1. Product Usage
The 202B drone navigation deception device (portable) is currently designed to address various safety concerns brought by "illegal flying" drones
Developed under threat. This device emits low-power regenerated navigation satellite signals (with a power not exceeding 10dBm) to invade the "Black Fly" unmanned aerial vehicle navigation system, thereby intercepting and controlling unmanned aerial vehicles that require the use of navigation systems for flight control, preventing them from flying into protected areas and ensuring low altitude safety in that area.
This product uses regenerated satellite navigation deception signals of no less than two frequencies to deceive and interfere with the satellite navigation coordinate information received by unmanned aerial vehicles using satellite navigation positioning, achieving the function of no fly zone projection or area denial. No fly zone projection: By radiating false no fly zones (such as nearby airports), the location of "black flying" drones is deceived, causing them to mistakenly believe they have entered the no fly zone and make an emergency landing or return. Area denial: Using radiation characteristic strategy trajectory deception signals to prevent black flying drones from flying into protected areas.
2. Main indicators
1) The main technical indicators of the product are as follows:
2) Operating distance: not less than 500m (360 degrees without obstruction);
3) Signal transmission power: ≤ 10dBm (mW);
4) The system adopts a navigation deception interference working principle;
5) Capable of defending against drone swarms (simultaneously driving away no less than 10 drones of different brands);
6) The system can adjust the output power through the administrator account. By adjusting the signal output power, the coverage range of the system's defense signal can be amplified or reduced
7) Working frequency band: Civil drone navigation frequency band; Customizable for other frequency bands
8) Power consumption: ≤ 75W;
9) Power supply: Equipped with a built-in battery for at least 12 hours of power supply; Support 110V-220V;
10) Start time: ≤ 3 minutes;
11) The response time of the product to drive away the drone is less than 10 seconds;
12) The equipment can work continuously for 24 hours without the need for personnel on duty (signal transmission time ≥ 24 hours);
13) Environmental adaptability: dual-mode switchable Operating temperature: AC Operating temperature: AC Operating temperature: -40 ℃ to+70℃； Battery operating temperature: -20 ℃ to+55 ℃.
3. Packing List
|
NO |
name |
quantity |
|
1 |
Drone Navigation Deception Device (Portable) Host |
1 |
|
2 |
GPS transmitting antenna RF line |
1 |
|
3 |
GPS receiving antenna RF line |
1 |
|
4 |
AC power adapter |
1 |
|
5 |
Product Qualification Certificate |
1 |
|
6 |
Product Manual |
1 |
|
7 |
Packing List |
1 |
4. Device appearance
The appearance of the device is a portable luggage style, with a handheld ring as the front and a cooling fan on the front and back respectively.
5. Main accessories
After unpacking, the main accessories inside are: receiving antenna * 1, transmitting antenna * 1, power adapter * 1, under the foam board
There are no other accessories, below is the host of the device.
6. Equipment Connection and Precautions
6.1Description of each functional module
Product description: This product comes in two versions, one with a remote control switch and one without. If there is no GSM antenna, it means there is no remote control device. There is only a white GPS receiving antenna and a long GPS transmitting antenna. Conversely, the version with a remote control device has three antennas.
6.2Antenna connection
Inside the box, there are three antennas: one for GPS reception (the short white antenna), one for GPS transmission (the longest antenna), and one for GSM reception (the medium-height antenna, which is not available in models without a remote control device). The antenna connector of the box is located in the direction of the box's towing handle, as shown in the figure below:
Antenna connection diagram
Two power supply modes:
Battery power supply: No external power supply is required. Simply turn on the power switch. When the switch is horizontal, it is in the off state. Rotate it downwards until it is vertical to turn it on. At this point, you will see the LCD screen light up, indicating that the device has powered on normally.
External power supply: Connect the power adapter to the external power inlet, and then connect it to 220VAC or 110VAC to supply power to the device.
Equipment startup: Connect all equipment antennas securely and rotate the switch knob until the handle is downward, at which point the LCD screen will light up. Wait for a few minutes until you hear the cooling fan running. If there is a specific number in ***W at the bottom left corner of the LCD screen, the startup is complete.
Connect the built-in network cable of this device directly to the local area network required by the customer, or directly connect it to a designated computer, ensuring that the device and the management center computer are on the same network segment.
6.5 Antennas and equipment
The ports of the GPS transmitting antenna and receiving antenna cannot be connected reversely. Wiring must strictly follow the labels beneath the antennas.
6.6 Operating environment
The deployment location of this equipment should be chosen as the highest point within the defense range as much as possible, ensuring that there are no large obstacles blocking the radio signal of the equipment. The ambient temperature of the deployment location should be between -40 and 70℃, and the platform should not experience severe shaking. The equipment cannot be placed indoors or in places with weak GPS signals, as weak GPS signals will prevent the equipment from functioning properly.