Amateur astronomer captures secret Pentagon satellites in orbit
- Felix Schöfbänker captured images of classified US spy satellites using a Dobsonian telescope.
- He identified several types of satellites, including FIA-Radars and KH-11 models, detailing their sizes and capabilities.
- His findings raise questions about the transparency of military satellite programs and the role of amateur astronomers in revealing hidden information.
Felix Schöfbänker, an amateur astronomer from Austria, has reportedly captured images of classified US spy satellites in orbit, marking a significant moment in satellite observation. Utilizing a Dobsonian telescope, he documented various satellites, including FIA-Radars equipped with Synthetic Aperture Radar (SAR), which allows for radar imaging through various obstructions. His findings suggest these satellites are part of a fleet operated by a covert Department of Defense agency aimed at tracking international threats. Among the satellites observed were several KH-11 models, which have been pivotal in real-time intelligence collection since their inception in the 1970s. Schöfbänker identified the latest generation, USA 314, launched in 2021, and provided estimates on their dimensions and capabilities. His observations revealed intricate details about the satellites, including the size of their antennas and solar panels, which are crucial for their operational efficiency. The significance of these observations lies in the potential implications for national security and intelligence operations. The ability to capture images of such secretive spacecraft raises questions about the transparency of military satellite programs and the extent of public knowledge regarding their capabilities. Schöfbänker's work highlights the role of amateur astronomers in uncovering information that may otherwise remain hidden from the public eye. This event underscores the ongoing advancements in satellite technology and the importance of monitoring space activities. As the US continues to lead in satellite deployment, the insights gained from Schöfbänker's observations could contribute to a broader understanding of the strategic landscape in space and the implications for global security.