Cape Canaveral Space History - Gemini Manned Missions at Launch Complex 19
Description
The Digital Heritage and Humanities Center at the University of South Florida (USF) Libraries, is working in collaboration with the Cape Canaveral Air Force Station 45th Space Wing, cultural resources division to digitally document important historic launch facilities and resources relating to manned missions, space exploration, and US space history. We are using the latest in 3D laser scanning and imaging methods to assist with conservation, management, and public interpretive development of Cape Canaveral's rich space history. Using newly available technologies in 3D laser scanning and survey, USF is recording the existing remains of building complexes associated with historical events such as John Glenn's orbit of the Earth and the Mercury Missions that led the United States into Space. Other important features being documented include launch complexes associated with the American missile program that began largely as a result of the Cold War, such as the Minuteman and Atlas programs, and also the sacred ground resting place for the space shuttle remains from the Challenger disaster. Many of the structures and complexes are unique in design and use. Today, many are now abandoned and are being lost to time, but through these new 3D technologies, USF is providing valuable information for long-term conservation and future interpretation of these important historical sites. This historic launch complex at Cape Canaveral Air Force Station, Florida, is a deactivated launch site used by NASA for all of the Gemini manned spaceflights. It was also used by unmanned Titan I and Titan II missiles and was in use during the years from 1959 to 1966. A total of 27 launches, 10 of which were manned, were made from the site. It was last used for the Gemini XII launch, on November 11, 1966. External Project Link: \N Additional Info Link: https://www.lib.usf.edu/dhhc/cape-canaveral-3d/
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Publication Details
DOI
Publisher
OpenHeritage3D
Subfield
Aerospace Engineering
Field
Engineering
Domain
Physical Sciences
Confidence Score
48%
Source
Scholar Data Model