Date of Award
Fall 11-2012
Access Type
Thesis - Open Access
Degree Name
Master of Science in Aeronautics
Department
Applied Aviation Sciences
Committee Chair
John M. Lanicci
First Committee Member
Guy M. Smith
Second Committee Member
Lance K. Erickson
Abstract
Commercial space companies will soon be the primary method of launching people and supplies into orbit. Among the critical aspects of space launches are the meteorological concerns. Laws and regulations pertaining to meteorological considerations have been created to ensure the safety of the space industry and those living around spaceports; but, are they adequate? Perhaps the commercial space industry can turn to the commercial aviation industry to help answer that question. Throughout its history, the aviation industry has dealt with lessons learned from mishaps due to failures in understanding the significance of weather impacts on operations. Using lessons from the aviation industry, the commercial space industry can preempt such accidents and maintain viability as an industry. Using Lanicci's Strategic Planning Model , this study identified the weather needs of the commercial space industry by conducting three gap analyses. First, a comparative analysis was done between laws and regulations in commercial aviation and those in the commercial space industry pertaining to meteorological support, finding a "legislative gap" between the two industries, as no legal guarantee is in place to ensure weather products remain available to the commercial space industry. A second analysis was conducted between the meteorological services provided for the commercial aviation industry and commercial space industry, finding a gap at facilities not located at an established launch facility or airport. At such facilities, many weather observational technologies would not be present, and would need to be purchased by the company operating the spaceport facility. A third analysis was conducted between the meteorological products and regulations that are currently in existence, and those needed for safe operations within the commercial space industry, finding gaps in predicting lightning, electric field charge, and space weather. Recommendations to address these deficiencies have been generated for the Federal Aviation Administration, U.S. Congress, commercial space launch companies, and areas are identified for further research.
Scholarly Commons Citation
Stapleton, Nicholas J., "A Gap Analysis of Meteorological Requirements for Commercial Space Operators" (2012). Doctoral Dissertations and Master's Theses. 135.
https://commons.erau.edu/edt/135
Included in
Aviation Commons, Other Oceanography and Atmospheric Sciences and Meteorology Commons, Space Vehicles Commons