Weekly riding frequency has a greater impact than rider skill level on western riders' identification of stirrup asymmetry.
Authors: Emily N Jolley, Ariel H. Higgins, A. Logan
Journal: Journal of equine veterinary science
Summary
# Editorial Summary Whilst rider experience level is widely assumed to influence proprioceptive awareness and postural control, a 2026 study published in the Journal of Equine Veterinary Science suggests that riding frequency may be the more significant factor in detecting equipment asymmetry. Researchers paired ten advanced and novice western riders with ten stock-type horses across two blinded rides—one with symmetrical stirrups and one asymmetrical—and subsequently surveyed riders on their perception of ride quality and symmetry. Advanced riders correctly identified stirrup asymmetry in 60% of trials compared to 50% in novice riders, a difference that failed to reach statistical significance (P = 0.10); however, advanced riders logged significantly greater weekly riding hours than their novice counterparts (P = 0.033), suggesting cumulative saddle time rather than skill classification alone may enhance kinaesthetic feedback. These findings carry practical weight for coaching and rehabilitation contexts: practitioners should recognise that frequent, regular riding exposure may develop asymmetry detection capacity more reliably than skill level alone, and should therefore consider both contact hours and formal training when assessing a rider's ability to self-correct or identify equipment problems that could compromise horse welfare and performance.
Read the full abstract on PubMed
Practical Takeaways
- •Frequent riding practice (hours per week) may matter more than rider classification for detecting equipment problems—encourage regular consistent riding rather than assuming advanced credentials guarantee awareness
- •Even experienced riders missed asymmetry in 40% of cases, suggesting subjective rider feel is unreliable for equipment checks; use objective measurement of stirrup length instead of relying on rider feedback
- •Both novice and advanced riders struggle to reliably detect stirrup imbalance, indicating the need for routine equipment inspections independent of rider assessment
Key Findings
- •Advanced riders correctly identified stirrup asymmetry in 60% of cases versus 50% for novice riders (P = 0.10, not statistically significant)
- •Weekly riding frequency was significantly greater in advanced riders (P = 0.033) and may be a stronger predictor of asymmetry detection than skill level classification alone
- •Rider experience level alone did not significantly differentiate ability to detect stirrup asymmetry between groups