VDA standards digitize automotive material inspection

German platform provider material.one AG reports on how new VDA standards, VDA 231-300 and VDA 231-301, are transforming the quality assurance of materials and components in the automotive industry.

Traditionally, the quality assurance of car parts has been plagued by manual processes, such as the use of various Excel templates and file transfers via email. These methods have resulted in high post-processing efforts and susceptibility to errors, slowing down product development which intense competition demands to be accelerated. An article published by material.one AG emphasizes that a digital approach is essential.

The new VDA standards aim to address these challenges. VDA 231-300 focuses on integrating material definitions and standards directly into the 3D dataset. VDA 231-301, in turn, enables the structured, digital representation of test report results based on a generic data model. This allows for a real-time comparison between requirements and actual results.

These standards promise to improve efficiency and reduce errors. By enabling suppliers to identify potential discrepancies early on, and through automated data validation, the entire quality assurance process is significantly accelerated. For instance, Mercedes-Benz has adopted a new approach for VDA 278 standard indoor emission testing, replacing older Excel-based methods.

According to material.one AG, digital material inspection is more than just replacing paper; it creates reliable data chains and leads to faster, more dependable products. This transformation is part of a broader effort to digitize critical steps in automotive production processes.