A simulator study of short takeoff and landing (STOL) aircraft was conducted using a model of a deflected slipstream transport aircraft. The subjects considered are: (1) the approach, (2) flare and landing, (3) go-around, and (4) takeoff phases of flight. The results are summarized and possible implications with regard to airworthiness criteria are discussed. A data base is provided for future STOL airworthiness requirements and a preliminary indication of potential problem areas is developed. Comparison of the simulation results with various proposed STOL criteria indicates significant deficiencies in many of these criteria
This paper describes three government-conducted, piloted flight simulations of the Grumman Design 69...
A fixed-base simulator program was conducted to define the problems and methods for solution associa...
Handling qualities criteria and operational performance margins have been determined for the landing...
A simulator study of STOL airworthiness was conducted using a model of an augmentor wing transport. ...
Flight characteristics of jet-flap STOL transport aircraft during approach and landin
A fixed-base simulator study was conducted to determine the minimum acceptable level of longitudinal...
A fixed-base simulator study was conducted to determine the flight characteristics of a representati...
A piloted simulation study has been made of typical landing approaches with an externally blown flap...
Flight and simulator study of handling qualities of deflected slipstream STOL seaplane having four p...
Flight test of performance, handling qualities, and operational characteristics of slipstream stol t...
An economic assessment of short takeoff aircraft for short haul air transportation applications is p...
A moving-base simulator investigation of the problems of recovery and landing of a STOL aircraft aft...
A piloted simulator investigation of various engine failure compensation concepts for powered-lift S...
The low-speed flying qualities of an experimental STOL configuration were evaluated by using a fixed...
The simulation employed all six rigid-body degrees of freedom and incorporated aerodynamic character...
This paper describes three government-conducted, piloted flight simulations of the Grumman Design 69...
A fixed-base simulator program was conducted to define the problems and methods for solution associa...
Handling qualities criteria and operational performance margins have been determined for the landing...
A simulator study of STOL airworthiness was conducted using a model of an augmentor wing transport. ...
Flight characteristics of jet-flap STOL transport aircraft during approach and landin
A fixed-base simulator study was conducted to determine the minimum acceptable level of longitudinal...
A fixed-base simulator study was conducted to determine the flight characteristics of a representati...
A piloted simulation study has been made of typical landing approaches with an externally blown flap...
Flight and simulator study of handling qualities of deflected slipstream STOL seaplane having four p...
Flight test of performance, handling qualities, and operational characteristics of slipstream stol t...
An economic assessment of short takeoff aircraft for short haul air transportation applications is p...
A moving-base simulator investigation of the problems of recovery and landing of a STOL aircraft aft...
A piloted simulator investigation of various engine failure compensation concepts for powered-lift S...
The low-speed flying qualities of an experimental STOL configuration were evaluated by using a fixed...
The simulation employed all six rigid-body degrees of freedom and incorporated aerodynamic character...
This paper describes three government-conducted, piloted flight simulations of the Grumman Design 69...
A fixed-base simulator program was conducted to define the problems and methods for solution associa...
Handling qualities criteria and operational performance margins have been determined for the landing...