I will develop uav flight dynamics, drone simulation, and pid control in python

I will create a custom UAV/quadcopter PID controller simulation in Python, designed to model and visualize drone control behavior in a clear and professional way.

This gig is ideal for engineering students, researchers, hobbyists, and portfolio projects related to control systems, UAV dynamics, robotics, and simulation.

Depending on your requirements, the simulation can include altitude control, attitude control, roll/pitch/yaw stabilization, waypoint following, disturbance response, wind resistance, trajectory plots, and performance metrics such as overshoot, settling time, rise time, and steady-state error.

You will receive clean, well-structured Python code using libraries such as NumPy, SciPy, and Matplotlib, along with clear plots and explanations of how the PID controller works. I can also include animations, parameter tuning, comparison between controller gains, and a short technical report if needed.

My goal is to deliver a simulation that is accurate, understandable, visually clear, and useful for learning, presentation, or engineering demonstration purposes.

Contact me before ordering so we can define the UAV model, controller structure, and simulation requirements.