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Wireless Power DIY induction charging STEM kit

Induction charging working physics model

Electromagnetic induction STEM learning kit

Induction charging kit for coil magnet experiment

Wireless Power! DIY Induction Charging Kit

Available:In Stock

Product SKU: LGPW251

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₹ 309 ~~₹ 399~~

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Highlights

Discover wireless power
STEM electronics kit
Great for schools & fairs
Easy assembly with parts
Shows real-world physics

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Video Support to be purchased separately

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Details

Unassembled DIY set.
English User Manuals.
No Power supply is required in this kit.

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🏠 Warehouse Details:

501 K - 111 Y

Specification

Description

Investigatory Project in Physics for Class 11 – Wireless Power! DIY Induction Charging Kit

Wireless Power! DIY Induction Charging Kit is a hands-on learning model designed for an investigatory project in physics for class 11, allowing students to explore contactless energy transfer using magnetic fields. From the very first setup, learners observe how changing magnetic flux induces voltage, while also connecting ideas commonly demonstrated in a coil magnet experiment. As a result, abstract concepts become clear through a guided investigatory project in physics for class 11 experience.

This STEM kit introduces Faraday’s Law in a practical and visual way. While assembling and testing the wireless power circuit, students apply analytical thinking required in a coil magnet experiment and complete a demonstration-ready investigatory project in physics for class 11.

Materials and User Manual

2x Copper wire coils (transmitter & receiver)
LED indicator
Transistor (for circuit regulation)
Magnetic ring (for flux concentration)
Battery holder (for AA cells)
Heat shrink tubing
Foam pads and sandpaper (for insulation and polishing)
Connecting wires (red & black)

Working Principle

The transmitter coil generates a magnetic field when current flows through it. This field induces voltage in the receiver coil, lighting an LED wirelessly. This mechanism directly supports explanations used in a coil magnet experiment and helps students confidently present an project.

Advantages of This Science Project

Quality Time Together: Parents and students can collaborate on a complete project, turning learning into discovery.

Learning Wrapped in Fun: The glowing LED keeps curiosity high while reinforcing principles demonstrated through a coil magnet experiment.

Confidence and Achievement: Successfully presenting this project builds confidence and scientific communication skills.