RF Scanning Drone Identification Direction Finding FPV Video Transmission Detection Systsm
Product Details
RF Scanning Drone Detection System
,FPV Video Transmission Detection System
,Direction Finding UAV Detection System
Fixed Drone Detection Device
The Fixed Drone Detection Device is an advanced RF-based UAV detection and identification system designed for continuous airspace monitoring and low-altitude security protection.
The system integrates full-spectrum RF scanning, drone identification, direction finding, positioning analysis, FPV video transmission detection, and optional GNSS spoofing capability.
Technical Specifications
| Parameter | Specification |
|---|---|
| Detection Frequency Range | 70MHz–6GHz full-band scanning |
| Extended Detection Frequency | 6GHz–8GHz |
| Supported Detection Bands | 433MHz, 530MHz, 750MHz, 800MHz, 900MHz, 1.2GHz, 1.4GHz, 2.4GHz, 3.3GHz, 5.2GHz, 5.8GHz |
| Detection Range | Up to 5km (LOS environment) |
| Drone Identification Range | DID ≥5km / RID ≥2km |
| Supported Protocols | DID, RID, DJI O2/O3/O3+/O4/O4+ and mainstream UAV protocols |
| FPV Video Detection Range | ≥1.5km |
| FPV Video Frequency Range | 500MHz–6.2GHz |
| Video Capture Function | Supports analog video capture and real-time viewing |
| Detection Coverage | 360° horizontal coverage |
| Detection Response Time | ≤5 seconds |
| Direction Finding Accuracy | ≤±15° RMS (2.4GHz/5GHz bands) |
| Detection Information Display | UAV distance, altitude, speed, coordinates, model, SN number, takeoff point, return point, trajectory |
| Cloud Platform Function | Detection, identification, alarm, GIS display, recording, playback, device status monitoring |
| GNSS Spoofing Function | Optional |
| AI Model Learning | Optional |
| Power Consumption | ≤100W |
| Operating Temperature | -40°C to +60°C |
| Protection Rating | IP66 |
| Weight | ≤17kg |
| Dimensions | Φ400mm × 531mm |
Advantages of drone detectors
- Round-the-Clock Monitoring: Fixed hardware is built to provide all-weather monitoring 24 hours a day, 7 days a week.
- Superior Accuracy: If your site needs even higher precision, the system combines multiple tracking methods to pinpoint a drone’s location with extreme accuracy.
- Detection and Defense in One: To save time and space, can integrate both drone detection and precision signal blocking into a single piece of equipment.
- Identifying the Intruder: These permanent systems can read Remote ID data, which allows security to identify the specific serial number and ownership of the drone.
- FPV Drone Monitoring Detects: FPV drone analog video transmission signals and supports real-time image viewing for enhanced situational awareness.
- Advantages of drone detectors: Effective at medium-to-long range; can often identify the drone’s make and model; detects the drone before it is visible or audible; relatively affordable and portable.
What is a Drone Detection System Solution?
A drone detection system is a specialized technology stack designed to identify, track, and characterize unmanned aerial vehicles (UAVs) entering a protected airspace. Unlike traditional surveillance, which may rely on generalized motion sensors or manual observation, these systems utilize a sophisticated blend of Radio Frequency (RF) sensors, radar, and electro-optical/infrared (EO/IR) imaging to maintain a constant “eye on the sky”.
Why Drone Detection?
When misused, drones can disrupt businesses in many ways, compromising safety, security, and efficiency. They can threaten public safety in busy areas, facilitate delivery in secure areas of corrections facilities, or disrupt travel and endanger passengers by interfering with air traffic.
Additionally, drones can enable espionage, cyber-attacks, and theft, posing risks to sensitive data and valuable assets. Implementing a drone detection system allows businesses to identify and respond to these threats swiftly, safeguarding their operations and stakeholders.
How to Detect Drones?
Drones can be detected using several technologies, including radio frequency (RF) sensors, radar systems, acoustic sensors, and optical or thermal cameras. RF sensors identify communication signals between a drone and its controller, while radar detects physical objects in the air. Acoustic sensors recognize drone sound signatures, and cameras provide visual confirmation. Modern drone detection systems often combine multiple technologies to improve accuracy and reduce false alarms.
We focus on the latest countermeasures. So, if you need to implement (or are thinking about implementing) a counter-drone solution, then this is the resource for you.
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