Glonass 2.4G 5.8G GPS Digital Drone Signal Jammers 2KM Long
Distance
Drone Jammer Description:
According to the spokesperson of GREETWIN COMPANY, the long distance jammer uses the radio control frequency
disruption technologies to stop drones in the air to help establish
the safety and security of the military installations or civilian
colonies. The gun operates on standard GPS and ISM radio bands
Wi-Fi 2.4Ghz 5.8Ghz that allow it to interfere with the commercial
UAV signals. The gun can operate with a significant frequency
range, allowing to detect and bringing down a UAV from a far
distance.
The spokesperson reveals that the drones jammer is an effective way
to jam the control and navigation signals of UAVs. The jammers
designed by the GREETWIN engineers thus bring an effective protection against all types of
remote controlled wireless devices, including drones. According to
him, the jammer has been developed with a simple and flexible
utilization concept and one can easily use it to jam an aerial
device from a significant distance.
The portable UAV/drone jammer is our company's latest product
designed by R&D department,
against the widespread use of UAV nowadays.
It disables the targeted UAV by jamming the UAV's remote-control
signal and GPS signal, to force the UAV fall or return. The jamming
distance reaches more than 2KM.
Drone Jammer Function:
Effective interference with UAV Remote-Control Signal 2400MHz, GPS
signal 1500MHz, GPS signal 1200MHz, Transmission Signal 5800MHz,
900MHz.
Drone Jammer Features:
1. Signal Source: Digital gaussian white noise technology
High integration & Stable operation.
2. highly effective power & long jamming distance
3. Manpack type, If device have any problem, “BUZZER” function will
let you know, its convenient operation.
4. High quality tubular radiator, effective in radiating heat.
5. Import components; the moderating circuit-starting design avoids
a spark,
when the device turn on/off.
6. Batteries are separate from the main device, easy to be replaced
and maintained.
Drone Jammer Application:
Mainly applied to prisons, airports, scientific research centers,
detention houses, interrogation rooms, courthouses, labor camp, all
kinds of military important places, forbid aerial photography by
use of drone, etc
We make field test for Futaba 14sg,
ICR = Y / X = 600 / 50=12
Y is interference distance, X is Communication distance.
When X increase, ICR will be smaller , approach to 1.
For example,
When X is 500m, Y is 1.5KM.
ICR means RF jammer can get effective interference , the maximum
ratio of interference distance and Communication distance.
We introduce two models:
Advanced Model A: GW-UAV300
ICR = Y / X = 3 / 3 = 1
Y is interference distance, X is Communication distance.
ICR means RF jammer can get effective interference , the maximum
ratio of interference distance and Communication distance.
-----Drone Jammer Technical Parameters-----
| Channel | | working frequency | Output power(±1dBm) |
| CH1 | 2.4G | 2400-2485MHz | 41.7 dBm |
| GPSL1, Glonass | 1565-1610MHz | 40 dBm |
| GPSL2, Glonass | 1217-1250MHz | 40 dBm |
| 900M | 902-928MHz | 43 dBm |
| CH2 | 5.8G | 5725-5850MHz | 37 dBm |
| Build-in battery | 24V,7.5A ( min 30minutes working continually) |
| Signal Source | Digital gaussian white noise |
| jamming radius | 1-2km |
| Antennas | 2pcs directional antennas |
| Output Power | 60W |
| Power consumption | 180W |
| Main engine weight | 16Kg |
| Size | 346×216×100mm |
| Humidity | 30%-95% |
| Running temperature | -10 to +50℃ |
