Unmanned Aerial System, New System Manning Prediction
Abstract
This study examined historical, laboratory, field, and unmanned aerial system (UAS) model data to develop a manning estimate for a new, long range, Army UAS. System safety and effectiveness, training, contractor operations and working conditions were evaluated for current UASs, including Hunter, Shadow, Predator, Improved Gnat, and to a lesser degree, Pioneer, Hermes, and Global Hawk. Information was collected from training and operational personnel and included questionnaire data, improved performance research integration (IMPRINT) modeling efforts, mathematical modeling as well as subject matter expert opinions on the issues of manning for current UASs and projections for the new UAS. A review was also made of the system specifications for Shadow, Hunter, and a newly proposed UAS in regard to existing or proposed capabilities that would affect manning levels. Lessons learned were obtained from operationally deployed UAS personnel in order to understand the applied manning levels, which sustained combat operations versus specification levels. Safety, as well as accident and incident, information was reviewed for fielded systems, and lessons learned that apply to manning levels were discussed and incorporated into the recommendations and conclusions. Conclusions and recommendations for the new system are included and cover military manning levels, contractor participation, as well as suggested improvements regarding manning efficiency and UAS operations enhancement. Manning metrics for the new system were derived and baseline and spiral development manning levels were recommended.
Document Details
- Document Type
- Technical Report
- Publication Date
- Jan 01, 2006
- Accession Number
- ADA441886
Entities
People
- Bruce P. Hunn
Organizations
- United States Army Research Laboratory