This report presents the flight test results and evaluation of a brassboard model self-contained hover position sensor and obstacle clearing device. The brassboard model of the self-contained, absolute, position sensor referred as Stabilized Terrain Optical Postion Sensor (STOPS) was successfully installed and flown on the Avionics Research and Development Activity's Experimental Vehicle for Avionics Research (EVAR) project helicopter. The results derived from the test indicate that position radial accuracies of better than 5 feet can be expected at constant (60 feet AGL) altitude. For mission maneuvers such as the bob-up and remask, designed for the AAH, position radial errors are in the order of 10 to 20 feet. (Author)
Stabilized Terrain Optical Position Sensor (STOPS) Flight Test Report
1979
54 pages
Report
Keine Angabe
Englisch
Avionics , Aircraft , Flight control systems , Hovering , Helicopters , Flight testing , Brassboard models , Night vision devices , Image processing , Display systems , Computer applications , Position finding , Accuracy , STOPS(Stabilized Terrain Optical Position Sensor) , Stabilized Terrain Optical Position Sensensor