Several methods have been derived since the advent of GPS (Global Positioning System) receivers in aircraft cockpits by which these receivers may be used to calibrate these aircraft’s other instrumentation; in particular the pitot-static system. This paper presents the four most suitable methods, two of which have been developed by the author. These methods are shown with a common symbology, and their strengths, weaknesses, analysis and operational use are compared
A GPS-based pitot-static calibration system uses global output-error optimization. High data rate me...
Aircraft landing and takeoff performance monitoring is an area of research aimed at improving the in...
A design approach for an aircraft takeoff performance monitoring system (TOPMS) is described. In th...
As part of the NASA Aviation Safety Program (AvSP), a novel pitot-static calibration method was deve...
This thesis is an evaluation of using the Global Positioning System (GPS) reciprocal heading method ...
A calibration of the pitot-static airspeed installation on a jet fighter airplane was made to compar...
The sources of error that may enter into the measurement of airspeed by pitot-static methods are rev...
A method of emergency IAS determination using data from satellite navigation system, magnetic compa...
Research airspeed systems on three low-speed general aviation airplanes were calibrated by the trail...
A method of calibrating the static-pressure source of a pitot static airspeed installation on an air...
This research was supported by the Undergraduate Research Opportunities Program (UROP)
Airspeed is a term used to describe how fast an airplane is flying. In flight, airspeed has to be me...
Errors that occur in conventional measurement instruments connected to a pitot-static system affect ...
This thesis presents the calibration processes of the pitot-static system, which is a part of the ai...
Airspeed calibration of the pitot-static installation on a jet fighter airplane was made to compare ...
A GPS-based pitot-static calibration system uses global output-error optimization. High data rate me...
Aircraft landing and takeoff performance monitoring is an area of research aimed at improving the in...
A design approach for an aircraft takeoff performance monitoring system (TOPMS) is described. In th...
As part of the NASA Aviation Safety Program (AvSP), a novel pitot-static calibration method was deve...
This thesis is an evaluation of using the Global Positioning System (GPS) reciprocal heading method ...
A calibration of the pitot-static airspeed installation on a jet fighter airplane was made to compar...
The sources of error that may enter into the measurement of airspeed by pitot-static methods are rev...
A method of emergency IAS determination using data from satellite navigation system, magnetic compa...
Research airspeed systems on three low-speed general aviation airplanes were calibrated by the trail...
A method of calibrating the static-pressure source of a pitot static airspeed installation on an air...
This research was supported by the Undergraduate Research Opportunities Program (UROP)
Airspeed is a term used to describe how fast an airplane is flying. In flight, airspeed has to be me...
Errors that occur in conventional measurement instruments connected to a pitot-static system affect ...
This thesis presents the calibration processes of the pitot-static system, which is a part of the ai...
Airspeed calibration of the pitot-static installation on a jet fighter airplane was made to compare ...
A GPS-based pitot-static calibration system uses global output-error optimization. High data rate me...
Aircraft landing and takeoff performance monitoring is an area of research aimed at improving the in...
A design approach for an aircraft takeoff performance monitoring system (TOPMS) is described. In th...