New anthropometric instruments

Area of Science:

• Anthropometry
• Ergonomics
• Apparel Design

Background:

• Anthropometric examinations since 1901 have aimed to standardize garment and footwear sizing.
• Technical boards and ISO/EN standards have advanced anthropometric data utilization.
• Conventional measurement tools and 3D body scanners are current methods, with 3D scanning being faster but more costly.

Purpose of the Study:

• To address limitations in existing anthropometric measurement tools for large-scale studies.
• To develop and improve anthropometric instruments for enhanced stability and accuracy.
• To introduce novel instruments for precise body measurements.

Main Methods:

• Application of the classical anthropometric measurement method within the STIRP Croatian Anthropometric System.
• Development and description of a new anthropometer featuring two legs for improved stability.
• Presentation and description of novel goniometers designed for accurate shoulder-tilt determination.

Main Results:

• A new two-legged anthropometer was developed, enhancing instrument stability during mass examinations.
• Novel goniometers were created to precisely measure shoulder-tilt angles.
• These developments aim to improve the efficiency and accuracy of anthropometric data collection.

Conclusions:

• The developed anthropometric instruments offer enhanced stability and precision for large-scale anthropometric studies.
• These innovations contribute to the ongoing development of standardized garment and footwear sizing systems.
• The study highlights the importance of instrument development in advancing anthropometric research and application.