Total Aircrew Workload Study for the AMST. Volume II. Comm/Nav Description
Ralph P. Madero, George A. Sexton, David Gunning, R. W. Moss
Abstract
Ralph P. Madero, George A. Sexton, David Gunning, R. W. Moss
Abstract
There is a growing realization within the USAF that state of the art crew systems may allow cost effective reductions in crew complements. The present study, titled the Total Aircrew Workload Study (TAWS) addresses the minimum crew complement required and conceptually, the crew systems required to support the minimum crew of an Advanced Medium STOL Transport (AMST) in the accomplishment of the tactical transport mission. The study involved the simulation of a total tactical airlift mission which was flow by operational (C-130) tactical airlift aircrews in order to further refine crew complement and crew system concepts established in earlier mockup studies. The results of this study indicate that two pilots, a loadmaster and a crew chief type additional crew member can fly the total AMST mission if provided with adequate state of the art crew system capabilities, as identified in this report.
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There is a growing realization within the USAF that state of the art crew systems may allow cost effective reductions in crew complements. The present study, titled the Total Aircrew Workload Study (TAWS) addresses the minimum crew complement required and conceptually, the crew systems required to support the minimum crew of an Advanced Medium STOL Transport (AMST) in the accomplishment of the tactical transport mission. The study involved the simulation of a total tactical airlift mission which was flow by operational (C-130) tactical airlift aircrews in order to further refine crew complement and crew system concepts established in earlier mockup studies. The results of this study indicate that two pilots, a loadmaster and a crew chief type additional crew member can fly the total AMST mission if provided with adequate state of the art crew system capabilities, as identified in this report.
Key concepts: Aircrew, Workload, Volume (thermodynamics), Aeronautics, Operations research, Computer science, Engineering, Physics