Cover image for Absorbing Air Force fighter pilots : parameters, problems, and policy options
Title:
Absorbing Air Force fighter pilots : parameters, problems, and policy options
Author:
Taylor, William W., 1938-
Publication Information:
Santa Monica, CA : Rand, [2002]

©2002
Physical Description:
110 pages ; 23 cm
General Note:
"MR-1550-AF."
Language:
English
Reading Level:
1590 Lexile.
ISBN:
9780833031822
Format :
Book

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Call Number
Material Type
Home Location
Status
Central Library UG638 .A623 2002 Adult Non-Fiction Central Closed Stacks-Non circulating
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Summary

Summary

The U.S. Air Force currently faces unprecedented problems in itsefforts to provide adequate training for new and inexperienced pilots in itsoperational fighter units. On the one hand, there are too few fighterpilots in the active component to meet current and anticipated demands. On the other hand, the number of new fighter pilots entering operational units currently exceeds these units' absorption capacity, yielding a degraded training environment that ultimately threatens to compromise military readiness. This report assesses the Air Force's training dilemma with a view toward finding ways to remedy it in both the short and long term.Toward this goal, it defines the key parameters that influence a unit'sabsorption capacity, presents a best-case scenario on which to basenumerical analyses, and offers several options decisionmakers can exercise.Although there is no simple resolution to the Air Force's training problem,a thorough understanding of the dynamic processes involved in aircrewmanagement, together with a comprehensive analytic framework, promises to greatly aid decisionmakers in their efforts to address this issue.


Table of Contents

Prefacep. iii
Figuresp. ix
Tablesp. xi
Summaryp. xiii
Acknowledgmentsp. xxv
Acronymsp. xxvii
Chapter 1 Introductionp. 1
Chapter 2 Empirical Evidence from Operational Unitsp. 5
Chapter 3 Managing the Pilot Inventory to Match Requirementsp. 15
Chapter 4 Absorption Capacity: Parameters and Relationshipsp. 39
Chapter 5 Absorption Issues and Numerical Excursionsp. 73
Chapter 6 Implications and Alternativesp. 89
Bibliographyp. 109

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