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Modeling and Control of a Wheeled Inverted Pendulum System in MATLAB #control #matlab #selfbalancing

💡 Download Full MATLAB Project from here:
https://engrprogrammer-shop.fourthwall.com/products/modeling-and-control-of-a-wheeled-inverted-pendulum-system-in-matlab

Bring advanced robotics and control systems to life with a fully engineered Wheeled Inverted Pendulum (WIP) Simulation Package. This industry-level project demonstrates real-time balancing using nonlinear dynamics and cascaded PID control.

✔ MATLAB Simulation

Fully structured MATLAB code (.m file)
Nonlinear dynamic modeling of WIP system
Cascaded PID control implementation (Position + Balance)
Real-time stabilization and trajectory tracking
High-quality 2D animation with smooth motion
MP4 video export (presentation-ready)

✔ Deliverables

You will receive:
MATLAB Simulation Code (.m file)
HD Animation MP4 (robot balancing)
System Response Plots (Position, Angle, Torque)
Editable Control Parameters (PID tuning ready)

🎓 Perfect For

Control Systems & Robotics courses
Final Year Projects (FYP)
Self-balancing robot design
MATLAB & Simulink learners
Research and academic presentations
Freelancers & engineering portfolios

🚀 See the WIP Robot in action!

Watch how the robot balances itself dynamically, stabilizes the inverted pendulum, and responds to control inputs in real time. A perfect example of modern control engineering applied to robotics.

🔗 Why you’ll love this video:

✅ Self-balancing robot simulation
✅ Cascaded PID control implementation
✅ Nonlinear dynamics modeling
✅ Real-time animation + MP4 export
✅ Ready-to-use MATLAB project

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Видео Modeling and Control of a Wheeled Inverted Pendulum System in MATLAB #control #matlab #selfbalancing канала TODAYS TECH
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