Scholarlink

This paper introduces an innovative flight simulation software that integrates DATCOM DIGITAL, JS- BSim, and Unreal Engine to enhance simulation accuracy and provide extensive customization options. The integration addresses the limitations of existing platforms by offering advanced graphical features and simplifying the process of creating custom aircraft for the simulation environment. The software utilizes Unreal Engine for graphical rendering and run-time data management, while JSBSim serves as the flight dynamics model. A key innovation in this study is the incorporation of DATCOM DIGITAL, a toolset for analyzing aircraft performance and configuration. By integrating DATCOM DIGITAL, users can create their own aircraft designs and seamlessly incorporate them into the simulation envi- ronment. This enhanced functionality provides researchers and enthusiasts with unique opportunities to explore diverse aircraft dynamics. The software also includes flight data exports capabilities. These features make the platform a valuable tool for educational and research-oriented applications in the field of aerospace engineering.

错误：搜索内容不能为空，请输入英文关键词
错误：关键词超出字数限制，请精简
高级检索

Building Flight Simulation Program with Auxiliary Custom Aircraft Design Integration Module

  • 会议论文

  • 发表日期：

    2026年

查看全文
  • Nghi Vinh Trang,
  • Hung Anh Ly,
  • Long Duc Thien Vu,
  • Hung Gia Long,
  • Hieu Trung Le

摘要

This paper introduces an innovative flight simulation software that integrates DATCOM DIGITAL, JS- BSim, and Unreal Engine to enhance simulation accuracy and provide extensive customization options. The integration addresses the limitations of existing platforms by offering advanced graphical features and simplifying the process of creating custom aircraft for the simulation environment. The software utilizes Unreal Engine for graphical rendering and run-time data management, while JSBSim serves as the flight dynamics model. A key innovation in this study is the incorporation of DATCOM DIGITAL, a toolset for analyzing aircraft performance and configuration. By integrating DATCOM DIGITAL, users can create their own aircraft designs and seamlessly incorporate them into the simulation envi- ronment. This enhanced functionality provides researchers and enthusiasts with unique opportunities to explore diverse aircraft dynamics. The software also includes flight data exports capabilities. These features make the platform a valuable tool for educational and research-oriented applications in the field of aerospace engineering.