This post is coming after quite some time but it comes with good amount of progress.This post we introduce you all to the ‘ArduPilot’. ArduPilot is an auto piloting system which easily takes over complete functionality of an RC plane. Remember the arduino board I discussed in my earlier posts (if you have forgotten you can blame it on me), the ArduPilot is based on the same micro-controller. The Arduino series will go on but coming to the ArduPilot, it is made up of two PCB’s.
One PCB carries micro-controller and the required peripherals along with communication ports such as UART, I2C.
The other PCB is a sensor board which holds various types of sensors such as Pressure Sensor, Gyro, Accelerometers’ ( one along x-y and another along z). This board also contains the telemetry port which is used to transmit the sensor as well as important flight data to the ground station when the plane is in air, via an Xbee module. A transmitter and a receiver pair makes up a control unit of an RC plane .i.e. these control the servo motors mounted on the plane. Now as the ArduPilot sits in between the receiver and the servo motors it acts as the controlling unit,although (as we tried yesterday) the receiver signals can be bypassed through the ArduPilot using a switch on the transmitter.
The ArduPilot software is called APM Mission Planner and it is a neat tool to view the telemetry details. The movement of the plane can be clearly seen on the left side of the screen. The right side gives the gps location of the plane. All in all it describes every aspect and data.
If you have derived any question from above post then place them in the comment box right below.
This is all for today,but the next update will be sooner than expected ;).








