The Zhongguancun Independent Innovation Demonstration Zone showcased the test drive experience of the C919 large aircraft

The Zhongguancun Independent Innovation Demonstration Zone showcased the test drive experience of the C919 large aircraft

The C919 flight simulator was unveiled today at the cutting-edge scientific and technological achievements exhibition of the Zhongguancun Forum. The simulator restored the C919 cockpit in a 1:1 ratio. The audience can experience the experience of test-driving the C919 large aircraft at the Zhongguancun Independent Innovation Demonstration Zone Exhibition Center.

“Welcome to the C919 cockpit. Our plane has taken off from the Capital International Airport and is heading to Daxing International Airport.” In the achievement exhibition experience area, the C919 flight simulator independently developed by Beijing Oriental Ruifeng Aviation Technology Co., Ltd. aroused the interest of the audience . As the experiencer starts the plane, the image on the curved screen in front of him also shows that he leaves the ground and drills into the clouds. The effect is very realistic.

  

According to the company’s deputy general manager Zhao Yongjia, the flight simulator restores the C919 cockpit in a 1:1 ratio. The control and Display equipment inside the cockpit, and the controls are basically the same as the C919 aircraft from appearance to function. Experience the experience of driving a C919 domestically made large aircraft in many aspects such as control, visual scene, sound, and control.

Flight simulators are divided into two types: training and engineering. On the one hand, it is an important ground equipment for pilot training in the aviation field. Compared with actual training, it has the characteristics of high cost performance and low operational risk; on the other hand, it is an important ground equipment for pilot training. In addition to training, customizable, high-precision, high-level flight simulators are also indispensable engineering equipment for aircraft model development and flight test.

The engineering simulators exhibited this time are mainly used to evaluate the physical effects of the domestic large aircraft cockpits. With the subsequent improvement of aircraft aerodynamic data, the upgraded simulator can be used for model-based virtual flight test, which can improve the safety and efficiency of flight test, find and solve possible problems in aircraft design as soon as possible, and shorten the model development cycle.

Zhao Yongjia said that the launch of domestically-made high-grade flight simulators can break the dependence on foreign manufacturers and lay a technical foundation for my country’s independent research and development of D-class flight simulators. It will also contribute to the development of my country’s flight training field and the improvement of its model research and technical support capabilities. Significantly.

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