What question did this study set out to answer?

This research aims to explore how artificial intelligence can enhance the modeling and 3D printing processes of drone components made from polymer materials.

July 8, 2026Open Access

Analysis of the possibilities of applying artificial intelligence to modeling and 3D printing of drone elements from polymeric materials

GBGrzegorz BudzikRzeszów University of Technology ŁPŁukasz Przeszłowski APAndrzej PaszkiewiczRzeszów University of Technology

Key Points

This research aims to explore how artificial intelligence can enhance the modeling and 3D printing processes of drone components made from polymer materials.
Compared traditional 3D-CAD modeling with AI algorithms for creating numerical models.
Analyzed project implementation time and design assumptions in both methods.
Presented test models produced through 3D printing from numerical data.
AI-based modeling produced more accurate numerical models compared to traditional methods.
Shorter project implementation time was noted when using AI algorithms over conventional 3D-CAD systems.

Abstract

The subject of the article is to present the possibilities of using artificial intelligence for modeling and 3D printing of drone structural elements from polymer materials. The traditional three-dimensional modeling process based on 3D-CAD systems and the modeling method using artificial intelligence algorithms were analyzed. The project implementation time, design assumptions and accuracy of models obtained using both methods of creating numerical models were compared. Test models produced by 3D printing from polymer materials based on previously prepared numerical data were also presented.

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