Drone Mounted Life Detector Fully Automatic IMSI Catcher For DJI M300 M350

The DJI M300/M350 Drone Life Search IMSI Catcher represents a breakthrough in search and rescue technology, seamlessly integrating visible light imaging, thermal imaging, and mobile wireless communication signal detection capabilities to achieve precise localization of living targets. Beyond capturing clear visible light signals, this advanced system boasts exceptional penetration performance, enabling it to traverse obstacles such as buildings, dense forests, and collapsed structures—effectively detecting and locating trapped individuals that might otherwise remain hidden. Leveraging cutting-edge mobile wireless signal detection technology, the integrated IMSI catcher can actively receive, decode, and analyze wireless signals emitted by the mobile phones of trapped persons, providing rescue teams with actionable intelligence to accelerate and optimize search and rescue missions.

Qualitative Detection (Presence/Absence): The DJI M350's IMSI catcher features high-sensitivity signal reception, enabling it to accurately determine the presence or absence of mobile phone signals within the search radius. This critical capability provides the first line of insight for rescue teams to judge whether there are trapped persons in the target area.
Quantitative Estimation (Count): By leveraging advanced signal processing algorithms, the system can analyze the strength, frequency, and spatial distribution of collected mobile phone signals. This allows it to roughly estimate the number of trapped individuals, helping rescue teams allocate resources and formulate rescue strategies scientifically.
Precise Localization (Positioning): Integrating high-precision map data, real-time drone positioning, and multi-source signal fusion technology, the system can pinpoint the geographic coordinates of trapped individuals with remarkable accuracy. It delivers precise navigation information to rescue teams, significantly reducing search time and improving rescue efficiency.

Equipped with a high-gain dedicated antenna and optimized signal penetration technology, the system can effectively penetrate non-metallic obstacles such as reinforced concrete buildings, dense woodlands, and thick smoke. This ensures that it can detect living targets hidden behind barriers, breaking through the limitations of traditional visual search methods.

The DJI M350 drone platform itself boasts rapid takeoff and maneuverability, enabling it to respond instantly to emergency rescue calls and reach disaster-stricken areas (such as earthquake zones, flood areas, and forest fire sites) in the shortest possible time. Combined with the system's simultaneous multi-dimensional detection capability, it can cover large search areas efficiently, significantly improving the overall search and rescue progress.

The system features a fully autonomous operation mode, supporting pre-set flight paths, automatic obstacle avoidance based on multi-sensor fusion, and intelligent area search algorithms. It can independently complete search tasks without manual remote control intervention, reducing the operational burden on the crew and ensuring safe flight in complex disaster environments.

It integrates three core detection technologies—mobile phone signal capture (IMSI catcher), high-definition visible light imaging, and high-sensitivity thermal imaging. These technologies complement each other: visible light captures clear scene details, thermal imaging identifies heat signatures of living beings, and mobile phone signal detection confirms the presence of trapped persons. This multi-dimensional approach ensures comprehensive and reliable search results.

The system adopts a highly integrated terminal application interface, which centrally displays drone flight control parameters, real-time map navigation, high-definition images/videos from visible light and thermal imaging, and precise positioning results of trapped persons. This one-stop display eliminates the need for switching between multiple devices, allowing rescue commanders to grasp all key information intuitively and make rapid decision-making.

The core detection equipment, dedicated antenna, and data transmission module are all integrated into a compact and lightweight payload. This design not only ensures easy installation and disassembly on the DJI M300/M350 drone platform but also effectively reduces the drone's flight load, extending its endurance and expanding its search range.