The impact of teaching approach on horse and rider biomechanics during riding lessons
Authors: Byström Anna, Egenvall Agneta, Eisersiö Marie, Engell Maria Terese, Lykken Sigrid, Lundesjö Kvart Susanne
Journal: Heliyon
Summary
# Editorial Summary Riding instruction relies heavily on practical, face-to-face teaching, yet little evidence exists on how different instructional approaches actually influence the biomechanics of horse and rider or their interaction quality. Researchers from Sweden and Norway recorded kinematics, rein tension and video footage across 40 lessons delivered by four experienced instructors to five riders each, analysing teaching methodology alongside biomechanical outcomes during walk-trot transitions. Key findings revealed substantial differences between instructors: those who devoted approximately one-third of lesson time to preparatory work achieved significantly lower maximum rein tension during downward transitions, whilst instructors emphasising rhythm and walk mechanics—either through stride counting or focused attention—produced horses with more consistent hind limb protraction and better withers-croup timing during walk. These results demonstrate that teaching philosophy and lesson structure measurably affect rein tension (a key welfare indicator) and gait quality, suggesting that deliberate preparation and rhythm-focused instruction may reduce horse stress and improve movement mechanics more effectively than early transition work. For farriers, physiotherapists and coaches involved in advising riders, this research provides objective evidence that instructional approach warrants consideration alongside rider ability and horse conformation when addressing movement quality and tension-related issues.
Read the full abstract on PubMed
Practical Takeaways
- •Spending 20-30 minutes preparing students before beginning transitions reduces rein tension on horses—consider restructuring lesson plans to include more preparatory work on walk quality and rhythm
- •Emphasizing walk rhythm and having riders count strides improves horse stride consistency and biomechanical symmetry, which may support soundness and reduce injury risk
- •Teaching methodology has measurable effects on horse welfare indicators (rein tension, gait consistency) regardless of rider or horse variation—investing in lesson design and instructor training benefits horse health
Key Findings
- •Teachers who spent ~33% of lessons on preparation achieved lower maximum rein tension during down-transitions compared to those starting transitions immediately (p<0.05)
- •Teachers focusing on walk rhythm produced withers-croup timing closest to ideal 25% (16-17% vs 8-14%, p<0.05)
- •One teacher's approach resulted in horses with best hind limb protraction consistency in walk (1.2-1.3° vs 1.5-1.7° stride-to-stride difference, p<0.05)
- •Teaching approach directly influenced both rider biomechanics and horse motion patterns across multiple kinematic variables