Scholarlink

The restoration and reproduction of historical motorcycle components require precise digital reconstruction and thorough material characterization. This study presents the reverse engineering of the engine cylinder from the historic Indian Scout 37 motorcycle, utilizing 3D scanning, CAD modeling, and metallurgical analysis. A high-resolution digital model was generated using structured-light scanning, with geometric corrections applied to account for wear-induced distortions. In parallel, material analysis revealed the cylinder’s composition and manufacturing characteristics. For instance, the material was classified as EN-GJL-HB155 cast iron based on its chemical composition and measured hardness of 167 ± 3 HBW. The collected data served as the basis for comprehensive technical documentation to support accurate reproduction. This research highlights the importance of integrating modern digital techniques and material science to support the preservation and remanufacturing of historic mechanical systems.

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

Reverse Engineering of a Historic Motorcycle Engine Cylinder Through 3D Scanning and Material Analysis

  • 会议论文

  • 发表日期：

    2026年

查看全文
  • Lukáš Kudrna,
  • Štěpán Pravda,
  • Jan Blata,
  • Ladislav Hrabec,
  • Marek Šimčík,
  • František Fojtík,
  • Petra Váňová

摘要

The restoration and reproduction of historical motorcycle components require precise digital reconstruction and thorough material characterization. This study presents the reverse engineering of the engine cylinder from the historic Indian Scout 37 motorcycle, utilizing 3D scanning, CAD modeling, and metallurgical analysis. A high-resolution digital model was generated using structured-light scanning, with geometric corrections applied to account for wear-induced distortions. In parallel, material analysis revealed the cylinder’s composition and manufacturing characteristics. For instance, the material was classified as EN-GJL-HB155 cast iron based on its chemical composition and measured hardness of 167 ± 3 HBW. The collected data served as the basis for comprehensive technical documentation to support accurate reproduction. This research highlights the importance of integrating modern digital techniques and material science to support the preservation and remanufacturing of historic mechanical systems.