Uploaded June 2026 | Updated September 2026, 1 day ago

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🔗Downlaod Complete Project with 3D STL files of UGV
engrprogrammer-shop.fourthwall.com/products/ugv-trajectory-tracking-using-adaptive-nonlinear-control-in-matlab-circle-rectangle-line-paths-stl-3d-model

🚗 Watch an autonomous UGV (Unmanned Ground Vehicle) accurately track Circular, Straight-Line, and Rectangular trajectories using an Adaptive Nonlinear Controller in MATLAB.

This project features realistic Ackermann steering dynamics, trajectory tracking control, STL-based 3D visualization, real-time animation, and performance analysis.

🔹 Adaptive Nonlinear Control
🔹 Input-Output Linearization
🔹 Ackermann Steering Vehicle
🔹 Circular, Line & Rectangle Path Tracking
🔹 Real-Time MATLAB Animation
🔹 Robotics & Control Systems Project

🎓 Ideal for:

Robotics Students
Mechatronics Engineers
Control Systems Researchers
MATLAB Developers
Final Year Projects (FYP)

💬 Which trajectory should be added next?
Figure-8, Obstacle Avoidance, or Autonomous Parking?

#shorts #MATLAB #Robotics #UGV #ControlSystems #Mechatronics #AutonomousVehicle #PathTracking #TrajectoryTracking #Engineering #Robot #Automation #STEM #Simulation #AdaptiveControl