The role of engineering simulators in aircraft design and manufacturing, engineering development, maintenance, and other fields has been generally recognized by the industry. Compared with flight training simulators, engineering simulators require higher versatility, more flexible functional architecture, more powerful computing performance, and richer data recording and analysis functions.

 

CNFSimulator® high-level professional flight simulators include FFS, FTD, IPT, CBT, etc., using various CnTech CNFSimulator® flight simulators as the simulation core, on the basis of keeping the basic hardware structure of the simulator and the physical characteristics of the software system framework unchanged establishes a modular open interface according to user needs and provides integration and evaluation tools, which is convenient for users to implement architecture design, interface, and layout design, system and Engineering development of model testing, new technology integration verification, human-computer interaction research, maintenance, and maintenance training, etc.

 

CnTech's generalized, standardized and modular flight simulator designs provide sufficient guarantee for the expansion and integration based on various engineering development needs. Through the object-oriented system framework with high cohesion and low coupling and the perfect and standardized interface system, the expansion, replacement and combination of various simulator modules and components can be easily and quickly realized. CnTech has accumulated a large number of flight databases during the long-term simulation and development of various types of aircraft, and can quickly and accurately complete data package development and system modeling. At the same time, CnTech has rich experience in flight simulator avionics simulation, hardware design, system integration, data analysis, etc. It can carry out simulation design according to various needs, and provide customers with customized engineering development simulator equipment and solutions.

 

Over the years, CnTech has undertaken many engineering research and development projects for aircraft design institutes, aircraft manufacturers, aviation schools, airlines, and maintenance organizations. In the design or modification process of C919, ARJ, CR929, and other aircraft, CnTech provides advanced and reliable solutions, conducts a scientific simulation of aircraft performance, and provides a platform equipment foundation for aircraft engineering design, testing, and verification.

 

Case 1:COMAC C919 aircraft electronic and electrical system training platform

CnTech has established a large number of flight databases in the process of simulation and development of various types of aircraft, and can accurately and quickly establish mathematical models of various systems and various flight databases. At the same time, CnTech has accumulated rich experience in simulator simulation design, key technology development of control load system, and avionics panel design and production. It can quickly complete simulation design according to various needs and provide customers with engineering development simulator equipment for different needs and solutions.

 

 

 

Case 2:COMAC Aircraft Cockpit Human-Machine Interaction Joint Flight Simulation System

• Build a platform architecture for flight simulation and flight quality assessment to support real-time data transmission and synchronous simulation of multi-location and multi-aircraft;
• Based on the desktop simulation debugging-level verification module, improve the overall human-machine interface design and evaluation capabilities, and build an ergonomic evaluation environment for the cockpit layout;
• Build and integrate aircraft functional models and system-level models to form a full-air-craft-level system integration architecture simulation platform based on flight simulation and operational tasks;

 

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