06/08/2026
STEPFLEX CLINICAL EDUCATION SERIES | ARTICLE 7
Compensation
Why Horses Change the Way They Move
Have you ever watched your horse and thought:
"Something just doesn't look quite right."
Perhaps the stride has become shorter, one canter lead feels more difficult, transitions have lost their fluency, or your horse simply doesn't feel as balanced as it once did.
Often, these subtle changes are not the problem themselves.
They are the horse's attempt to protect something else.
Horses don't consciously choose to compensate. When a structure becomes painful or overloaded, the nervous system instinctively alters movement to reduce stress on that area. It's a normal protective response designed to keep the horse moving while limiting further discomfort.
The challenge is that this protection often comes at a cost.
As weight shifts away from one limb, other muscles, tendons, ligaments and joints are asked to do more work. Over time, these altered loading patterns can increase fatigue, reduce performance and sometimes contribute to secondary injuries developing elsewhere in the body.
One of the most important lessons rehabilitation has taught me is that compensation is rarely the problem—it is usually the horse's solution to an underlying problem.
Rather than asking:
"How do we stop this horse compensating?"
we should first ask:
"What is the horse trying to protect?"
Only then can we begin to address the true cause of dysfunction.
The aim of this series is to simplify complex anatomy, biomechanics and rehabilitation into practical, evidence-informed concepts that help owners better understand not only what we do, but why we do it.
Take a few minutes to study the infographic.
I've tried to simplify how an overloaded tissue can influence movement throughout the entire horse. It demonstrates how a problem affecting one structure may alter the way force is distributed through the pelvis, back, forelimbs and even the neck, highlighting why successful rehabilitation should always assess the horse as a whole rather than focusing solely on the site of pain.
Please note that the illustrations used throughout this series are simplified educational representations designed to demonstrate key anatomical and biomechanical concepts. Certain structures may be enlarged, reduced or omitted to improve clarity and highlight the topic being discussed. They are not intended to represent exact anatomical scale, but instead to provide an accessible visual aid while preserving the clinically relevant anatomical relationships.
Successful rehabilitation is not simply about identifying where the horse hurts.
It's about understanding why the horse has changed the way it moves.
When we understand the reason for the compensation, we can begin to restore normal movement by addressing the underlying cause—not simply correcting the visible symptom.
As always, every rehabilitation programme should be tailored to the individual horse, working closely with your veterinary surgeon and rehabilitation team.
Stepflex Discussion Point
Have you ever noticed your horse change the way it moved before a diagnosis was made?
Looking back, what was the very first subtle change you noticed?
I'd love to hear your experiences before reading everyone else's comments.
Further Reading
Ross, M.W. & Dyson, S.J. (2011). Diagnosis and Management of Lameness in the Horse. 2nd ed.
Denoix, J.-M. Functional Anatomy and Biomechanics of the Equine Distal Limb.
Clayton, H.M. & Hobbs, S.J. (2017). The Role of Biomechanical Analysis in Equine Locomotion.
Crevier-Denoix, N. et al. (2011). Studies on equine biomechanics and tendon loading.
Clayton, H.M., Schamhardt, H.C. & van den Linden, C. (1999). Research into equine locomotion and compensatory movement patterns.
Harry Cronjager
Advanced Certificate Veterinary Physiotherapy
Stepflex Ltd
More Than Treatment
