Part 1/2 Raw Footage of UAP Society's first Weather Balloon Launch to Space- See any UAPs?

The journey to the edge of the atmosphere begins here, with raw and unedited footage from the first phase of the UAP Society’s flagship project. Launching a high-altitude weather balloon is no longer the exclusive domain of distant space agencies; it is a powerful research tool designed to reveal what transpires in the layers of the stratosphere, far from the public eye and civilian flight paths. In this documentation, we gain a rare, continuous look at the moment of liftoff and the rapid ascent through Earth’s atmospheric envelope. The objective is clear: to attempt to capture Unidentified Aerial Phenomena (UAPs) on camera in an environment where visibility is pristine and ground-level interference is non-existent. The stratosphere, reaching altitudes of up to 50 kilometers above sea level, is considered a "dead zone" for many civilian radars and has become a primary area of interest for UFO researchers and those studying anomalous aerial phenomena. At this height, the sky turns almost completely black, the clouds are left far below, and the movement of any object—artificial or natural—stands out against the blue curvature of the Earth. This video allows viewers to become investigators themselves, scanning the horizon to determine if the points of light or anomalous movements observed are merely GoPro lens flares, space debris, or perhaps new evidence of technology unrecognized by mainstream science. Beyond the element of mystery, this launch demonstrates the technical complexities of high-altitude exploration. The balloon, filled with helium or hydrogen, expands as atmospheric pressure drops, reaching its peak altitude before an inevitable burst. Throughout the ascent documented in this first stage of the project, the equipment must withstand extreme conditions, including intense cosmic radiation and temperatures plummeting below -50 degrees Celsius. This footage is not just a scientific experiment; it is an invitation to take a fresh look at the thin boundary between our atmosphere and outer space—the place where many phenomena remain without official explanation.

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