OS - 2 EMF system with UAV, the electromagnetic field meter is mounted on the unmanned aerial vehicle (UAV), the use of drones ensure the UAV reach the designated position and measure the electromagnetic field, monitor the surrounding data and positioning of the space environment and meanwhile the results immeditately send to the ground station system. Unmanned aerial vehicle (UAV) electromagnetic radiation monitoring station allow the user to collect and monitor the real-time data,  generate electromagnetic radiation report with a three-dimensional figure and distribution, and complete the regular air EMF monitoring.

■Space electromagnetic radiation and electromagnetic environment quality monitoring;

■Measurement of electromagnetic radiation and electromagnetic environment spatial distribution of mobile communication base station;

■Detection of electromagnetic radiation space distribution of medium and short wave broadcasting, FM radio and TV signal tower;

■Measurement of electromagnetic radiation and electromagnetic environment spatial distribution monitoring;Radar, navigation, satellite earth  station, microwave relay station, military ship, jammer, communication station;

■Spatial EMF test for Power transmission and substation.

Lightweight and Compact design

The whole weight of UAV and EMF meter is 3.4kg.

Anti-interference Technology

The system has anti-interference technology and can resist interference from UAV own and the wireless data and image transmission system.

Various Data

In addition to EMF test data, the system also generate the simultaneous information of spatial location, real time, UAV status(Battery, GPS signal and more) which is displayed on the Ground Station System.

Automatic Mode

The system can automatic measurement of spatial EMF of wireless transmitter based on a plan waypoint.

High-definition Image Transmission System

The on-board stable high-definition camera can observe the environment and take photos or live videos.

Ground Station System 

Monitor and collect data in real time and generate 2D and 3D electromagnetic radiation maps. 

Flight Plan and Display of Results Base on the Realtime Map

Base on the realtime map, the flight route and hover point can be planned, the position and status of the UAV and the measurement results can be real-time displayed.