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Metal Sense DIY detector STEM science kit

DIY metal detector working science model

Metal detector circuit board with sensor coil

DIY metal detector STEM science activity for students

Metal detector sensor coil demonstration model

Metal Sense! DIY Detector STEM Science Kit

Available:In Stock

Product SKU: LGPW294

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₹ 699 ~~₹ 899~~

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Highlights

DIY metal detector kit
Detects metal objects
Powered by batteries
Educational & interactive
English User Manuals.
Fun electronics project

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Video Support to be purchased separately

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Details

Unassembled DIY set.
Power supply is required in this kit.
Battery is not included in the kit

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🏠 Warehouse Details:

503 A - 101 Z

Specification

Description

Metal Sense! DIY Detector STEM Science Kit

Metal Sense! DIY Detector STEM Science Kit is a hands-on learning model that introduces students to electromagnetic induction and metal detection. From the very start, learners can connect electronic sensing with observation-based learning, making it suitable for a kaleidoscope science project while also supporting structured explanations required in a science practical project. As a result, abstract sensor concepts become easier to understand and present.

By assembling a working metal detector using simple components, students gain clarity on how electromagnetic fields respond to nearby objects. This practical build encourages experimentation that naturally supports a second kaleidoscope science project through visual and signal-based feedback.

Materials and User Manual

Laser-cut wooden board parts (for casing)
Metal detection circuit board with sensor coil
Battery holder (for 2 AA batteries)
Wires and connectors
Mounting screws

Kaleidoscope Science Project – Working Principle

The metal detector circuit generates an electromagnetic field using a coil. When a metal object enters this field, it disturbs the signal and triggers an indicator such as an LED or buzzer. This real-time response helps students explain electromagnetic induction clearly within a kaleidoscope science project and relate observations to a structured science practical project.

Advantages of This Science Project

Clear Concept Demonstration: The immediate response of the detector helps simplify explanations required in a science practical project.

Learning Wrapped in Fun: Transforming basic parts into a working model makes completing a kaleidoscope science project engaging and memorable.

Confidence and Achievement: Successfully assembling the detector boosts confidence and encourages analytical thinking.

Features of This Science Project

Build a functional metal detector model
Demonstrates electromagnetic field detection
Simple circuit-based learning
Ideal for classroom demonstrations
Suitable for display in a science practical project and a final kaleidoscope science project