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How glider pilots misread the FLARM collision alerting display: A laboratory study

Santel, Christoph G. and Gerber, Paul and Mehringskötter, Simon and Schochlow, Verena and Vogt, Joachim and Klingauf, Uwe (2014):
How glider pilots misread the FLARM collision alerting display: A laboratory study.
In: Aviation Psychology and Applied Human Factors, pp. 86-97, 4, (2), [Article]

Abstract

During the last decade glider pilots have been provided with new tools to assist them in their task of seeing and avoiding other traffic; low-cost collision alerting systems (CASs). However, the display of the popular FLARM CAS lacks clues about the system's limitations. To analyze whether glider pilots are aware of these limitations a laboratory study with 43 glider pilot participants was performed. The results show that errors in the initial search direction for traffic increase whenever the aircraft does not fly straight & level. These errors are attributed to a false understanding of the system's indications. Three recommendations are made with the goal of reducing future misinterpretations when using the system.

Item Type: Article
Erschienen: 2014
Creators: Santel, Christoph G. and Gerber, Paul and Mehringskötter, Simon and Schochlow, Verena and Vogt, Joachim and Klingauf, Uwe
Title: How glider pilots misread the FLARM collision alerting display: A laboratory study
Language: English
Abstract:

During the last decade glider pilots have been provided with new tools to assist them in their task of seeing and avoiding other traffic; low-cost collision alerting systems (CASs). However, the display of the popular FLARM CAS lacks clues about the system's limitations. To analyze whether glider pilots are aware of these limitations a laboratory study with 43 glider pilot participants was performed. The results show that errors in the initial search direction for traffic increase whenever the aircraft does not fly straight & level. These errors are attributed to a false understanding of the system's indications. Three recommendations are made with the goal of reducing future misinterpretations when using the system.

Journal or Publication Title: Aviation Psychology and Applied Human Factors
Volume: 4
Number: 2
Uncontrolled Keywords: See and Avoid, Visual Flight Rules, Collision Alerting Systems, Gliding, FLARM
Divisions: 16 Department of Mechanical Engineering
16 Department of Mechanical Engineering > Institute of Flight Systems and Automatic Control (FSR)
Date Deposited: 01 Nov 2017 09:34
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