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  • The power advantage is used to make the UAV navigation system receive an analog navigation signal with false position information
  • The power advantage is used to make the UAV navigation system receive an analog navigation signal with false position information

  • The power advantage is used to make the UAV navigation system receive an analog navigation signal with false position information

  • JR-TSL1186 series UAV decoy jammer simulates the satellite navigation signal by simulating the transmission, competes with the satellite signal in orbit, uses the power advantage, makes the UAV navigation system receive the simulated navigation signal with false position information, makes the UAV "lost" in the control area, can not fly according to the predetermined track, can make the UAV produce the effect of driving away, forced landing, or unable to take off.
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JR-TSL1186 series UAV decoy jammer simulates the satellite navigation signal by simulating the transmission, competes with the satellite signal in orbit, uses the power advantage, makes the UAV navigation system receive the simulated navigation signal with false position information, makes the UAV "lost" in the control area, can not fly according to the predetermined track, can make the UAV produce the effect of driving away, forced landing, or unable to take off.

Detection of half-longitude

3km~10km optional (0.1W radiation source)

Decoy interference radius

500m~10km optional

Direction of action

360°

Detect the received frequency band

Covering mainstream UAV data transmission frequency bands (e.g., 2.4GHz, 5.8GHz)

Decoy operating bands

Civilian UAV navigation bands

Signal transmit power

≤10mW (adjustable)

power consumption

≤50W

Start-up time

≤5min

Operating temperature

-40℃~70℃

Explosion-proof rating

Ex nAIIC

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