3 km Radius Detecting 10 drones simultaneously Anti Drone System Handheld/Portable Core Communication Frequency Bands

Ⅰ. Product Overview

The handheld drone detector is mainly used to enhance public security authorities’ capability in maintaining citywide political and social stability, preventing, stopping, and investigating illegal activities, and deterring behaviors that endanger public order. It actively promotes the

application of information technology and big data in public security, putting the strategy of   strengthening law enforcement through science and technology into practice. This device can detect drone activities within its coverage area, providing early warning and predictive

assessment to assist in improving the efficiency of crime prevention and enforcement.

This handheld drone detector with a built-in database of mainstream commercial drone models, enabling independent operation. It is also equipped with Bluetooth and cellular wireless data

access functions, allowing for wireless transmission of relevant alarm data and log information via Bluetooth, as well as online updates of t he drone model database.

Ⅱ. Product Features

8. Pilot Positioning: Accurately locates the pilot (i.e., remote controller) and indicates the corresponding direction.

9. Multi-Target Positioning: Supports simultaneous accurate detection, positioning, and trajectory tracking of ≥ 10 drones.

10. RID Drone Detection: When drones with RID broadcast signals are present, the device marks them with a specific RID icon.

11. Data Export: Allows export of detection and decoded data.

12. Networking: Can connect to a backend platform, supporting reporting of detection and early warning data, as well as whitelist configuration issued by the platform.

13. Online Upgrades: Supports cloud-based updates of t he drone model database and software versions.

Ⅲ. Product Parameter

Ⅳ. Product Working Principle

1. The RF receiving module captures the wireless signal of the drone through the antenna. The signal contains information such as the serial number, model, position, speed, altitude, flight trajectory, and pilot position of the drone.

2. For uncooperative drones, their spectrum information can also be detected. The analog signal will be transmitted to the digital signal processing (DSP) module, which amplifies, filters, demodulates, and digitizes the signal to extract the original data stream. The DSP module will then decode, correct errors, and format convert the data to ensure its integrity and accuracy, and ultimately transmit the processed digital signal to the main control system.

3. The core of the device is the main control module based on the Android system, using high-performance processors and the Android operating system, with powerful data processing and multitasking capabilities. This module receives data from a digital signal processor (DSP), runs specialized software algorithms, and achieves drone signal recognition, trajectory tracking, data analysis, and visualization presentation.

4. Simultaneously supporting human-computer interaction, displaying processing results intuitively through touch screens or application interfaces, such as displaying drone model, distance, altitude, and flight path information.

5. Users can also send control commands through this interface, such as switching monitoring modes or exporting data, which will be executed by the main control module.

6. The entire system is stably powered by battery modules to ensure the continuous and efficient operation of all components. Through the collaborative operation of RF reception, signal processing, intelligent analysis, and user interaction, this device achieves efficient monitoring and management of drone signals, suitable for scenarios such as security monitoring and airspace supervision.

Ⅴ. Product List

Ⅶ. Product Detection Function

Ⅷ. Product Interface Display

1. The top status bar is visible at a glance: battery level, network Wi-Fi, The time and battery level are highlighted in red to indicate charging.   

2. 6-inch FHD touch screen, slide left and right to switch between "real-time detection/recording statistics/system settings".   

3. Real time rendering of drone positions on the central map, with different colored icons distinguishing Spectrum/DJI ID/Remote ID.   

4. Top five shortcut buttons: layer switching, compass, distance measurement, reset, clear trajectory, and one handed blind operation.   

5. Upon discovering the target, a triple alarm is immediately triggered: red border flashing+buzzing+vibration, and the model and distance pop up at the bottom.   

6. Click on the target pop-up window: model SN, Coordinate, altitude, pilot position, navigation QR code, one click add to whitelist.   

7. Real time overlay of trajectory lines, supporting playback at 1 × -8 × speed; Automatic coloring when multiple machines are used, making the situation clear at a glance.   

8. One click entrance for "Export/Networking/Upgrade" in the upper right corner, where data, maps, and firmware can be synchronized to the cloud in three minutes.

Ⅸ. Product Detection record

1. Three mode classification list: Spectrum/DJI ID/Remote ID, in reverse chronological order.

2. Time filtering: Today, Last Week, Last Month, Last Year, or custom start and end.

3. Single flight information: SN, first/last appearance time, cumulative duration, number of trajectory points.

4. Track playback: One click return to the map, playback at 1 × -8 × speed, can pause/drag.

5. Statistical chart: aircraft model ranking list, time period flight frequency line, can export images.

6. Data export: Select time period ->Generate file ->Bluetooth direct transmission to external devices.