This is an educational electromagnetic motor kit, designed to demonstrate the basic principles of electromagnetic induction and the operation of a DC electric motor.It consists of: A laser-cut wooden base (easy to assemble) A copper wire coil (electromagnetic loop) Permanent magnets (circular discs) Metal supports with contact rings A battery holder (usually for 1.5V or 3V total) Connection wires Dimensions Length: 10 cm Width: 7 cm Height: 6 cm Material: MDF or plywood Power source: 2 × 1.5V batteries (usually not included) How It Works When the circuit is connected to electricity, the coil located between the magnets creates a magnetic field.The interaction between this field and the permanent magnetic field of the magnets produces a rotating force, demonstrating the fundamental principle of a DC electric motor—conversion of electrical energy into mechanical energy. 1. Educational Use Ideal for: Elementary, middle, and high school students Physics or electromagnetism labs STEM / Robotics lessons Demonstrations of: Electromagnetic force (Lorentz force) Conversion of electrical to mechanical energy How a DC motor works 2. Experimentation & Understanding Perfect for electromagnetism experiments Shows how current direction affects motion Can be combined with a multimeter to measure current or voltage 3. STEM Skill Development Encourages mechanical thinking and creativity Develops skills in circuit assembly, observation, and problem solving 4. Decorative or Exhibition Use Can be used in science fairs, robotics exhibitions, or class demonstrations Visually engaging and easy to understand motor model
