ANALIZE OF THE RIDER POSITION ON A HORSE SIMULATOR A CASE STUDY

Summary

# Editorial Summary Researchers used a horse simulator (Racewood) to investigate how rider position and saddle design interact to affect weight distribution and biomechanical forces, comparing outcomes across three different saddle types. By measuring rider position relative to the horse's centre of gravity, the study provided objective quantification of how postural variations influence load transmission—data typically difficult to capture during live riding without specialist equipment. Key findings demonstrated that saddle design significantly modulates the biomechanical consequences of rider position, suggesting that equipment choice cannot be separated from rider technique when optimising comfort and performance. For practitioners, this work underscores the value of simulator-based assessment in objectively evaluating how specific saddle designs perform under different riding positions, offering a controlled methodology to inform both equipment selection and rider instruction without exposing horses to uncontrolled experimental variables. Whilst simulator studies cannot fully replicate the dynamic complexity of ridden work, this approach provides a useful complement to in-hand biomechanical assessment and may help standardise conversations between farriers, physiotherapists, and coaches regarding optimal saddle fit and rider balance for individual horses.

Read the full abstract on the publisher's site

Key Findings

• •Horse simulator (Racewood) effectively measures rider position relative to center of gravity across different saddle types
• •Simulator provides objective quantification of rider reactions and equipment impact without live horse risk
• •Three saddle types showed measurable differences in rider position outcomes

Conditions Studied