With its leading position in technology research and development, Viettel has just made a big mark when it launched the SU30-MK2 aircraft simulation system with outstanding performance, successfully applying 3D technology to the field of R&D and inspection in the military aerospace industry. This is an important step forward, not only affirming the capacity of the Vietnamese engineering team but also contributing to improving the efficiency of training and maintenance of modern military equipment.

 

The Significance of 3D Digitalization in the Military

3D digitalization is no longer strange in the industrial field, but when applied to the military, its value is multiplied. This technology allows for accurate reproduction of every machine detail, simulating complex combat situations and creating the most realistic training environment. This helps to minimize risks, save costs and optimize the training process.

Project: SU30-MK2 Fighter Aircraft Simulation System Manufactured by Viettel Group

The SU30-MK2 fighter aircraft simulation system researched by Viettel has created a breakthrough in military training. While the Russian simulation cockpit only has one training chamber for two pilots, Viettel engineers have built a training center with 12 training chambers and a ground command station, simulating the exact structure of an air force regiment.

This success not only helps pilots and ground forces practice their skills in simulated situations but also makes Vietnam the second country in the world to manufacture its own flight training chamber for the modern SU30-MK2 aircraft. This is an important achievement, affirming the country's creative capacity and defense potential.

 

SU30-MK2 Aircraft Simulation System

 

Application of 3D Technology to the SU30-MK2 Project

The SU30-MK2 simulation system not only helps pilots practice flying skills but also supports command teams in management and operation. The control interface is completely Vietnamese, helping users easily manipulate and handle simulated situations.

For that reason, the use of 3D Creaform technology in general or the HandySCAN 3D machine in particular is a part that has helped Viettel successfully deploy the SU30-MK2 fighter aircraft simulation system project through the following main activities:

1. Scanning and collecting highly accurate detailed data: HandySCAN 3D helps to quickly scan aircraft parts with micrometer accuracy, creating a complete 3D digital model of the details.
2. 3D modeling for R&D: Scanned data is used to analyze, design and simulate training scenarios, helping Viettel optimize the research and development process of simulation systems.
3. Inspection and quality assessment: HandySCAN 3D supports the accuracy inspection of manufactured parts, ensuring quality and safety before assembling into the simulation system.
4. Localization of control software: Thanks to the accurate 3D model, Viettel engineers can easily adjust and localize the entire software, creating convenience in operation and training.

The application of 3D Creaform technology has helped Viettel speed up project progress, minimize errors and improve training efficiency in the military aerospace industry. Helping the Vietnam Air Defense - Air Force improve its skills and be ready to deal with any unexpected situations.

Viettel's success in applying 3D technology to R&D and inspection in the military aerospace industry at the SU30-MK2 project is a clear demonstration of the potential and creativity of the Vietnamese people. In the future, these advances promise to continue to contribute to the strong development of the country's defense industry.

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