Abstract
This paper describes the engineering simulator developed by Korea Aerospace Research Institute (KARI). The main purpose of this simulator is to carry out research and development work in developing a new transport type aircraft. The simulator is composed of low cost, high fidelity subsystems and components capable of complying the top-level requirements by the regulatory body. These components are interconnected via high speed data bus and communication network, while operating with the in-house developed real-time flight simulation software. Throughout the development process, much of the design emphasis is concentrated upon flexibility, expansibility and modularity of the system software and hardware. This paper presents the overall development program of the KARI engineering simulator, including the discussions of study on the use of flight simulator for prototype design, the design requirements and objectives, and the overall features of the simulator. Also discussed are the further development in progress and some of the ongoing research work and future plans.
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