T-M375 Electric Motor DIY Learning Kit

T-M375 Electric Motor DIY Learning Kit

The T-M375 Electric Motor DIY Learning Kit is a hands-on educational project designed to teach the fundamentals of electromagnetism and motor mechanics. By assembling this model, learners see how electric energy is converted into mechanical motion and how magnetic fields, coils, and currents interact to produce rotation. The kit is perfect for STEM education, classroom experiments, and science projects.

Why choose this electric motor DIY learning kit?

• Clear demonstration of electromagnetic induction and motor operation.
• Encourages problem-solving, observation, and practical assembly skills.
• Designed for classroom use, science fairs, and independent learning.
• Compact, battery-powered design for safe and flexible use in labs and at home.

Features and highlights

• Real working electric motor that demonstrates conversion of electrical energy into motion.
• Magnetic field interaction to show how magnets and coils produce torque.
• Hands-on assembly promoting practical understanding of motor construction.
• STEM-focused design ideal for introducing electromagnetism and mechanical principles.
• High-quality materials including durable wooden and metal components for stability.
• Educational and engaging to encourage experimentation and observation.

Package contents

• Wooden base platform
• Copper wire coil set
• Magnet assembly (permanent magnet)
• Metal axis and rotor
• Electrical connectors and wires
• Switch module
• Assembly accessories (screws, nuts, etc.)
• Instruction manual

Specifications

• Power source: Battery operated (DC supply)
• Operating principle: Electromagnetic induction and magnetic force interaction
• Material: Wood, metal, and magnetic components
• Assembly time: 25 to 40 minutes
• Skill level: Beginner to intermediate
• Magnet type: Permanent magnet (strong neodymium or ferrite)
• Voltage range: 1.5V to 3V

Educational value and learning outcomes

• Demonstrates electromagnetic induction and motor operation in a tangible way.
• Explains the relationship between electricity and motion with visible results.
• Strengthens assembly, observation, and problem-solving skills.
• Perfect for STEM projects, classroom experiments, and science fairs.
• Inspires creativity and engineering curiosity among young learners.

Assembly and usage tips

• Read the instruction manual thoroughly before starting assembly.
• Handle the magnet and coil carefully to avoid damaging wire insulation.
• Use fresh batteries within the specified voltage range for consistent performance.
• Test connections and switch operation before final assembly to troubleshoot easily.
• Encourage students to observe how changes in coil position or battery voltage affect speed.

Safety and maintenance

• Not suitable for children under recommended age without adult supervision.
• Avoid short circuits and keep metal parts away from battery terminals during assembly.
• Store small parts and magnets safely to prevent loss or accidental ingestion.
• Wipe wooden and metal parts with a dry cloth; avoid immersion in water.

Ideal for

• Middle school and high school STEM classes
• Science clubs, fairs, and classroom demonstrations
• Introductory engineering or physics lessons on electromagnetism

Note: Images are for illustration purposes only.