صنع جهاز الجراديومتر والماسح الأرضي 3D بالأردوينو | اختبار الجهاز في كشف الكنوز (الجزء 10)

Testing a Voids and Metals Detector with Your Phone | Arduino Gradiometer Code and PWR3D App Can a homemade Arduino-built 3D metal detector and ground scanner successfully uncover the secrets of the earth's interior in the field? In this exciting video, we take you on a live exploration inside an old house, rumored to hold buried treasure for centuries, to conduct the first field test of the Gradiometer and FLC100 sensors. Together, we'll learn in detail how to operate the device in the field and receive raw data via Bluetooth using the Terminal app on your phone. We'll then directly transfer this data to the popular PWR3D app for voltage analysis and soil layer calculations. The digital guide will explain how the code processes the physical equations to accurately determine the depth and size of the buried object, intelligently distinguishing between small point targets (like coins and surface nails) and large metal objects, voids, and underground cavities without error or distortion. If you're looking for the easiest way to build and test a 3D ground scanner that rivals world-class geophysical devices, learn the correct calibration and field measurement methods using a homemade void and metal detector with an Arduino and an ADS1115 signal converter. In this tutorial, we'll show you how to connect sensors and view subsurface reports using the PWR3D app, developed for geophysical target imaging. This video includes the following practical demonstrations: Field Soil Surveying: aligning the survey direction with a compass, spirit level, and mechanical stabilizer. Bluetooth Data Reception: connecting an HC-05 microscope to the Serial Terminal app to read the gradient (G) grid. Dispersion Analysis: how the PWR3D app analyzes the target's halo to classify mass and determine estimated depth, overcoming the problem of magnetic signal attenuation. A complete project that opens up possibilities for underground imaging using your phone to isolate noise and radioactive rocks, and explore buried tunnels and caves. Diagrams and code are available in the pinned comment!