Build a Real Magnetic Field Detector from Scratch: More than a typical soldering practice kit, this DIY electronics project lets you assemble a fully functional magnetic field detector from individual components. Perfect for teens, students, and makers who want to improve soldering skills while building a practical scientific instrument they can actually use.

 

  Measure Magnetic Strength & Identify North/South Poles: Equipped with a Hall-effect sensor, this DIY soldering project lets you build a functional magnetic field detector that measures magnetic field strength from 0–1500GS and identifies North & South magnetic poles. Experiment with magnets, speakers, and coils while observing real-time magnetic field changes and exploring fundamental concepts of magnetism through hands-on learning.

 

  OLED Display & LED Visualization Bring Magnetism to Life: Once assembled, this electronics soldering kit becomes a functional magnetic field detector featuring both an OLED screen and an LED indicator array for dual visualization. The OLED display shows magnetic field strength and North/South pole direction, while the LEDs provide intuitive real-time feedback on magnetic intensity changes. Together, they make invisible magnetic fields easier to observe, analyze, and understand.

 

  Explore Physics, Sensors & Electronics While You Build: Unlike ordinary science kits, this STEM soldering kit teaches magnetic fields, Hall-effect sensing, electronic circuits, and data visualization through hands-on assembly and experimentation. Build, test, and discover how modern sensing technology works in real-world applications.

 

 Ideal STEM Project for Students, Makers & Future Engineers: Designed for soldering practice, physics experiments, science fairs, homeschool programs, and classroom STEM activities. This educational electronics kit provides practical skills, scientific exploration, and the satisfaction of building a functional magnetic field measuring tool from scratch.