Author:
Zikmund Pavel,Dubnický Lukáš,Horpatzká Michaela,Macík Miroslav,Jebáček Ivo
Abstract
This research is focused on an innovative improvement of pilot-aircraft interaction and is targeted on small aircraft. Haptic feedback is performed by actuators mounted on an aircraft's controls. The purpose of the actuators on a control stick and pedals is stall warning and a pilot guiding to safe and economical flight regimes. The feedback system mediates airflow data as angles of attack and sideslip. The paper brings results of a flight test of the proposed system. Qualitative evaluation of the haptic feedback inflight is presented. Benefits of the system are presented on a sideslip during turning. Some recommendations for the haptic pilot-aircraft interaction are stated within the discussion of the flight test results.
Reference15 articles.
1. Vance S. M.,
Malik A. S.,
Analysis of factors that may be essential in the decision to
fly on fully autonomous passenger airliners,
J. of Adv. Transport. 49–7, 829–854
(2015)
2. Bilimoria K. D.,
Johnson W,
Schutte P. C.,
Conceptual framework for single pilot operations, Proc. of the International Conf. on HCI in Aerospace,
4 (2014)
3. EASA, Annual Safety Report 2017, European Aviation Safety Agency (2017)
4. NTBS, Most Wanted List 2015, National Transport Safety Board (2015)
5. Galaxy GRS s.r.o., [online] Available at: https://www.galaxysky.cz/?lng=en [Accessed
30 Aug. 2019]
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