GAA and DCU near completion of hurley impact study
A joint research initiative between the GAA and Dublin City University is concluding its investigation into the dynamics between hurleys and sliotars. The project, conducted in Dublin, aims to establish new standards for hurley performance and safety across various materials.
Project overview and work packages
This initiative has been divided into four key work packages. Initially, the team recommissioned a 'sliotar projectile rig' originally created at DCU in 2009, which allows high-speed analysis of sliotar performance. Following this, they developed a robotic system designed to simulate hurley-to-sliotar impacts comparable to human action, enabling evaluation of hurleys made from various materials.
The third phase involved installing appropriate sensors and conducting system tests to ensure accuracy and reliability. Lastly, the project has tested the mechanical properties of ash hurleys alongside alternatives, gathering essential data to assess safety implications.
The overarching aim is to create a standardised testing method that evaluates hurleys' performance and safety regardless of their composition. As the project progresses, a Hurley Licensing System will be introduced to regulate manufacturing standards and ensure player protection.
This research marks a pivotal step towards enhancing the quality and safety of hurleys used in hurling, promising benefits for players and manufacturers alike.