About this 3D model

A modular rotating balance system designed to demonstrate torque, moment, and equilibrium through hands-on interaction. Perfect for education, prototyping, and conceptual design studies. This project is a modular mechanical learning tool that demonstrates fundamental structural and physical principles such as torque, equilibrium, and load distribution. The system consists of a rotating circular wheel (ring) mounted on a fixed triangular base through a pivot connection. The wheel includes multiple attachment points, allowing users to place weights at different positions and observe how the system reacts. By changing the position and magnitude of loads, users can: Explore how torque is generated Understand how moment balance is achieved Visually experience static equilibrium Observe load transfer through a structure The pivot mechanism allows free rotation while maintaining structural stability, making the system both dynamic and controlled. Key Features Modular design with customizable attachment points Rotating mechanism (pivot-based movement) Educational focus on physics and structural behavior Simple geometry, easy to print and assemble Ideal for students, designers, and educators Assembly No glue required (depending on tolerance settings) Designed for easy assembly and disassembly Central axis acts as a pivot (use a pin, rod, or screw)