TY2000-F UAV Environmental Testing Platform

Introduction:

TY2000-F UAV environmental testing platform is based on the experience of many years of gas monitoring and analysis, and combined with advanced UAV remote sensing technology to realize the integrated accident detection and air pollution monitoring system. The system is equipped with high-precision gas detection unit, high-strength carbon fiber frame, with precise GPS positioning technology, equipped with professional-grade flight control and digital transmission radio, with remote operation and over-the-horizon autonomous flight, real-time image data return and other functions. . It can be used in emergency accident detection, atmospheric environment measurement and other occasions.

system introduction

The TY2000-F UAV environmental detection platform collects field data through intelligent gas sensors and particulate sensors carried by the drone, and converts the collected analog signals into digital signals for transmission to the ground control platform host through the network.

Features:

The safe six-rotor construction is perfectly suited to the aerodynamic design. Rugged and durable with a high-strength carbon fiber frame.

It can be equipped with sensors according to the user's needs. It can install 16 gas sensors at the same time. It does not need to change the sensors frequently. The instantaneous concentration of various gases can be directly measured on site, with high precision and long service life.

The gas detection unit is fully integrated with the flight control unit, and the whole machine is electrically integrated design, and the high-performance brushless motor is used to enhance the anti-interference ability of the flight platform.

Multi-sensor information fusion, through high-reliability digital radio, back monitoring data within the effective flight range. A variety of anti-electromagnetic interference measures provide stable communication for the aircraft.

The aircraft is equipped with professional-grade flight control to ensure precise positioning during flight and full autonomous flight with stable attitude and safety under complex airflow conditions. It ensures stable flight under high electromagnetic interference environment, supports one-button task execution and uncontrolled automatic return.

The integrated ground station can simultaneously view the test data and the return image, and perform scheduled flight on the aircraft or real-time route planning flight.

Technical Parameters:

Configurable sensor metrics