Uploaded February 2026 | Updated September 2026, 12 hours ago
🔗Downlaod Complete project:
engrprogrammer-shop.fourthwall.com/products/2-dof-planar-robotic-manipulator-pid-trajectory-tracking-in-matlab
Watch a 2-DOF planar robotic arm track smooth trajectories in real-time using PID Controller in MATLAB!
In this short, you’ll see:
✅ User-selectable trajectories: Circle 🔵, Infinity ∞, Rectangle ▭
✅ Analytical inverse kinematics for precise end-effector motion
✅ Forward kinematics visualization with live joint angles θ₁ & θ₂
✅ PID-based joint control for ultra-smooth motion
✅ Real-time end-effector path tracing
This simulation is perfect for students, robotics enthusiasts, and engineers who want to explore robotics, kinematics, and control systems in an interactive way.
💡 Did you know?
PID control ensures the robot follows its path without jerks, and each link and joint is clearly visualized with labels L1, L2, and colored joints.
📌 Try it yourself in MATLAB and see how motion control comes to life!
🔔 Don’t forget to Like, Comment, and Share if you want more MATLAB robotics demos!
#2DOFRobot #RobotArm #MATLAB #Robotics #PIDControl #TrajectoryTracking #PlanarManipulator #EngineeringProjects #STEM #Mechatronics #simulation
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🔗Downlaod Complete project:
engrprogrammer-shop.fourthwall.com/products/2-dof-planar-robotic-manipulator-pid-trajectory-tracking-in-matlab
Watch a 2-DOF planar robotic arm track smooth trajectories in real-time using PID Controller in MATLAB!
In this short, you’ll see:
✅ User-selectable trajectories: Circle 🔵, Infinity ∞, Rectangle ▭
✅ Analytical inverse kinematics for precise end-effector motion
✅ Forward kinematics visualization with live joint angles θ₁ & θ₂
✅ PID-based joint control for ultra-smooth motion
✅ Real-time end-effector path tracing
This simulation is perfect for students, robotics enthusiasts, and engineers who want to explore robotics, kinematics, and control systems in an interactive way.
💡 Did you know?
PID control ensures the robot follows its path without jerks, and each link and joint is clearly visualized with labels L1, L2, and colored joints.
📌 Try it yourself in MATLAB and see how motion control comes to life!
🔔 Don’t forget to Like, Comment, and Share if you want more MATLAB robotics demos!
#2DOFRobot #RobotArm #MATLAB #Robotics #PIDControl #TrajectoryTracking #PlanarManipulator #EngineeringProjects #STEM #Mechatronics #simulation
robotic arm in matlab, planar manipulator, 2-dof manipulator, forward kinematics in matlab, robotics matlab, robot arm matlab simulation, homogeneous transformation in robotics, manipolatore planare a due braccia, planar robot, robot arm matlab, quintic trajectory, linear trajectory, trajectory control, manipulator, robot pid control, cubic trajectory, manipulators, trajectory, translations rotations robotics, matlab (programming language), robotics for beginners, robotica arduino, forward kinematics of robot hand
