Chongqing Leitan Technology Co., Ltd.
Chongqing Leitan Technology Co., Ltd.
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Active Electronically Scanned Array (AESA) Haidongqing Compact UAV Detection Radar
Ⅰ. Product Description
The AESA Haidongqing Compact UAV Detection Radar is a next-generation, lightweight anti-drone system engineered to detect, track, and neutralize small unmanned aerial vehicles (UAVs) with unparalleled speed and precision. Leveraging active phased array radar technology, this system eliminates mechanical scanning limitations, enabling rapid electronic beam steering for real-time 360° coverage. Designed for portability and adaptability, it is ideal for safeguarding mobile operations, urban environments, and confined airspaces where traditional bulky systems are impractical.
Integrated with spectrum monitoring, electro-optical tracking, and countermeasure modules, the radar forms a multi-layered defense network capable of identifying drones as small as 0.01 m² within a 5 km radius. Its compact design does not compromise performance: the system maintains robust functionality in extreme temperatures (-45°C to +65°C), high winds, and humid conditions, ensuring reliability in diverse operational scenarios.
Ⅱ. Product Features
Active Phased Array Radar (AESA):
Electronic Scanning: Replaces mechanical rotation with instantaneous beam steering, achieving a refresh rate of <2 seconds for 360° coverage.
Multi-Target Tracking: Simultaneously tracks up to 200 targets, including low-altitude, slow-moving, and small (LSS) drones.
High Resolution: Delivers ≤1° angular accuracy at 5 km and 0.005° positioning precision for servo-assisted tracking.
Compact & Modular Design:
Lightweight: 30% smaller and lighter than conventional systems, with a footprint of 850 mm × 850 mm × 1700 mm and a weight of 250 kg.
IP65 Protection: Dustproof and waterproof for outdoor deployment.
AI-Driven Intelligence:
16 TOPS Embedded Processor: Classifies UAVs, birds, and vehicles while filtering false alarms (e.g., foliage, weather clutter).
Adaptive Countermeasures: Auto-selects jamming/deception modes based on threat level and UAV type.
Multi-Sensor Fusion:
Spectrum + Radar + Electro-Optical: Combines RF detection, radar cross-section (RCS) analysis, and visual confirmation for <5% false alarm rates.
GNSS Spoofing: Disrupts GPS, GLONASS, Galileo, and BeiDou signals to misguide drones.
Energy Efficiency:
Low Power Modes: Consumes ≤550W in surveillance mode; ≤1950W during active countermeasures.
Ⅲ. Product Functions
| Remote Control | Supports remote on/off functionality |
| Output Information | Capable of obtaining information such as the distance, velocity, and angle of detected objects |
| Multi-Target Tracking | Supports multi-target tracking switching logic; can track the trajectories of multiple targets in real-time. |
| Target Fusion Processing | Supports data fusion processing from multiple sensors.Zone Management: Allows flexible setting of zones with precise positioning and the ability to trigger intrusion alarms. |
| Zone Management | Allows flexible setting of zones with precise positioning and the ability to trigger intrusion alarms. |
| Anti-Interference Capability | Features online adjustment capabilities for detection sensitivity and speed range, as well as the ability to filter out abnormal trajectory interference. Through sensitivity adjustment and abnormal trajectory filtering functions, it can effectively eliminate false alarms caused by clutter. |
| Online Monitoring Function | Capable of monitoring working status and issuing fault alarms; also has the ability to alert when the device goes offline. |
| Remote Monitoring Status | Has remote monitoring capabilities, can report device status in real-time, and features online/offline alarm functions for the device. |
| Online Self-Inspection Function | The device has the ability to perform online self-inspection. |
| Adaptive Processing Capability | Has the ability to adaptively handle moving target clutter and adaptively process clutter maps. |
| Linkage Function | Features radar pan-tilt linkage function, with target tracking and evidence capture (automatic tracking mode, radar tracking mode, image tracking mode). |
| Multi-Site Networking and Blanking | Capable of networking with multiple devices; has the ability for multi-site collaborative detection; and has the ability to fill in gaps when neighboring sites fail. |
Ⅳ. Product Parameters
| Functional indicators | |
| Standard configuration | UAD-XTF-PZGLE05 (radar, spectrum, electro-optical, jamming, deception, controller, and management software) |
| Detection distance | ≥5KM |
| Detection frequency band | 70 MHz to 6000 MHz, Note: Other frequency bands can be customized |
| Deceptive frequency | GPS/GALILEO/GLONASS/Beidou |
| Deceptive distance | ≥1KM |
| Interference frequency band | 5900-6200MHz/5600-5950MHz/5100-5350MHz |
| 4850-5100MHz/2280-2540MHz/1750-2000MHz | |
| 1100-1400MHz/850-1050MHz/720-950MHz /410-520MHz | |
| radar parameters | Detailed parameters are listed below: Radar module performance parameters |
| optoelectronic parameters | Photovoltaic parameters Detailed parameters are listed in the table below *④ Photovoltaic module performance parameters |
| Mechanical indicators | |
| wind resistance | 10strong wind |
| Operating temperature | -40℃～55℃ |
| Storage temperature | -45℃～65℃ |
| protection rating | IP65 |
| Operating humidity | ≤ 95% |
| data interface | RJ45 |
| power port | Voltage: 220V Power: ≤550W (Detection Mode), ≤1950W (Countermeasure Mode) |
| weight | 250KG |
| Size | 850mmx850mmx1700mm |
| Platform features | Whitelist and blacklist, real-time detection, optical tracking, automatic countermeasures, manual countermeasures, GIS map. Data storage, event query. |
| Spectrum detection module indicator parameters | |
| Detection frequency band | 20MHz-6GHz |
| Detection radius | ≥5km |
| Identify the radius distance | ≥5 kilometers, can recognize some drone brands and models |
| Detection angle | 360° |
| Angular measurement accuracy error (root mean square) | Distance of 5 km or more ≤ 1° |
| Minimum detection altitude | ＜0m |
| Interference module indicator parameters | |
| Interference frequency band | 5900-6200MHz |
| 5600-5950MHz | |
| 5100-5350MHz | |
| 4850-5100MHz | |
| 2280-2540MHz | |
| 1750-2000MHz | |
| 1100-1400MHz | |
| 850-1050MHz | |
| 720-950MHz | |
| 410-520MHz | |
| power port | 50W |
| Interference distance | 3KM |
| Radar module parameters | |
| Work system | Phased array system (azimuth scanning+elevation phase scanning) |
| Working frequency band | Xband |
| Effective detection power | ≥5.0KM(UAV) |
| ≥8.0KM(Pedestrians) | |
| ≥10.0KM(vehicles) | |
| ≥5.0KM(boats) | |
| Detecting speed | 0.5m/s-83m/s |
| Azimuth accuracy | ≤0.3°(search for);≤0.3°(track) |
| Pitch accuracy | ≤1.0°(search for);≤0.5°(track) |
| Data rate | ≤5s/circle |
| Optoelectronic module index parameters | |
| Operating distance | In the case of atmospheric visibility ≥ 20km, humidity ≤ 50% RH, and temperature difference>6K,Visible light detection distance ≥ 5000m, tracking distance ≥ 4000m, recognition distance ≥ 3000m for 0.3m × 0.3m unmanned aerial vehicle targets; thermal imaging detection distance ≥ 1500m, tracking distance ≥ 1000m, recognition distance ≥ 1000m |
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