Deakin Research to Validate Smartwatch Accuracy in Running Biomechanics
Research is underway to assess the accuracy of smartwatches and other wearable devices in measuring biomechanical load during running, particularly when other variables are present. Dr. Claire Kenneally-Dabrowski of the Deakin Centre for Sport Research is leading this investigation.
Study Methodology: Gold Standard Comparison
The study aims to validate data from Garmin smartwatches against 3D motion analysis, considered a gold-standard measurement.
Participants will run a 60m course while pushing a pram containing a 10kg weight, simulating a one-year-old child.
Understanding 3D Motion Analysis
3D motion analysis utilizes infrared cameras to track reflective markers on participants, providing precise data on a runner's position, speed, and limb orientation in three-dimensional space.
This comparative analysis will determine the accuracy of smartwatch data for measuring physical load on the body.
Significant Implications for Runners
The research has specific implications for women returning to exercise after childbirth, as it can help monitor running load and reduce injury risk, considering increased fatigue and altered movement patterns. Additionally, the study will explore how endurance runners preparing for events like the 2026 Geelong Marathon can use wearable technology to inform and monitor their training load.