The Vehicle-Mounted UAV Detection and Interference Integrated Defense System (VMIDS) is a low-altitude security solution designed specifically for transportation hubs and crowded areas. With the increasing popularity of drones in aerial photography, logistics, and entertainment, public areas like airports, train stations, and subway stations are frequently experiencing drone interference, posing risks such as flight delays, public disorder, and information leaks. This system integrates drone detection, identification, and interference capabilities. Deployed via mobile vehicle, it can quickly provide regional protection, reliably ensuring the smooth operation of transportation hubs.
Vehicle-mounted, security vehicles can activate detection and interference functions while on patrol.
No fixed deployment required, allowing for the establishment of a defense perimeter anytime, anywhere, making it ideal for temporary security missions.
Supports common remote control and image transmission frequency bands such as 2.4GHz, 5.8GHz, and 900MHz.
Simultaneously covers GPS, Beidou, GLONASS, Galileo, and other navigation satellite signals, completely blocking drone flight control.
Using targeted jamming, it blocks drones from capturing high-definition images of terminal buildings, waiting areas, and crowds.
Effectively prevents the illegal theft of sensitive information in public areas.
The system can handle multiple drones simultaneously, preventing the security threats posed by swarming.
Suitable for deployment in crowded areas around large stations and airports.
The system uses an integrated control terminal, allowing security personnel to operate independently with minimal training.
Supporting one-button start and remote control significantly improves ease of use.
Prevents drones from entering runways and over terminal buildings, ensuring safe flight takeoffs and landings.
Prevents flight delays and accidents caused by drone intrusion.
Prevents drones from hovering at low altitudes in crowded waiting areas, preventing malicious interference.
It can be used for temporary deployment during peak holiday traffic periods to reduce public order risks.
Prevent drones from illegally filming or monitoring logistics transfers, ensuring safe port operations.
Prevent drones carrying dangerous goods from entering cargo areas.