Product Introduction
The UAV navigation decoy device simulates and emits a UAV navigation decoy signal that is completely consistent with the signal of the navigation satellite in orbit, and spoof the position, speed and time of the drones.
In conjunction with the real-time position and trajectory information of the UAV provided by radar and other detection equipment, the system dynamically adjusts the decoy position coordinates to induce the UAV to fly to a designated location and land.
The UAV navigation decoy device consists of a host, a power supply, and a management software platform.
Main function
The system can decoy the positioning of drones that rely on BDS/GPS/GLONASS/GALILEO satellite navigation systems. Through location decoy and other methods, it can achieve the goal of forcing the drone to land, drive it away, lure it to a designated location, and prevent it from taking off within the defense zone.
⚫ With all-round, all-weather, long-distance automatic defense against drones
⚫ With functions such as forced landing, directional expulsion, heading induction, and no-fly
⚫ With the function of defending against drone swarms
⚫ Can emit decoy signals that allow drones to perform circular motion, linear motion, uniform motion, variable speed motion, curved motion and other trajectories
⚫ The satellite signal channel delay is adjustable to match the decoy radius in order to achieve the best decoy effect
⚫ Integrated satellite receiver, synchronized with the time of the satellite in orbit
⚫ With self-test and status output functions, it automatically reports to the command and control system when a fault occurs
⚫ Adjustable output power, defense distance adjustment
⚫Parameter and function control support interface protocol docking, support system integration and secondary development
⚫ With the ability to connect multiple devices to the Internet, hierarchical management, and regional control and defense
⚫ With the function of linkage with spectrum detection, interference suppression equipment, and radar, it can achieve 24-hour unmanned operation
⚫ Software: Provide interface protocol for integrated development
Technical indicators
The navigation decoy board supports the simulation of GPS, BDS, GLONASS and GAL navigation satellite signals. The performance indicators are as follows:
Signal receiving and transmitting frequency: user selection frequency
Product signal frequency configuration list
|
Satellite system |
Frequency band |
Center frequency point (MHz) |
Bandwidth |
|
Standard frequency point |
|||
|
BDS |
B1I |
1561.098 |
±2.046MHz |
|
GPS |
L1 C/A |
1575.42 |
± 1.023MHz |
|
GLONASS |
L1 |
1602 |
1598.0625-1605.375MHz |
|
Optional frequency point |
|||
|
GPS |
L2 |
1227.6 |
±1.023MHz |
|
BDS |
B1C |
1575.42 |
±16.368MHz |
|
B2I |
1207.14 |
±2.046MHz |
|
|
B3I |
1268.52 |
±10.23MHz |
|
|
GLO |
L2 |
1246 |
1242.9375-1248.625MHz |
|
GAL |
E1 |
1575.42 |
±12.276MHz |
⚫ Signal output power at each frequency point: ≤-5dBm
⚫ Power adjustment range: 80dB
⚫ Power adjustment resolution: 0.5dB
⚫ Position simulation accuracy: ≤1m
⚫ Speed accuracy: ≤0.5m/s (RMS)
⚫ Time synchronization accuracy: <20ns

Performance indicators 4 frequency point version
|
No. |
Item |
Technical Specifications |
|
1 |
Frequency tolerance |
<±2*10-6 |
|
2 |
Transmitted spurious |
<-36dBm (30MHz-1GHz, RBW is 100kHz), <-30dBm (1GHz-18GHz, RBW is 1MHz) |
|
3 |
Frequency range (MHz) |
GPS L1:1574.40~1576.44 BDS B1:1559.05~1563.14 GLO L1:1597.55~1605.89 GAL E1:1563.14~1587.70 |
|
4 |
Occupied bandwidth (MHz) |
GPS L1:≤2.046 BDS B1:≤4.092 GLO L1:≤8.34 GAL E1:≤24.552 |
|
5 |
Out-of-band suppression |
±200KHz≤40dB, ±500KHz≤45dB |
|
6 |
Equivalent isotropic radiated power |
20W |
|
7 |
Active defense distance |
Radius 5-8km |
|
8 |
Start Effect |
<10s |
|
Signal synchronization |
Simulated satellite navigation signal ephemeris synchronization and time synchronization accuracy 3 minutes<1us |
|
|
10 |
Secure encrypted data communication function |
Supports data transmission between the secure encrypted data communication module and the information management platform, meeting the requirements of the "Unmanned Aerial Vehicle Radio Countermeasures Equipment Data Interface Protocol_Test Example" |
|
Deceived response time |
<10s (within effective range) |
|
|
Effective decoy angle: |
horizontal: 360°, vertical: 0~90° |
|
|
Number of drones to be countered simultaneously |
Unlimited |
|
|
Temperature adaptability |
Working temperature: -40℃~+70℃, Storage temperature: -50℃~+80℃ |
|
|
Relative humidity adaptability Humidity |
10%~75% (22 degrees), >=95% (45 degrees) |
|
|
Vibration |
The anti-vibration performance complies with the requirements of truck road transportation environment in GJB 150.16A-2009 |
|
|
protection grade |
IP65 |
|
|
Explosion-proof grade |
EX nA IIC T6 Gc |
|
|
Lightning protection performance |
meets the requirements of level 3 in GB/T17626.5-2019 |
|
|
Power supply |
AC 220V |
|
|
Remote control |
RJ45 |
|
|
Dimension |
411 ×411 ×370 mm (without triopd) |
|
|
Weight |
15kg |
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