حساس FLC 100 الأقوى لكشف الفراغات والمعادن |اختبار الحساس (الجزء 3)

Testing FLC 100 Sensor for Cavity & Metal Detection | DIY Gradiometer Kit Welcome to Part 3 of our ultimate DIY magnetometer project! In this video, we are putting the powerful FLC 100 sensor to the test. This is the field testing and calibration phase where we check how this high-sensitivity magnetic field sensor performs in real-world environments for underground cavity detection and metal detection. If you want to know how to make an Arduino metal detector that operates like a professional 3D ground scanner, this episode is crucial. We will test the dual-sensor gradiometer kit configuration to see how it filters out noise and captures high-precision magnetic anomalies, helping you find deep gold, buried treasures, and hidden voids up to 5 meters deep. Watch the full FLC100 sensor field test, see the live data transmission via Bluetooth, and learn how to stabilize your readings! Does the FLC 100 sensor really detect deep targets? Find out in Part 3 as we test our homemade gradiometer kit live in the field! This episode focuses on sensor calibration and analyzing the microtesla variations captured by our advanced magnetic field sensors. Learn how this compact system acts as a deep metal detector kit and 3D ground scanner capable of mapping out cavities, tunnels, and buried chests. See the code in action as we filter high-frequency noise to achieve the ultimate precision. Perfect for DIY electronics hobbyists and treasure hunters alike.