The Hobbit-02B is a two-dimensional phased array radar system with three-coordinate (3D) target measurement capability. It is specifically designed for the detection, tracking, and identification of low-altitude and small targets such as unmanned aerial vehicles (UAVs). The radar provides real-time target information, including azimuth, range, elevation, and velocity, enabling reliable situational awareness and early warning for counter-UAV and airspace security applications.
| Features | Descriptions |
|---|---|
| Operating Frequency Band | X-band; |
| Detection Range | ≥ 3km (Typical Target: DJI Phantom 4, RCS=0.01m²); |
| Minimum Detectable Target Speed | 1 m/s; |
| Short-Range Blind Zone | ≤ 150m |
| Detection Coverage |
Azimuth: ±45°, 360° (mechanical scanning); Elevation: 0°~50°; |
| Target Capacity | ≥ 200 |
| Accuracy (RMS): |
Range Accuracy: ≤ 10m Azimuth Accuracy: ≤ 0.6° Elevation Accuracy: ≤ 0.5° |
| Data Rate |
≤ 3s (Mechanical scanning mode, 360° azimuth) ≤ 1s (Electronic scanning mode, ±45° azimuth) |
| Communication Protocol | UDP |
| Average Power Consumption of the Whole Machine | AC 220V/50Hz |
| Data Interface | Gigabit Ethernet Port |
Our counter-UAV solutions are based on mature radar and RF detection technologies, delivering reliable drone detection, tracking, and identification in real operational environments. The systems are market-ready, field-tested, and suitable for government and professional security customers.
We offer a full portfolio of anti-drone equipment, including drone detection radar, RF signal detection, direction finding, FPV monitoring, and integrated detect-and-jam systems. This allows distributors to cover multiple application scenarios with one brand and maximize project opportunities and margins.
With in-house manufacturing, OEM/ODM capability, and professional technical support, we help partners localize products, win tenders, and deploy systems efficiently. Distributors benefit from stable supply, competitive pricing, customization support, and long-term cooperation.
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