| Working Frequencies: | 900MHz, 2.4G, 5.8g, GPS 433 900 |
|---|---|
| Antenna: | Omni-Directional Antenna |
| Application: | Airports, Detention Houses, Miliitary |
| Output Power: | 530W |
| Power Supply: | AC220V |
| Jamming Range: | 1-2km |
| Customization: |
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Drone Jammer is the ultimate outdoor anti-drone solution. It is safe, simple to operate and can be installed at houses, offices, airports or Military important places easily. The device uses focused electronic counter measures to block the drone's control, GPS and video signals while minimizing the impact on other local devices. It comes with directional panel antennas to disrupt 6 frequencies used by the majority of commercial drones. With a radius range of up to 3 km. With multiple power outputs the operator can choose if they want the drone to return to home or land. The device GW-JAM8 does no harm to the drone or its operator.
Most commercial drones use 2.4GHz or 5.8GHz for their control and video transmission frequencies.
The GW-JAM8 disrupts these frequencies meaning that the drone's operator will be unable to see the video coming from the drone. The drone then returns to its home location.
Function:
Effective interference with UAV Remote-Control Signal 2400MHz, GPSL1 L2 signal, Transmission Signal 5800MHz.
Features:
1. High integration & Stable operation, Noise technology.
2. Highly effective power & long jamming distance up to 2KM.
3. Separate control of each module, convenient operation.
4. High quality tubular radiator, effective in radiating heat.
5. Import components;
What are Drones?
Also know as unmanned aerial vehicles (UAV), are aircrafts without a human pilot on board. The flight is controlled by the remote control of a pilot on the ground. The typical launch and recovery method of an unmanned aircraft is by the function of an automatic system or an external operator on the ground. There are a wide variety of UAV shapes, sizes, configurations, and characteristics.
Why need Drone Jammer?
Commercial drones has raised a privacy concerns among people since most of the drones flies equipped with high quality cameras which can invade people privacy, taking photo of people and personal property. Also drones can be used to smuggle drugs, crash into buildings, act as peeping Toms, drop bombs, shoot guns, and gather personal data on anyone whom drone pilot want to harm. Hence a Jammer to block drones remote control signal to protect our privacy and personal space is required
Applications:
Sensitive Areas
Prisons
Oil Refineries
Miliitary Bases
Protected Areas
Technical Parameters:
| Output interface | Description | Shield band of frequency | RF output power(±1.5dBm) | |
| CH1 | 1.2G | 1170-1280MHz | 46dBm (40W) | |
| CH2 | 2.4G | 2400-2500 MHz | 50.7dBm (120W) | |
| CH3 | 433MHz | 428-438MHz | 46dBm (40W) | |
| CH4 | 5.8G | 5725-5850 MHz | 45dBm (30W) | |
| CH5 | 2.4G | 2400-2500MHz | 50dBm (100W) | |
| CH6 | 1.5G | 1550-1620MHz | 47dBm (50W) | |
| CH7 | 5.8G | 5725-5850MHz | 47dBm (50W) | |
| CH8 | 900MHz | 868-930MHz | 50dBm (100W) | |
| Power supply: AC220V, DC29.4V 5A | ||||
| Total Output Power: 530Watt | ||||
| Power consumption: 1100Watt | ||||
| Gross Weight: 50Kg | ||||
| Humidity: up to 80% | ||||
| Running Temperature: -20ºC to +65ºC | ||||
| Jammer Module Number | 8 | |||
| Jamming Band | 8 bands | |||
| Cooling System | 8 Cooling Fans | |||
| System Protection | VSWR, Over-voltage, Over-current | |||
| Jamming Source | Noise Technology | |||
| Remote control | LED display | |||
| Antenna Type | High Gain Omni-directional Antennas | |||
| Number of Antennas | 8 | |||
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