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The Autonomous Helicopter Navigation System 2010 focuses on creating a helicopter system capable of autonomous control, navigation, and localization in GPS-denied environments. This project includes sections on Ground Control Station design, flight control, flight computer implementation, helicopter control forces, attitude control methods, lessons learned, system demonstration, and questions. The aim is to showcase the development and implementation details of this innovative project in the field of autonomous helicopter navigation systems.
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AHNS Project Aim The Autonomous Helicopter Navigation System 2010 is focused on developing a helicopter system capable of autonomous control, navigation and localising within a GPS denied environment.
Ground Control StationFlight conTrol Tim Molloy
Ground Control Station 06332064 Tim Molloy
GCS Design (Architecture) 06332064 Tim Molloy
GCS Implementation (User Interface) 06332064 Tim Molloy
GCS Acceptance Testing • Documented in AHNS-2010-GC-TR-001 06332064 Tim Molloy
Flight Control 06332064 Tim Molloy
Flight Computer and Mode Control Unit 06332064 Tim Molloy
Flight Control Acceptance Testing 06332064 Tim Molloy
Quadrotor Control • Thrust Altitude Control Forces • Thrust Roll Control Forces • Thrust Pitch Control Forces • Drag Yaw Control Forces Tim Molloy
Static Angle Based Attitude Control • Developed in simulator • Implemented and Tested in Test Rig • Did not afford attitude control and removed safety pilot from loop
Lessons Learnt • First Lesson Learnt • Second Lesson Learnt 06332064 Tim Molloy
Michael HAMILTON - 06219314 MICHAEL KINCEL - 06219322 Tim MOLLOY - 06332064 Liam O’Sullivan - 06308627