Smart Robotic Arm for Load Handling

Description

The Smart Robotic Arm for Load Handling is a student working model designed to demonstrate the principles of robotics, automation, and load management. This project highlights how robotic systems can be used to perform repetitive or heavy tasks with precision and efficiency, reducing human effort.

The structure of the robotic arm is built using foam board or sun board, making it lightweight yet sturdy. The gear motor and gearbox provide the necessary torque and motion control for smooth arm movement, while the chassis and robotic wheels allow the arm to be mobile. A remote control is used to operate the arm, enabling the user to maneuver it and handle loads with accuracy.

The gripper mechanism is the key feature of this project, designed to hold, lift, and place objects safely. By integrating mechanical components with controlled motion, the robotic arm can simulate industrial applications such as warehouse automation, material transport, and assembly operations.

This project serves as an excellent STEM learning model, helping students understand the concepts of mechanics, robotics, control systems, and real-world industrial automation.

Materials Used

• Foam board or Sun board (for structure)
• Gear motor
• Chassis
• Robotic wheels
• Remote
• Gearbox
• Gripper