In 1954 the U.S. Air Force launched an ambitious program known as WS-117L to develop the world’s first reconnaissance satellite. The goal was to take photographic images from space and relay them back to Earth via radio. Because of technical issues and bureaucratic resistance, however, WS-117L was seriously behind schedule by the time Sputnik orbited Earth in 1957 and was eventually cancelled. The air force began concentrating instead on new programs that eventually launched the first successful U.S. spy satellites. Eyeing the Red Storm examines the birth of space-based reconnaissance not from the perspective of CORONA (the first photo reconnaissance satellite to fly) but rather from that of the WS-117L. Robert M. Dienesch’s revised assessment places WS-117L within the larger context of Dwight D. Eisenhower’s presidency, focusing on the dynamic between military and civilian leadership. Dienesch demonstrates how WS-117L promised Eisenhower not merely military intelligence but also the capacity to manage national security against the Soviet threat. As a fiscal conservative, Eisenhower believed a strong economy was the key to surviving the Cold War and saw satellite reconnaissance as a means to understand the Soviet military challenge more clearly and thus keep American defense spending under control. Although WS-117L never flew, it provided the foundation for all subsequent satellites, breaking theoretical barriers and helping to overcome major technical hurdles, which ensured the success of America’s first working reconnaissance satellites and their photographic missions during the Cold War. Purchase the audio edition.

"Aden B. Meinel and wife Marjorie P. Meinel stood at the confluence of several overarching technological developments of the 20th century: postwar aerial surveillance by spy planes and satellites, solar energy, the evolution of telescope design, interdisciplinary optics, and photonics. In 1945 he was a Navy Ensign ordered to find the secret tunnels in Nazi Germany where the V-2 rockets menacing Great Britain and Belgium were being manufactured. After receiving both his B.A. degree and Ph.D. in astronomy from the University of California at Berkeley within three years, Aden was invited to join the scientific staff at Yerkes Observatory/University of Chicago. While there he was selected by the National Science Foundation to manage the development of a new national observatory on Kitt Peak, Arizona, and served as its first Director. In the early 1960s he founded the Optical Sciences Center at the University of Arizona, which later metamorphosed into the College of Optical Sciences with the doctoral program in interdisciplinary optics. It was here that he also designed the first Multiple Mirror Telescope and with wife Marjorie pioneered the feasibility of solar energy power on a commercial scale. Aden's knowledge and expertise in optics made him invaluable in research on cameras for spy satellites and spy planes overflying the Soviet Union and Southeast Asia. After retirement the Meinels worked for NASA/JPL on the precursor of the James Webb Space Telescope and on the exoplanet program. They also served on the team that corrected spherical aberration in the Hubble Space Telescope"--

A compilation of current biographical information of general interest.