Pilot perceptions of glidepath angle and aim point were measured during simulated landings. A fixed-base cockpit simulator was used with video recordings of simulated landing approaches shown on a video projector. Pilots estimated the magnitudes of approach errors during observation without attempting to make corrections. Pilots estimated glidepath angular errors well, but had difficulty estimating aim-point errors. The data make plausible the hypothesis that pilots are little concerned with aim point during most of an approach, concentrating instead on keeping close to the nominal glidepath and trusting this technique to guide them to the proper touchdown point
The results of a piloted simulation experiment to evaluate the effect of integrating flight path ang...
PDFTech ReportFAA-AM-78-15DOT/FAA/AM-78/15Air pilotsNight visionLandingApproachVisual perceptionMoti...
Dangers during the approach and landing phases of flight are still leading safety issues in aviation...
Aircraft landing approaches are the most difficult and dangerous phase of flying. Better knowledge o...
Glideslope perception during aircraft landing Ideally, when a pilot approaches a runway on their fin...
Influence of angle of glide slope on accuracy of performing instrument approaches in simulator test
Preliminary tests and evaluation are presented of pilot performance during landing (flight paths) us...
Pilot accuracy in detecting zero point of field view expansion and aim point by visual cue
A piloted simulation study was conducted to examine the effect of motion cues using a high fidelity ...
A six degree of freedom, fixed base simulation study of the use of a flight director by general avia...
The present study addresses the effect of the eye position in the cockpit on the flight altitude d...
Simulated night visual approaches were flown into two airports with and without a head up display (H...
Tests were conducted to determine the significance of vertical acceleration cues in the simulation o...
This experiment was designed to examine aspects of human visual perception during approaches to a ru...
A piloted simulation experiment was conducted using the NASA Ames Research Center Vertical Motion Si...
The results of a piloted simulation experiment to evaluate the effect of integrating flight path ang...
PDFTech ReportFAA-AM-78-15DOT/FAA/AM-78/15Air pilotsNight visionLandingApproachVisual perceptionMoti...
Dangers during the approach and landing phases of flight are still leading safety issues in aviation...
Aircraft landing approaches are the most difficult and dangerous phase of flying. Better knowledge o...
Glideslope perception during aircraft landing Ideally, when a pilot approaches a runway on their fin...
Influence of angle of glide slope on accuracy of performing instrument approaches in simulator test
Preliminary tests and evaluation are presented of pilot performance during landing (flight paths) us...
Pilot accuracy in detecting zero point of field view expansion and aim point by visual cue
A piloted simulation study was conducted to examine the effect of motion cues using a high fidelity ...
A six degree of freedom, fixed base simulation study of the use of a flight director by general avia...
The present study addresses the effect of the eye position in the cockpit on the flight altitude d...
Simulated night visual approaches were flown into two airports with and without a head up display (H...
Tests were conducted to determine the significance of vertical acceleration cues in the simulation o...
This experiment was designed to examine aspects of human visual perception during approaches to a ru...
A piloted simulation experiment was conducted using the NASA Ames Research Center Vertical Motion Si...
The results of a piloted simulation experiment to evaluate the effect of integrating flight path ang...
PDFTech ReportFAA-AM-78-15DOT/FAA/AM-78/15Air pilotsNight visionLandingApproachVisual perceptionMoti...
Dangers during the approach and landing phases of flight are still leading safety issues in aviation...