In the partial fulfillment of the requirements for the award of the Bachelor of Engineering in Computer Engineering, I began the engineering design of an e-UAV and completed implementation four days to final year defense.This project aimed at reducing CO2 emissions contributed during aerial surveillance in the aviation industry by introducing a Network of electric 4G Surveillance Unmanned Aerial Vehicles.
System Design | Network Diagram |
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The Mission planner software was used as a ground station software for this final year project.Note: some versions are buggy although the software works if you follow the installation and setup instructions properly.
Frame Material | |
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Final Assembly | |
Flight | |
- How to make Quadcopter frame
- How to make Quadcopter drone with APM 2.8 and GPS | APM 2.8 connections (Part 1) | step by step
- APM 2.8 flight controller setup | How to make Quadcopter with APM2.8(Part 2) | Mission planner setup
- APM 2.5 Ardupilot controller- setup guide 1 of 4
- Autonomous Drone with ArduCopter pixhawk and OpenCV.