An introduction to the complicated task of piloting an aircraft

Simulators are not a substitute for the experience of flight but can give you some valuable and relatively inexpensive experience. Flight Books and Flight Resources on the Internet. You can learn a good deal about safety, the science of flight, and the rules and regulations of flight by studying in books and online. The internet is a great resource.

An introduction to the complicated task of piloting an aircraft

Page 33 Share Cite Suggested Citation: Aviation Safety and Pilot Control: The National Academies Press. Each of these categories is described in more detail in the following section.

In Category II PIOs, the nonlinearities result from rate or position limits the rest of the effective aircraft dynamics are essentially linear. The class in Figure furthest to the right comprises non-oscillatory APC events.

These Category III events can stem from several causes and tend to be highly idiosyncratic. Only a very few incidents have been identified to date, but the advent of FBW technology has introduced some new dimensions by permitting control mechanizations that can be troublesome, especially in highly limiting conditions.

The next major section, Triggers, presents a fuller description of the underlying conditions and the kinds of triggers thought to be involved in initiating adverse APC events of all classes.

Finally, several varieties of PIOs are illustrated by case studies. Four detailed examples are presented, along with a separate discussion of APC issues related to rotorcraft. The case studies are typical incidents and accidents encountered in the development phases of recent FBW systems.

They are particularly instructive in that each exhibits a PIO in a concrete and specific context. Taken together, they provide a broad picture of a variety of potential triggers, patterns of behavior, PIO frequencies, and so on.

Categories Of Oscillatory Aircraft-Pilot Coupling Events Because of the diversity in control axes, frequency ranges, and other important characteristics of PIOs, several kinds of classification schemes could be used. Analytical studies such as McRuer 42 rely on pilot behavioral models and closed-loop analysis procedures.

These studies are used to elicit understanding and explain the phenomena and their associations as well as to develop and assess system modifications to reduce the potential for PIOs.

The pilot models and analysis procedures are not specific to any one group in Tables a through d.


This suggests that a desirable classification scheme should accommodate existing Page 34 Share Cite Suggested Citation: To fulfill these objectives, the categories described below have been adopted.

The three categories organize PIOs into classes according to whether they are essentially linear, characterized by one or two common nonlinearities, or characterized by more complex and extensive nonlinear features.

Linear Pilot-Vehicle System Oscillations In Category I PIO phenomena, the effective aircraft characteristics are essentially linear, and the pilot behavior is "quasi-linear" and "time-stationary.

This similarity leads to the notion that the pilot's output response to certain inputs can be divided into two parts: In the PIO situation, the input is sinusoidal or nearly soand the pilot's output is a periodic function that constitutes the sum of 1 a sinusoid at the same frequency and 2 a remnant composed of higher harmonics.Introduction The first remotely piloted aircraft was flown in (Bloom, ), yet for most of the following Complicated sequences of menu selection required to perform time-critical or frequent tasks the task of piloting an unmanned aircraft introduces unique challenges and responsibilities.

For example, the UAS pilot must manage. piloting a UAS significantly different to piloting a conventional aircraft.

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Five broad categories of guidelines are identified. These are (1) performance-based descriptions Introduction Unmanned Aircraft (UAs) have generally experienced a higher accident rate than conventionally , and complicated sequences of menu selection to perform.

The quantification of mental workload In aircraft pilots has been of the piloting task and the nature of the task which is performed can both be.

These factors. may.

be further complicated by a shift in the pilot's prioritieg: (Some tasks may be ignored while. others receive full attention).

An introduction to the complicated task of piloting an aircraft

SKILL. an aircraft by means of the automated systems installed in the aircraft. Automated Navigation leg – is a flight of 30 minutes or more conducted between two airports in which the aircraft is controlled primarily by the autopilot and the on-board.

Varieties of Aircraft-Pilot Coupling Experience Introduction From the pilot's perspective, aircraft-pilot interactions fall somewhere between two extremes—the pilot may be fully interactive, or the pilot may be effectively detached.

The optimization of the information delivered to the military aircraft pilot/crew is much more complicated than a simple ad ding of the single parameter optimization of time, quality and quantity, as we have discussed previously.

An introduction to the complicated task of piloting an aircraft
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