The DIY Electronic Science Project Kit with Light Control Fan builds fundamental circuits using a solderless connection system. It demonstrates physics principles like magnetism and electricity through a motor-driven fan and an integrated compass. Two AA batteries power the assembly for school experiments or home-based STEM education.
Key Features
- Solderless Assembly: Crocodile clips connect all components without heat or lead. Prevents burns during school science project ideas execution.
- STEM Learning Focus: Circuit building blocks cover basic electricity learning kit essentials. Simplifies complex physics lab concepts for kids.
- Magnetism Testing: Integrated compass detects electromagnetic fields during operation. Visualizes invisible forces during physics experiment toys usage.
- Dual Battery Power: 2x AA battery input drives the DC motor. Keeps the fan spinning even during heavy sweat conditions.
- Durable Build: ABS plastic and metal parts form the base. Resists cracks when used in high-traffic classrooms.
Frequently Asked Questions
How to make a light control fan circuit?
Connect the motor and light-sensitive components using the provided crocodile clips in a series configuration. The circuit triggers the fan when light levels hit the sensor.
What is included in a DIY science kit?
This kit contains a motor, fan blade, compass, switches, and battery holder. All parts utilize solderless connections for immediate assembly without extra tools.