Radar control simulator

The radar control simulator is a new generation simulation training system for China's civil aviation air traffic radar control, and is a replacement product of the "DRS" series radar simulator. This system complies with the various standards and specifications of ICAO and China's civil aviation air traffic control, and can adapt well to the actual needs of civil aviation. It efficiently completes the training and on-the-job training of civil aviation air traffic control personnel, quickly cultivating and improving their radar control skills.

The radar control simulator is a new generation simulation training system for China's civil aviation air traffic radar control, and is a replacement product of the "DRS" series radar simulator. This system complies with the various standards and specifications of ICAO and China's civil aviation air traffic control, and can adapt well to the actual needs of civil aviation. It efficiently completes the training and on-the-job training of civil aviation air traffic control personnel, quickly cultivating and improving their radar control skills.

Chuanda Zhisheng Company has over 20 years of accumulated technology and experience in the research and development of air traffic control simulation training systems. Its developed air traffic control radar simulator series and program control simulator series products have been promoted and used in more than 60 sets of civil aviation nationwide, with nearly 200 seats, accounting for more than 90% of the domestic market.

2、 Product Features

Aircraft motion simulation model, a high-precision and realistic aircraft motion simulation model

Simulating the human-machine interface of a real control system, the system provides optional radar control and flight information display human-machine interfaces that simulate real systems (such as European cats, Indra, ephonics, etc.), achieving the maximum degree of simulation between terminal control display and operation and real systems, greatly improving training effectiveness

Powerful and convenient training data preparation function, the system provides powerful and easy-to-use training data preparation tools. Contains comprehensive aircraft performance data, capable of establishing national or local airspace background atlases, standard flight processes, flight plans, etc., able to set radar types and parameters involved in training, ground and weather clutter, as well as meteorological parameters such as wind and clouds

*The radar control training function of the system can simulate single/comprehensive radar tracks, primary/secondary radar points and tracks ADS/CPDLC、 Various signals such as flight information, meteorological information, and aviation information can be provided, and various training subjects that comply with ICAO and relevant regulations of China's civil aviation can be provided. It can also seamlessly integrate with DTS series tower simulators to achieve large-scale, large-scale, and comprehensive comprehensive training

Advanced digital voice communication and integrated automatic speech recognition synthesis system have been developed, realizing a fully digital simulated voice communication system. Through an integrated speech recognition and synthesis engine, automatic recognition of control voice commands (with a recognition rate of over 95%) and automatic synthesis of response voice functions have been achieved

The system provides graphical monitoring, control, and recording of the entire training process, from startup, training start, modification of training parameters, training end to system shutdown. It can also record the entire training process, perform online rolling and post playback of the training

Provide access and processing of real signals, as well as training modes based on real signals. The system can receive and process various domestic air traffic control radar data and civil aviation AFTN data, present the current real air situation in real time, make the system usable as an air traffic control emergency system, and automatically extract and convert real-time or historical radar and flight intelligence data into simulated training subjects