technology, which results in an extremely low clutter false alarm rate. It is capable of automatically tracking and mapping paths for over 500 targets, providing high-precision location information.
2 Product Features
1) High Detection Probability, Low False Alarm Probability
By using the adaptive clutter suppression algorithm, it automatically matches and tracks the changes in environmental features. It effectively filters out environmental clutter false alarms such as trees, crops, clouds, rain, and sea waves. Meanwhile, under complex clutter conditions, it can effectively detect weak echo targets, providing users with high detection sensitivity and accurate sensing applications.
2) Effectiveness of Tracking
Radar supports up to 1Hz spatial scan rate while utilizing advanced tracking algorithms, achieving real-time tracking of various highly maneuverable targets, providing users with accurate and intuitive target information.
3) Precision of Detection
Radar's azimuth and elevation angle measurement accuracy is significantly high, far less than the minimum field of view angle of optical systems. It can guide optical systems to capture targets precisely at long distances, greatly enhancing the application value of the electro-optical linkage system.
4) Portability and Ease of Operation
Radar is lightweight, can be set up by a single person, making it convenient for users. Additionally, the human-machine interface is intuitive and straightforward, and the configuration is simple, effectively reducing the learning and usage cost of the radar for users.
3 Product Specifications
1) Operating frequency band: X-band;
2) Elevation coverage range (elevation field of view angle): -5° to 60°;
3) Azimuth coverage range (horizontal field of view angle): 360°;
4) Detection range:
a) Small rotor UAV (RCS=0.01m²) detection range ≥ 10km;
b) Medium fixed-wing UAV (RCS=2m²) detection range ≥ 20km;
c) Personnel detection range ≥ 14km;
d) Helicopter and vehicle detection range ≥ 20km;
5) Maximum detection altitude: ≥ 3000m;
6) Blind zone: ≤ 50m;
7) Range accuracy: ≤ 5m (RMS);
8) Angle measurement accuracy: Azimuth: ≤ 0.4° (RMS), elevation: ≤ 0.4° (RMS);
9) Antenna rotation speed: 20rpm (120°/s), 30rpm (180°/s), 60rpm (360°/s);
10) Number of targets that can be tracked simultaneously: ≥ 500 targets;
11) Tracking speed range: 1 to 150 m/s;
12) Excellent anti-clutter capability, common clutter does not trigger false alarms;
13) Environmental adaptability: -40 to +55°C;
14) Operating humidity: ≤ 60%;
15) Protection level: IP66;
16) Weight: ≤ 50kg;
17) Power consumption: ≤ 400W;
18) Antenna dimensions: 650*815*85mm.
The BT2510 low-altitude surveillance radar is primarily used for low-altitude and ground monitoring. It utilizes digital beamforming technology, which results in low equivalent omnidirectional radiation power and high search data rates. The radar features adaptive clutter suppression and dense target detection with pre-tracking technology. This significantly reduces the rate of false alarms from clutter. It can automatically track over 500 batches of targets, providing highly accurate position information. Key functionalities of the BT2510 include:
1 Covers a large airspace with a 360° azimuth range and a pitch coverage of more than 60°.
2 Capable of displaying the coordinates and speed information of active targets within the radar scanning area.
3 Capable of automatically indicating the motion trajectory of targets.
4 Equipped with an automatic clutter filtering feature, which does not establish valid tracks for ground clutter, sea clutter, or meteorological clutter.
5 Equipped with data recording and playback functions.
Product Advantages
High precision.
Wide coverage area.
Immediate target detection and tracking.
Digital beamforming system with high search data rates.
Broad detection speed range.
Excellent capability to suppress false alarms from clutter.
Application Fields
Key site protection
Battlefield reconnaissance
Border surveillance
Maritime surveillance
Bird detection at airports
Main Specifications
| Operating Frequency: | X-band |
| Operating Mode: | Azimuth mechanical scanning, Elevation Digital Beam Forming (DBF) |
| Number of Frequency Hops: | 6 |
| Elevation Coverage (Field of View in Elevation): | -5 to 60 degrees |
| Azimuth Coverage (Horizontal Field of View): | 360° |
| Detection Altitude: | At least 3000 meters |
| Detection Range: | At least 8 km for small rotorcraft UAVs (RCS=0.01m2). At least 12 km for small fixed-wing UAVs (RCS=0.1m2). At least 20 km for medium fixed-wing UAVs (RCS=5m2). At least 12 km for Persons. At least 20 km for helicopters and vehicles. |
| Angle Measurement Accuracy: | Azimuth: ≤0.3 degrees (RMS), Elevation: ≤0.3 degrees (RMS) |
| Range Measurement Accuracy: | ≤5 m (RMS) |
| Blind Zone: | ≤50 m |
| Antenna Rotation Speed: | 30 RPM (180 degrees/s) |
| Number of Targets Tracked Simultaneously: | At least 500 groups |
| Detection Radial Velocity Range: | 1 to 100 m/s |
| Clutter Rejection Capability: | Common clutter does not cause false alarms |
| Power Consumption: | ≤400 W |
| Power Supply Range: | DC, 30 to 52V |
| Communication Interface: | Gigabit Ethernet |
| Environmental Adaptability: | Operating temperature -40 to +55° C, Protection class IP66 |
| Weight: | ≤40Kg |
| Main Unit Dimensions (excluding servo): | 650 x 815 x 85 mm |
| Wind Resistance Capability: | Operates normally in wind conditions up to Beaufort scale 6 |