Anti UAV Radar2

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December 17, 2025
Brief: Watch as we walk through the full process, from initial setup to real-world testing of the AT-502 Portable SDR Frequency Jammer. This demonstration showcases its operation in critical scenarios like bomb disposal and counter-terrorism, highlighting how it effectively blocks signals from drones, mobile phones, and other wireless devices using its advanced SDR technology and portable design.
Related Product Features:
  • Full-band signal shielding from 8MHz to 6500MHz for comprehensive wireless signal blocking.
  • SDR architecture enables precise jamming with lower power consumption and extended range.
  • Integrated lithium battery provides over 70 minutes of portable operation.
  • Modular design with plug-and-play modules for easy maintenance and scalability.
  • LCD touch screen supports local or remote control via external network port.
  • Self-diagnosis feature monitors operational status and enables rapid fault diagnosis.
  • One-touch power function supports full-band and sub-band operation modes.
  • Software upgrades without hardware replacement for quick adaptation to new frequency bands.
Faqs:
  • What frequency ranges does the AT-502 jammer cover?
    The AT-502 provides seamless coverage across the entire frequency range from 8MHz to 6500MHz, effectively blocking signals from drones, mobile phones (2G to 5G), Bluetooth, and WiFi.
  • How long can the jammer operate on battery power?
    The integrated lithium battery enables normal operation for over 70 minutes, supporting portable use in field operations without external power.
  • What is the interference distance for drones and mobile signals?
    The jammer achieves a drone remote control and navigation jamming distance of over 500 meters, and wireless mobile communication jamming of over 40 meters, depending on environmental conditions.
  • Can the system be upgraded to handle new frequency bands?
    Yes, the SDR-based design supports software upgrades without hardware replacement, allowing quick adaptation to new 5G frequency bands and other emerging threats.