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Drone Basic Trainer
EST-5025
•Planar configuration to intuitively identify intensively constructed drone element technologies •Adopting an open source-based microprocessor makes it easy for learners to set drones and practice flight.
•Through software, we check the values of various sensors and motors mounted on the drones and learn how to set the actual drones safely and repeatedly through simulation •Set up a virtual flight environment and repetitively learn the settings required for the flight of the drones that fit the situation
•Drone Control Learning via dedicated AndroidApp registered in Play Store •By connecting App and the training equipment, it is possible to remotely monitor and control with Bluetooth communication •Remote control and monitoring of the camera through Wi-Fi communication
< Drone Part >
< Sensor Part > 
< Camera Part > 
v Arduino IDE (Arduino Program) 
v Androdi App
v PC Software
•Drone definition and configuration
•Acceleration/gyro sensor monitoring
•Roll and Pitch values monitoring according to Acceleration/Gyro Sensor Values •Geomagnetic sensor monitoring
•Temperature/humidity sensor and dust sensor monitoring •Drone position monitoring using GPS
•Motor control
•Motor control in drone direction
•Motor control according to drone rotation and altitude •Motor Control Using PID Control
•Drone control using PID control
•Drone control using barometer
•Application execution and setting using Bluetooth
•Drone remote monitoring and control (Bluetooth, Android App) •Drone camera remote monitoring (Wi-Fi, Android App)
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