Drone Harvesting Invisible High Voltage From The Sky ⚡

Quick Overview

The experiment successfully harvested electrical energy from the Earth's atmospheric potential gradient using a drone to elevate an aerial wire, which powered a custom-built corona motor and demonstrated static repulsion/attraction effects.

Key Points: The experiment aimed to harvest energy from the atmosphere's electrical potential gradient using a drone to lift an electrode approximately 100 meters high. The setup utilized three primary demonstrations: a foil electroscope showing static repulsion when charged to a few kilovolts DC, a Franklin Bell demonstrating static repulsion creating linear motion, and a custom corona motor. The corona motor, built with acrylic and metallic surfaces, successfully spun when one side was connected to the aerial wire (positive charge) and the other to an electrical ground (represented by metal stakes). The inventor noted that the humidity leached away some charge, and the resulting voltage was estimated to be around 3,000 to 4,000 volts, though the setup was very lossy. The experiment showed measurable results, including the foil leaves repelling, the Franklin Bell moving, and the corona motor operating off the collected energy, proving the concept of atmospheric energy harvesting. The inventor observed the corona motor operating off several kilovolts, producing rotational energy derived directly from the atmosphere.

Context: The video documents an attempt to harness electrical energy naturally present in the atmosphere, specifically the Earth's atmospheric potential gradient (the voltage difference between the Earth's surface and the ionosphere). The creator constructs several devices to visualize and utilize this energy, including a foil electroscope, a Franklin Bell, and a custom-designed corona motor, using a drone to elevate the aerial collector to a significant height.

Detailed Analysis

The creator explores harvesting electrical energy from the Earth's atmospheric potential gradient, which exists between the ground and the sky at all times. He begins by demonstrating three tools to visualize static electricity: a foil electroscope, which showed repulsion when charged to a few kilovolts DC; a Franklin Bell, which uses static repulsion to create linear motion; and a self-designed corona motor that uses static repulsion and attraction to create rotational energy. For the main experiment, an electrode made of mesh and acrylic, attached to a drone, was carried up to 100 meters (later reaching 114m). The ground connection was established using metal stakes driven into the grass, connected to an isolated base supporting the motor. The aerial wire was connected to one side of the motor setup, and the ground to the other. The experiment was conducted on a humid day, which the creator noted likely reduced the charge accumulation. Despite this, when the system was connected, the corona motor began spinning, demonstrating that energy was successfully being pulled from the atmosphere, generating voltages estimated between 3,000 to 11,000 volts initially, though the actual measured output was about half that due to the lossy setup. The successful operation of the motor, evidenced by its rotation and the audible corona discharge when the motor was stopped, confirmed the principle of atmospheric energy siphoning.