The long-range navigation spoofer alters the target drone's navigation control system's positioning information by emitting simulated satellite navigation signals. This modification in positioning results in misleading responses from the target, causing it to move away from the restricted area in a specified direction or inducing it to make erroneous judgments, leading to a nearby descent or redirection to a designated location. By deploying the long-range navigation spoofer, a semi-spherical controlled area is formed with the spoofer at its center. Within this controlled area, drones are prevented from taking off, and outside this area, drones cannot enter. This system is effective against drone clusters and can be utilized for safeguarding large-scale events or providing security for critical locations. The device can operate independently or in coordination with low altitude detection radar, radio detection equipment, and radio interference devices. It can be deployed in a mobile, vehicle-mounted, or fixed manner.
| Operation frequency | GPS L1/L2, GLO L1/L2, BDS B1/B2 |
| Deception radius | ≥30km |
| Effective angle | Horizontal 360° |
| Startup Time | ≤30s |
| IP | 66 |
1) Five major functions: Directed Disengagement, Area Rejection, No-fly Zone Enforcement, Fixed-point Luring, Navigation Interference.
2) Wide-ranging effectiveness, applicable to drones equipped with satellite navigation systems.
3) Comprehensive navigation signal coverage, including GPS, GLONASS, BDS, and other navigation signals, addressing dual-mode and multi-mode navigation unmanned aerial vehicles.
4) Automatic linkage with low-altitude detection radar, radio detection equipment, and radio interference devices.
5) Supports normal operation under conditions such as night, rain, snow, heavy fog, etc.
