100MHz~6GHz Stationary Drone Detection For Radio Frequency 3-10km fixed Drone Spectrum Detector

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June 27, 2025
Category Connection: Stationary Drone Detection System
Brief: Discover the 100MHz~6GHz Stationary Drone Detection System, a cutting-edge solution for radio frequency detection from 3-10km. This fixed drone spectrum detector offers passive detection, high concealment, and multi-target tracking, ideal for urban and complex environments.
Related Product Features:
  • Passive spectrum detection technology ensures no environmental interference and high concealment.
  • Detects and identifies common drone brands like DJI, Autel, and Yuneec, as well as most domestic models.
  • Single station can simultaneously find directions for multiple targets; multi-station networking enables precise positioning.
  • Operates offline with integrated industrial design, suitable for large-scale deployment in complex urban areas.
  • Supports 100MHz~6GHz spectral scanning with spectrogram and waterfall plot displays.
  • Features intrusion alarms, detection and jamming linkage, and trajectory playback for comprehensive drone monitoring.
  • Integrated design with standard API interface for easy installation and data upload to specified systems.
  • Black and white list functionality to distinguish between cooperative and non-cooperative target drones.
Faqs:
  • What is the detection range of the 100MHz~6GHz Stationary Drone Detection System?
    The system has a detection range of 3 to 10 kilometers, making it suitable for wide-area surveillance.
  • Can this system detect multiple drones simultaneously?
    Yes, it can detect and track up to 20 drones simultaneously, with direction finding for at least 3 targets at once.
  • How does the system handle drone identification?
    It identifies common drone brands and most domestic models, including DJI, Autel, Fimi, and Yuneec, based on spectrum scanning results.
  • What are the networking capabilities of this drone detector?
    Multiple stations can network to achieve TDOA precise positioning, trajectory tracking, and large-scale coverage via grid-based deployment.