


DIY Wooden Electromagnetic Motor Science Experiment Kit
Hands-On DIY Electric Motor Assembly Kit for Kids & Hobbyists
Explore the fundamentals of electromagnetism and motor mechanics with this DIY Electric Motor Kit. Perfect for science fairs, classroom activities, and at-home experiments, this kit is designed to demonstrate how a simple DC motor works using magnetic and electric forces. The included pre-cut wooden parts and essential components make it easy for children and beginners to assemble the model without the need for soldering or advanced tools.
Ā Specifications:
-
Material: Laser-cut wooden board (for frame), insulated copper wire
-
Power Supply: 2x AA batteries (not included)
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Components Included:
-
Laser-cut wooden sheet parts
-
Copper wire coil
-
Permanent magnet
-
Battery holder with leads
-
Sandpaper
-
Hook screw & base support
-
Adhesive pad
-
-
Assembly Time: 15ā30 minutes
-
Recommended Age: 10 years and above
-
Educational Focus: Electromagnetism, motor principles, hands-on STEM learning
Original: $1.61
-70%$1.61
$0.48Product Information
Product Information
Shipping & Returns
Shipping & Returns
Description
Hands-On DIY Electric Motor Assembly Kit for Kids & Hobbyists
Explore the fundamentals of electromagnetism and motor mechanics with this DIY Electric Motor Kit. Perfect for science fairs, classroom activities, and at-home experiments, this kit is designed to demonstrate how a simple DC motor works using magnetic and electric forces. The included pre-cut wooden parts and essential components make it easy for children and beginners to assemble the model without the need for soldering or advanced tools.
Ā Specifications:
-
Material: Laser-cut wooden board (for frame), insulated copper wire
-
Power Supply: 2x AA batteries (not included)
-
Components Included:
-
Laser-cut wooden sheet parts
-
Copper wire coil
-
Permanent magnet
-
Battery holder with leads
-
Sandpaper
-
Hook screw & base support
-
Adhesive pad
-
-
Assembly Time: 15ā30 minutes
-
Recommended Age: 10 years and above
-
Educational Focus: Electromagnetism, motor principles, hands-on STEM learning
























