DIY Electromagnetic Swing Experiment Kit (Educational STEM Science Project Kit)

The DIY Electromagnetic Swing Experiment Kit is an educational STEM project designed to demonstrate the interaction between an electromagnetic field and a permanent magnetic field. When the suspended electromagnet coil is energized, its magnetic field interacts with the fixed magnet, generating a continuous swinging motion that illustrates the principles of electromagnetism and magnetic force.

This easy-to-assemble kit requires no soldering or special tools and includes all the necessary components for assembly, making it ideal for school science projects, physics experiments, STEM education, and classroom demonstrations. The kit is powered by two AA batteries and uses alligator clips for simple electrical connections.

Key Features -

• Demonstrates electromagnetic field interaction

• DIY assembly with no soldering required

• Powered by two AA batteries

• Easy alligator clip connections

• Includes all required assembly components

• Comes with assembly guide and screwdriver

• Ideal for STEM education and science projects

• Hands-on learning of electromagnetism

Specifications -

• Product Type: Educational Science Project Kit

• Model: DIY Electromagnetic Swing Experiment Kit

• Working Principle: Electromagnetic and Magnetic Field Interaction

• Power Source: 2 × AA Batteries (Not Included)

• Electrical Connections: Alligator Clips

• Assembly Type: DIY Kit

• Assembly Guide: 6-Picture Instruction Sheet Included

• Included Accessories: Small Screwdriver and Complete Assembly Parts

• Weight: Approx. 66g

Applications -

• School science projects

• Physics experiments

• STEM education

• Science exhibitions

• Classroom demonstrations

• Engineering workshops

• DIY electronics learning

• Educational laboratories