Flying SATS Higher Volume Operations: Training, Lessons Learned, and Pilots' Experiences
Author(s) -
Sheila Conway,
Daniel Williams,
Catherine Adams,
María Consiglio,
Jennifer L. Murdoch
Publication year - 2005
Publication title -
aiaa 5th atio and16th lighter-than-air sys tech. and balloon systems conferences
Language(s) - English
Resource type - Conference proceedings
DOI - 10.2514/6.2005-7422
Subject(s) - aeronautics , aviation , automation , training (meteorology) , radar , process (computing) , air traffic control , transport engineering , volume (thermodynamics) , computer science , engineering , simulation , operations research , engineering management , telecommunications , aerospace engineering , physics , quantum mechanics , meteorology , mechanical engineering , operating system
Developments in aviation, including new surveillance technologies and quicker, more economical small aircraft, have been identified as driving factors in a potential expansion of the use of non-towered, non-radar airports. The Small Aircraft Transportation System (SATS) project has developed the Higher Volume Operations (HVO) concept that enables pilots to safely arrive and depart these airports in instrument conditions at an increased rate as compared to today’s procedures. This is achieved by transferring some traffic management tasks to centralized, ground-based automation, while assigning others to participating pilots aided by on-board tools. This paper describes strategies and lessons learned while training pilots to fly these innovative operations. Pilot approaches to using the experimental displays and dynamic altering systems during training are discussed. Potential operational benefits as well as pit-falls and frustrations expressed by subjects while learning to fly these new procedures are presented. Generally, pilots were comfortable with the procedures and the training process, and expressed interest in its near-term implementation.
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