A Multi-technology Integrated FPV Unmanned Aerial Vehicle Detection Platform

Introduction

This advanced system synergizes cognitive radio spectrum analysis,multi-modal sensor fusion , and AI-driven adaptive countermeasures to achieve comprehensive detection and neutralization of FPV drones in high-density electromagnetic environments. Drawing insights from cutting-edge research on UAV detection and autonomous navigation, the platform integrates the following core technologies:Multi-Band RF Signal Deconstruction and Protocol Cracking Leveraging software-defined radio (SDR) arrays , the system dynamically decodes encrypted FPV control links (e.g., DJI O3+, Walksnail HDZero) and video transmission protocols (5.8GHz analog/digital) through  deep residual networks (ResNet) . Inspired by the passive detection framework in , it identifies drone-specific RF fingerprints (e.g., AES-256 session keys, heartbeat packet anomalies) with 99.1% accuracy at 3km range, even under -120dBm SNR conditions.

Specs

Features

1 km All-Round Detection:

· Detects FPV drones, commercial UAVs, and rogue devices across 2.4GHz, 5.8GHz, 1.2GHz (FPV video), and GPS/GLONASS bands.

· 360° coverage with phased-array antennas to eliminate blind zones.

3.5-Inch Touchscreen Display:

· Full display of drone position, altitude and trajectory.

· Simple operation, easy to use, clear display.

Dual Alert System:

· Voice Alerts: Announces threat type (Manually selectable on or off).

· Vibration Alerts: Silent warnings for covert operations .

Military-Grade Build:

· Full Aluminum CNC Body: Rugged, heat-dissipating design for harsh environments (-30°C to 60°C).

· IP55-rated waterproof and dustproof, impact and corrosion resistant.

Precision Direction Finding:

· TDOA (Time Difference of Arrival) technology pinpoints drone azimuth ±10° accuracy.

Auto-tracks moving targets and updates threat vectors in real time.

Operations Guide

Pressing this interface will enter the settings interface. You can switch the brightness and volume. Press it again to exit and return to the signal detection interface.