Incredible footage of Russian researchers. The Russian research group ASTROPOISK has reliably recorded the passage of an unidentified technological object over the surface of the Moon. What questions does this discovery raise?
The ASTROPOISK Group continues to publish materials on the fixation of unidentified technological objects on the YouTube channel of the same name. The hero of this publication is the first of the flying unidentified technological objects that we have recorded on the Moon with a telescope. For the first time, a video has been published containing undeniable evidence that the object is flying on the moon at a low altitude above its surface.
The flight of the object was filmed in the region of the Sea of Rains from the Timocharis crater to Cape Fresnel of the Apennine mountain range. The span area is marked with a red circle.
The video was shot in test mode with a 5.7 megapixel camera with autofocus. A telescope with a magnification of 125x was used for observation. Date of filming - July 13, 2016, 8th lunar day.
This is a frame from a video, zoomed in and slowed down using the special software of the Android OS. The dark dot in the red circle is the unidentified object. It shows his approach to Cape Fresnel, and the mountain range in the center of the frame is the lunar Apennines.
The trajectory of this object looks like this.
Promotional video:
The object flies out from the boundaries of the Timocharis crater located in the Sea of Rains.
Then it flies over the Archimedes mountains, along the slope of the Archimedes crater, skirting the huge talus on its slope.
The object is then directed towards the Apennine mountain range. There he bends around Cape Fresnel, tacking, flies between the mountains, and flies off in a straight line into the Sea of Clarity.
It was these maneuvers of the object between the mountains that made it possible to analyze the parameters of this NTO and its flight.
Thanks to the cartographic information provided by the Google Moon service and other open sources on the Internet, it was possible to approximately determine the size of a flying object, its altitude and speed. This analysis raised a number of important questions.