Introduction

With the growth of low-altitude industries and frequent unauthorized drone incidents, airports, energy facilities, and large public events face complex security challenges. A 2023 European airport incident, where drones caused over 50 flight delays, highlighted the importance of low-altitude defense. In this context, vehicle-mounted UAV countermeasure modules provide a high-efficiency solution for wide-area low-altitude security.

How Vehicle-Mounted UAV Countermeasure Modules Ensure Wide-Area Low-Altitude Security

Pain Points

Traditional counter-drone approaches rely on portable or fixed devices, but they have limitations:

  • Limited coverage: Unable to protect large areas effectively.
  • Lack of flexibility: Fixed deployments cannot quickly support mobile operations.
  • Limited power output: Ineffective against high-performance drones.

Mobile and long-range solutions are urgently needed.

Technical Highlights

Vehicle-mounted UAV countermeasure modules offer:

  1. Extended coverage radius: Vehicle power allows hundreds of watts output, covering 5–10 km.
  2. Wide frequency suppression: Simultaneously covers 2.4GHz, 5.8GHz, and GPS/BeiDou bands.
  3. High mobility: Rapid relocation to target areas, response speed improved by over 50%.
  4. Remote monitoring: Centralized control and multi-vehicle coordination for a low-altitude defense network.

Application Cases

  • Airport protection: Full 360° coverage prevents flight disruptions.
  • Large-scale exhibitions: Patrolling with vehicle-mounted modules suppresses drones approaching venues.
  • Energy facilities: High-power jamming prevents drones carrying hazardous materials from entering sensitive areas.

Trends and Guidelines

Future trends:

  • Multi-vehicle coordination: Forming regional low-altitude defense networks.
  • Modular upgrades: Flexible replacement of jamming units as needed.
  • Regulation compliance: Developing operational and legal standards for vehicle-mounted modules.

Purchase guidance: Focus on vehicle power supply, modular expansion, monitoring capabilities, and operational radius to ensure a match with mission requirements.

Conclusion

Vehicle-mounted UAV countermeasure modules, with wide coverage and high mobility, have become essential for airports, energy facilities, and large-scale event security. They improve defense efficiency and provide a new model for low-altitude security management. More details at https://www.yaics.cn.

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