Argus D20 Detector Core Advantages

The fixed drone detector functions the drone detection, early warning, model identification and positioning tracking within the detection range by detecting radio signals radiated by drones. It utilizes the radio spectrum analysis, Drone ID and Remote ID.

Argus D20 Detector
Argus D20 Detector
Argus D20 Detector
20MHz–8000MHz Full-Spectrum Coverage

Full-spectrum identification of commercial, FPV, and DIY drones on both standard and modified frequencies.

3~10km Surveillance Range

Provides an effective detection radius of 3 to 10 km.

High-Precision Positioning

Supports robust positioning and direction-finding for the majority of UAV types. 

High-Capacity Multi-Target Tracking

Designed to simultaneously detect, lock onto, and track a large number of targets.

Argus D20 Detector Functional Capabilities

Intelligent Drone Identification
Single-Station Direction Finding
Networked Localization
Intelligent Spectrum Learning
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Intelligent Drone Identification

Instantly identifies diverse threats, including DJI, Autel, Parrot, FPV, DIY  Drones.

Single-Station Direction Finding

Deployment of a single sensor enables immediate directional finding by Angle of Arrival (AOA) technology.

Networked Localization

Supports multi-station networking to achieve high-accuracy geolocation.

Intelligent Spectrum Learning

Automatically learns and records new drone signatures to stay ahead of emerging threats.

FAQs & User Support of Argus D20 Detector

Can this stationary detector identify FPV and DIY drones?

Yes. The system is engineered with Full-Band Detection (20MHz–8000MHz). Unlike standard detectors that only cover Wi-Fi bands, it can effectively detect and classify FPV drones, frequency-hopping remote controllers, and DIY models utilizing non-standard frequencies.

Does the system provide real-time alerts for fast-moving drones?

Yes. With a rapid identification speed of under 2 seconds, the system provides immediate real-time early warning. This allows security teams maximum reaction time to track high-speed targets (like FPVs) and deploy countermeasures effectively.

What is AOA technology, and how does it differ from TDOA?

AOA (Angle of Arrival): A single-station technology that calculates the direction (azimuth) of the drone signal using an antenna array. It tells you which direction the drone is coming from using just one device.

TDOA (Time Difference of Arrival): A network-based technology that requires multiple units (usually 3+) deployed in different locations. By measuring the time difference of signal reception, it uses triangulation to pinpoint the drone's exact coordinates (latitude/longitude) and trajectory on the map.

Application Scenarios for Argus D20 Drone Detector

Additional Fixed‑Site C‑UAS System
Thor M50 Multi-facet Drone Defender
Ares J20 Omnidirectional Drone Jammer
Argus C04 Photoelectric

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