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Self-Balancing Robot with Ball Balancing using PID & LQR in MATLAB Simulink #selfbalancing #matlab
🔗Download Complete Project:
https://engrprogrammer-shop.fourthwall.com/products/self-balancing-robot-with-ball-balancing-using-pid-lqr-in-matlab-simulink
This advanced MATLAB Simulink simulation demonstrates a two-wheeled self-balancing robot while simultaneously balancing a ball on its top platform — using PID and LQR control for direct comparison.
Built using Euler–Lagrange nonlinear dynamics, this project visualizes real-time control behavior, making complex theory easy to understand and visually powerful.
🚀 What You’re Seeing:
✅ Dual balancing system (robot + ball)
✅ PID vs LQR performance comparison
✅ Real-time Simulink animation
✅ Lagrangian-based dynamic modeling
✅ Scope outputs: angle, position, velocity & forces
📦 Full Project Includes:
✔ MATLAB Simscape .slx file
✔ PID + LQR controllers
✔ Real-time animation
✔ Tutorial video
✔ Documentation with equations
❌ No .m file — everything built inside Simulink
🎓 Perfect For:
• Robotics & Control Systems students
• MATLAB / Simulink learners
• Researchers & educators
• Engineers working on balancing robots
👉 Professional, ready-to-use MATLAB Simulink project
📲 Follow for More MATLAB & Robotics Projects:
▶️ YouTube: @engrprogrammer
📷 Instagram: @engrprogrammer2494
#engineering #robotics #controlsystems #matlab #simscape #LQRcontrol #selfbalancingrobot #robot #automation #shorts #robotics #matlab #simscape #controlsystems #engineeringmagic #MATLAB #Simulink #ControlSystems #PID #LQR #Robotics #SelfBalancingRobot #Engineering #Mechatronics #Automation #RoboticsEngineering #MATLABSimulation
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Видео Self-Balancing Robot with Ball Balancing using PID & LQR in MATLAB Simulink #selfbalancing #matlab канала TODAYS TECH
https://engrprogrammer-shop.fourthwall.com/products/self-balancing-robot-with-ball-balancing-using-pid-lqr-in-matlab-simulink
This advanced MATLAB Simulink simulation demonstrates a two-wheeled self-balancing robot while simultaneously balancing a ball on its top platform — using PID and LQR control for direct comparison.
Built using Euler–Lagrange nonlinear dynamics, this project visualizes real-time control behavior, making complex theory easy to understand and visually powerful.
🚀 What You’re Seeing:
✅ Dual balancing system (robot + ball)
✅ PID vs LQR performance comparison
✅ Real-time Simulink animation
✅ Lagrangian-based dynamic modeling
✅ Scope outputs: angle, position, velocity & forces
📦 Full Project Includes:
✔ MATLAB Simscape .slx file
✔ PID + LQR controllers
✔ Real-time animation
✔ Tutorial video
✔ Documentation with equations
❌ No .m file — everything built inside Simulink
🎓 Perfect For:
• Robotics & Control Systems students
• MATLAB / Simulink learners
• Researchers & educators
• Engineers working on balancing robots
👉 Professional, ready-to-use MATLAB Simulink project
📲 Follow for More MATLAB & Robotics Projects:
▶️ YouTube: @engrprogrammer
📷 Instagram: @engrprogrammer2494
#engineering #robotics #controlsystems #matlab #simscape #LQRcontrol #selfbalancingrobot #robot #automation #shorts #robotics #matlab #simscape #controlsystems #engineeringmagic #MATLAB #Simulink #ControlSystems #PID #LQR #Robotics #SelfBalancingRobot #Engineering #Mechatronics #Automation #RoboticsEngineering #MATLABSimulation
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Видео Self-Balancing Robot with Ball Balancing using PID & LQR in MATLAB Simulink #selfbalancing #matlab канала TODAYS TECH
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31 декабря 2025 г. 21:38:19
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