The HKIAA has installed flight simulators with realistic simulation of flight conditions on campus. The flight simulators are available to professional pilots seeking familiarisation of modern airliner system architecture, characteristics, and to practice cockpit operational procedures.
The touch screen Flight Training Device (FTD)
The device is modelled on a twin-engine airliner cockpit of 1:1 measured dimension, equipped with full-function control knobs and touch-screen switches on the main instrument and pedestal panel, all capable of operation of different flight modes and most aircraft systems. Faults and malfunctions can be generated or pre-programmed during different phases of the exercise. Various weather conditions can be projected onto the wide-scope super HD screens to create realistic visual effects with synchronised geographical positions. In addition to autopilot, manual flying is practicable by sidestick and rudder pedal around three axes.
The fixed base simulator (FNPT)
The fixed base flight simulator is designed as a 1:1 full-scale model of a twin-engine airliner cockpit, incorporating conventional hardware controls to provide a realistic tactile handling experience under the controlled loading system. The cockpit is fitted with physical switches, pushbuttons, and rotary selectors across the flight control unit, main instrument panel, and pedestal, enabling users to develop muscle memory, discipline, and procedural consistency when managing aircraft systems and flight modes. The simulator is approved as a Multi-Crew Cooperation (MCC) training device under CAD509 (A).
The simulator supports the execution of normal, abnormal, and emergency procedures, with system faults and malfunctions that can be introduced manually at different stages of flight. A wide-field, HD visual system presents synchronised geographical environments and dynamic weather conditions to enhance realism and situational awareness.
In conjunction with autopilot functions, pilots may carry out manual flight operations using conventional control interfaces, allowing for comprehensive procedural and handling training in a fixed-base environment.
Parties interested in the flight simulators, please click below:
