Mini Electromagnetic Crane – DIY Educational Kit

Bring engineering and creativity together with this Mini Electromagnetic Crane DIY Kit. Designed for hands-on learning, this compact working model demonstrates the basic principles of electromagnetism, mechanical movement, simple electrical circuits, and pulley/crane mechanisms.

Made primarily from 3 mm MDF, the kit can be assembled into a functional mini crane using the included components. The electromagnetic lifting mechanism uses an iron nail wrapped with copper wire to create an electromagnet when powered by the included AA batteries. The crane can then be used to demonstrate how electricity can be converted into magnetic force to lift small metal objects.

The kit is a great choice for students, STEM projects, science exhibitions, DIY enthusiasts, classroom activities, and educational demonstrations. Assembly provides an engaging way to learn by building and experimenting with a real working model.

Product Dimensions

• Length: 250 mm

• Width: 170 mm

• Height: 116 mm

• Material: 3 mm MDF and included hardware/components

What's Included

• 3 mm MDF sheet × 1

• Small glue bottle × 1

• Assembly guide × 1 page

• Bamboo sticks × 2

• Sandpaper × 1

• M4 screws, 12 mm × 5

• M4 nuts, 12 mm × 5

• Speaker wire × 1

• Iron nail × 1

• Copper wire × 1

• Battery holder × 1

• AA batteries × 2

• Screwdriver × 1

• Paper clips × 3

Key Features

• Working electromagnetic lifting mechanism

• Hands-on STEM learning experience

• DIY assembly project

• Compact and lightweight design

• Made with 3 mm MDF

• Suitable for science fairs, school projects, and educational demonstrations

• Includes the essential components needed for assembly

Learning Benefits

This mini crane helps learners understand fundamental concepts such as electromagnetism, electrical circuits, magnetic attraction, mechanical structures, and basic engineering design. Building the model also encourages problem-solving, creativity, fine motor skills, and practical learning.

Build it. Power it. Experiment with it. Discover how electromagnetism can make a mini crane work!