Specification:-
- High-performance battery
- Working voltage: 12V to 50V DC
- Material Safety: Non-toxic, lead-free components
- Current at no load: 70mA
- Max. current withstand : 250V
- Max. Power Rating : 6A
- Long life approximately 10,000 clicks
Package Included:- 4 Pcs 3V Small Electric DC Toy Motor,1 Pcs 5V Buzzer,4 Pcs 4 Blade Fan Propeller, 3 pcs 9V Battery Clip Connector,4 pcs KCD1-B101 6A 250V AC Rocker Switch,1 Pcs 2 Cell Battery Holder,2 pcs 9V Battery,10 pcs 1K Resistor,5 Pcs 5mm Red LED,5 Pcs 5mm Blue LED,5 Pcs 5mm Yellow LED,5 Pcs 5mm Green LED,1 Pcs RGB LED,1 Pcs Screw Base Torch Bulb with Holder,1 Pcs Black wire 2M,1 Pcs Red wire 2M,1 Pcs 70mm x 70mm 6V 100mAh Solar Pannel,4 Pcs Crocodile Clip,1 Pcs 4V-12V DC Dynamo Motor,1 Pcs 4 Blade 96mm Fan Propeller ,1 Pcs 152mm 2 Blade Fan Propeller, 1 Pcs 152mm 3 Blade Fan Propeller,1 Pcs 134mm 3 Blade Fan Propeller,1 Pcs Push Button Horn Switch
SKU: RI9023A
Combo of DIY DC Motor Learning Science Experiment | Educational Kit For Kids (64 Item)
The DIY DC Motor Learning Science Experiment Kit is an engaging and educational tool designed to spark curiosity and enhance understanding of basic electrical engineering concepts in children. Perfect for hands-on learning, this kit allows kids to build their very own direct current (DC) motor from scratch, introducing them to the fascinating world of electromagnetism, circuitry, and mechanical motion in a fun and interactive way.This educational kit includes all the essential components needed to assemble a working DC motor, such as copper wire, magnets, battery holder, switch, and other basic electrical parts. Each piece is designed for ease of use and safety, making it suitable for children aged 8 and up. With clear, step-by-step instructions, the assembly process encourages problem-solving, fine motor skills, and critical thinking as children explore how electrical energy can be transformed into mechanical energy.The DIY DC Motor kit not only supports STEM (Science, Technology, Engineering, and Mathematics) education but also promotes a hands-on, inquiry-based approach to learning. It’s an excellent project for science fairs, school experiments, or weekend fun, providing a rewarding experience that goes beyond reading from textbooks. The satisfaction of building a motor that actually works can boost a child’s confidence and ignite a lifelong interest in science and engineering.
Feature:-
- Easy Assembly
- STEM-Focused Learning
- Real-World Science
- Safe and Child-Friendly
- Boosts Critical Thinking
