Syma S107 Helicopter Hovering

Robotics & Big Data Lab

Syma S107 Helicopter Hovering

Goal

Our task was managing to hold and hover over a specific point in the room using Syma S107 helichoper.

Capture Device

  • We used four 4 mm hemisphere facial markers to mark our helicopter- Cockpit, Tail Rotor and each of the Landing Skids.
  • The lab was coverd by Six OptiTrack Flex motion capture cameras that could track our marked copter and sample it’s location at any time.
  • The OptiTrack cameras were connected to a hub and then to the computer via USB.
  • We used Motive:Tracker software which provided us a real time object tracking in six degrees of freedom and integrated with MATLAB.

Application

  • We used a strong IR led that was hooked to an Arduino board through a breadboard.
  • After Processing the data we received from Motive SDK we serialized an Arduino command that will be trasmitted to the copter in real time.
  • Every command that was transmitted changed the “Pitch”, “Throttle” and “Yaw” values of the copter in order to direct it toward a same specific coordinate in the room.
  • Our main difficulty was how to redefine these three parameters above once the helicopter reaches the desired point. Since, it already has a momentum toward a specific direction. We used some tricks:
    • We didn’t actually aim to the desired point in the room but to some midpoint that was located in between the copter and the desired point.
    • Once the copter gets located inside some critical radius from the desired point we started to use a revrse pitch and only allowed minor changes in the new values of the “Yaw” and “Throttle” for the next Arduino command.
    • *The video was recorded in the dark since the copter could receive the IR signal better this way.
  • Link to WIX website :
  • wix website

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