ROS & Python Helicopter Control with Cyclic Pitch
In the last video, we discussed how to control the altitude of the virtual helicopter. However, the tail rotor caused a problem with the helicopter's horizontal position control, causing it to move to the right side. In this video, we will fix this by controlling the helicopter's cyclic pitch, allowing it to navigate to any desired position without any delay.
We'll cover:
Understanding the cyclic pitch control of a helicopter.
Adjusting the helicopter's pitch angle to correct horizontal movement.
Setting up and running the control algorithms in Python using ROS2.
Implementing gyroscopic precession in the control algorithm.
Practical demonstrations of the improved control system in a virtual environment.
Join me as we dive into the details of cyclic pitch control, ensuring our helicopter can maintain stable and accurate navigation. Don't forget to like, share, and subscribe for more tutorials and tips on robotics engineering!
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📝In-video sources
➡️ Git repo: https://github.com/ubicoders/vrobots_...
➡️ Virtual multi-rotor: https://www.ubicoders.com/virtualrobots
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