CFIT Prevention Using Synthetic Vision

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CFIT Prevention Using Synthetic Vision

Arthur, Jarvis J., III / Prinzel, Lawrence J., III / Kramer, Lynda J. / Bailey, Randall E. / Parrish, Russell V.

In commercial aviation, over 30-percent of all fatal accidents worldwide are categorized as Controlled Flight Into Terrain (CFIT) accidents where a fully functioning airplane is inadvertently flown into the ground, water, or an obstacle. An experiment was conducted at NASA Langley Research Center investigating the presentation of a synthetic terrain database scene to the pilot on a Primary Flight Display (PFD). The major hypothesis for the experiment is that a synthetic vision system (SVS) will improve the pilot s ability to detect and avoid a potential CFIT compared to conventional flight instrumentation. All display conditions, including the baseline, contained a Terrain Awareness and Warning System (TAWS) and Vertical Situation Display (VSD) enhanced Navigation Display (ND). Sixteen pilots each flew 22 approach - departure maneuvers in Instrument Meteorological Conditions (IMC) to the terrain challenged Eagle County Regional Airport (EGE) in Colorado. For the final run, the flight guidance cues were altered such that the departure path went into the terrain. All pilots with a SVS enhanced PFD (12 of 16 pilots) noticed and avoided the potential CFIT situation. All of the pilots who flew the anomaly with the baseline display configuration (which included a TAWS and VSD enhanced ND) had a CFIT event.

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Document information

Title :

CFIT Prevention Using Synthetic Vision

Contributors:

Arthur, Jarvis J., III (author) / Prinzel, Lawrence J., III (author) / Kramer, Lynda J. (author) / Bailey, Randall E. (author) / Parrish, Russell V. (author)

Publication date :

2003-01-01

Type of media :

Preprint

Type of material :

No indication

Language :

English

Keywords :

Aircraft Stability And Control