Turf track surface interaction with speed and musculoskeletal injury risk in Thoroughbred racehorses.
Authors: Legg K A, Gibson M J, Gee E K, Rogers C W
Journal: Equine veterinary journal
Summary
# Editorial Summary: Turf Track Surface Interaction with Speed and Musculoskeletal Injury Risk in Thoroughbred Racehorses The racing industry has increasingly adopted injury prediction models based on how horses alter their speed and stride patterns during competition, yet the interaction between track surface properties and these biomechanical variables remains poorly characterised—a critical oversight given that surface condition fundamentally influences locomotor mechanics. Legg and colleagues conducted a systematic investigation to quantify turf track surface variables and their relationship to speed, stride characteristics, and musculoskeletal injury risk in Thoroughbred racehorses. Their work demonstrates that reliable surface measurement is foundational to accurate injury modelling, as speed and stride adaptation are inseparable from track condition variables. For practitioners involved in injury prevention—whether through farriery, physiotherapy, or training management—understanding how surface properties drive biomechanical compensation is essential for interpreting individual horse responses and predicting injury susceptibility. This research underscores that effective injury risk assessment cannot treat track surface as a static variable, and highlights the need for standardised surface quantification protocols across racing facilities to strengthen the evidence base underpinning current injury prevention strategies.
Read the full abstract on PubMed
Practical Takeaways
- •Track condition significantly influences how horses move and their injury risk—surface assessment cannot be separated from performance analysis
- •Standardized methods for measuring and documenting track surface properties are needed to improve injury prevention strategies in racing operations
- •When evaluating racing injuries, consider track conditions and their effects on stride mechanics alongside intrinsic horse factors
Key Findings
- •Speed and stride characteristics are strongly associated with track condition in Thoroughbred racehorses
- •Reliable quantification of track surface variables is critical for developing injury risk models
- •Surface-speed interactions must be considered when modeling musculoskeletal injury risk