A moving-base simulator experiment conducted at Ames Research Center demonstrated that a wings-level-turn control mode improved flying qualities for air-to-ground weapons delivery compared with those of a conventional aircraft. Evaluations of criteria for dynamic response for this system have shown that pilot ratings correlate well with equivalent time constant of the initial response and with system bandwidth. Ranges of this time constant, as well as digital-system transport delays and lateral-acceleration control authorities that encompassed level 1 through level 3 handling qualities, were determined
This study was designed to investigate flying qualities requirements of alternate pitch command syst...
Carrier landing-approach studies of a tailless delta-wing fighter airplane disclosed that approach s...
A piloted simulation study was conducted with the aim of advancing the development of longitudinal h...
As part of a continuing NASA program of research on airplane handling qualities, a pilot opinion inv...
A piloted simulation study investigating handling qualities and flight characteristics required for ...
A flight test program was conducted in conjunction with a ground-based piloted simulation study to e...
A piloted simulation study was performed by the U.S. Army Aeroflighydynamics Directorate to develop ...
This paper presents the results of a study that investigated if controller force compensations accou...
A study of the effects of variations in lateral-oscillatory characteristics on air-to-air tracking p...
Discrete attitude commands have become a standard task for flying qualities evaluation and control s...
Report presents the results of studies made in an attempt to provide information on the control oper...
An in-flight evaluation of transport roll characteristics in the landing approach was made with a ge...
A preliminary design of a lateral-directional control system for a fighter airplane capable of contr...
Many handling qualities criteria have been developed which predict pilot opinion of landing aircraft...
The introduction of fly-by-wire electronic flight control systems into transport aircraft has given...
This study was designed to investigate flying qualities requirements of alternate pitch command syst...
Carrier landing-approach studies of a tailless delta-wing fighter airplane disclosed that approach s...
A piloted simulation study was conducted with the aim of advancing the development of longitudinal h...
As part of a continuing NASA program of research on airplane handling qualities, a pilot opinion inv...
A piloted simulation study investigating handling qualities and flight characteristics required for ...
A flight test program was conducted in conjunction with a ground-based piloted simulation study to e...
A piloted simulation study was performed by the U.S. Army Aeroflighydynamics Directorate to develop ...
This paper presents the results of a study that investigated if controller force compensations accou...
A study of the effects of variations in lateral-oscillatory characteristics on air-to-air tracking p...
Discrete attitude commands have become a standard task for flying qualities evaluation and control s...
Report presents the results of studies made in an attempt to provide information on the control oper...
An in-flight evaluation of transport roll characteristics in the landing approach was made with a ge...
A preliminary design of a lateral-directional control system for a fighter airplane capable of contr...
Many handling qualities criteria have been developed which predict pilot opinion of landing aircraft...
The introduction of fly-by-wire electronic flight control systems into transport aircraft has given...
This study was designed to investigate flying qualities requirements of alternate pitch command syst...
Carrier landing-approach studies of a tailless delta-wing fighter airplane disclosed that approach s...
A piloted simulation study was conducted with the aim of advancing the development of longitudinal h...