A comparison of pilot navigation performance using conventional instrumentation,head-down,and head-up highway-in-the-sky primary flight displays

Abstract

A study was conducted to compare pilot eye movements and flight performance attainable using highway-in-the-sky (HITS) format displays in both head-up display (HUD) and head-down display (HDD) configurations and conformal (with outside world) and compressed forms within the HUD, with a baseline conventional-instruments condition. Results were mixed, and the HUD was not clearly superior to the equivalent HDD when comparing flight technical error. Workload appeared to be comparable for the HITS formats but slightly elevated for specific tasks in a baseline condition using conventional instrumentation. The need for a conformal HUD for general aviation operations was not supported for most flight operations, and pilots preferred the HUD over the HDD and the compressed HITS format over the conformal HITS or conventional instruments.

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References

Alter

K. W.

Barrows

A. K

Jennings

C. W.

Powell

J. D.

(2000). 3-D perspective primary flight displays for aircraft. Proceedings, 44th Annual Meeting of the Human Factors and Ergonomics Society, 3-29 - 32.

Barrows

A. K.

Enge

Parkinson

B. W.

Powell

J. D.

(1995). Flight tests of a 3-D perspective-view glass-cockpit display for general aviation. Paper presented at the Institute of Navigation GPS-95 meeting, Palm Springs, CA: September 12–15.

Beringer

D. B.

(2000). Development of highway-in-the-sky displays for flight-path guidance: History, performance results, guidelines. Proceedings of the 44th Annual Meeting of the Human Factors and Ergonomics Society, 3–21 - 24.

Beringer

D.B.

Ball

J.D.

(2001). General aviation visual performance using conformal and non-conformal head-up and head-down highway-in-the-sky displays. In Proceedings, 11^th International Symposium on Aviation Psychology (in press).

Brooks

P. E.

(1998). The promise of four-dimensional flight displays. Flight Deck International 1998, pp. 6–12.

Fadden

Wickens

C.D.

(1997). Maximizing traffic awareness with a head-up flightpath highway display. Savoy, IL: U. of Illinois Aviation Research Lab Tech. Rpt. ARL-07-1/FAA-97-1..

Reising

Snow

(2000). Curved landing approaches: Where is the payoff for pathway? Proceedings, 44th Annual Meeting of the Human Factors and Ergonomics Society, 3-25 - 28.

Theunissen

(1997). Integrated design of a man-machine interface for 4-D navigation, ISBN 90 407 1406 1.

Ververs

P. M.

Wickens

C. D.

(2000). Designing head-up displays (HUDs) to support flight path guidance while minimizing effects of cognitive tunneling. Proceedings, 44th Annual Meeting of the Human Factors and Ergonomics Society, 345–48.

10.

Williams

K. W.

(2000). Impact of aviation highway-in-the-sky displays on pilot situation awareness. Proceedings, 44th Annual Meeting of the Human Factors and Ergonomics Society, 3–17 - 20.

11.

Williams

K. W.

(2001). Pilot decision-making and performance using a highway-in-the-sky display. In Proceedings, 11^th International Symposium on Aviation Psychology (in press).