Advancing Life Protection: Innovating Enhanced Standardised Testing Methodology for Next Generation Stab-Resistant Personal Protective Equipment
Armor Australia Pty Ltd and the University of Adelaide on this project that combines the University of Adelaide’s expertise in impact dynamics and biomechanics with Armor Australia’s leadership in ballistic- and stab-resistant armor and embodies a collaborative approach that bridges the gap between academia and industry.
Project Overview:
The project titled, “Advancing Life Protection: Innovating Enhanced Standardised Testing Methodology for Next Generation Stab-Resistant PPE,” seeks to enhance the reliability and effectiveness of stab-resistant PPE testing protocols through development of an improved test apparatus and a new statistically principled test methodology.
Industry Perspective: This groundbreaking PhD research will significantly contribute to the safety and reliability of protective gear for military, police, and correctional personnel. This research aims to refine testing protocols and develop new methodologies to enhance the performance of stab-resistant PPE, benefiting both national and international communities. Dr. David Thompson BE PhD, Director of Research and Development at Armor Australia will oversee the project and is delighted to be collaborating with the University of Adelaide.
University Perspective: The University of Adelaide is thrilled to support this PhD project, which will see Armor Australia’s Research and Development Engineer Scott Jenkin work alongside Prof Benjamin Cazzolato and Associate Professor Claire Jones from the School of Electrical and Mechanical Engineering.
Student Perspective: Scott is thrilled to be undertaking this research commenting: “This award is an incredible opportunity to advance my research on improving test methodologies for stab-resistant body armor. The generous funding, alongside the invaluable support from Armor Australia and the University of Adelaide will greatly assist in achieving our goal of enhancing the safety of military, police and correctional officers from serious injuries caused by knife and spiked weapon attacks.”
Progress: Since March 2023, the team have made significant progress, including developing a cutting-edge drop assembly to measure stab impacts. They’re on track to complete this pioneering research by early 2026.