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This is an experimental study to explore whether the treatment effects of a Tecar therapy technique, applied to the epaxial and gluteal muscles of a horse, can be quantified using an AI objective gait analysis system. Compensatory movement patterns are often referred to in veterinary physiotherapy assessment. Differing definitions and explanations can be based on individual perspectives without clarity on whether these body reactions to injury and disease are good or bad, and what we can do to help manage them. Horses with lameness issues adapt their movement to ease discomfort, which can produce compensatory movement asymmetries. This means a primary lameness in a forelimb can cause asymmetries in the hindlimb and vice versa. Sleip assesses the relationship between measurements of impact and push-off asymmetries in both the head and pelvis. Tecar therapy is highly effective in reducing both acute and chronic pain by decreasing inflammation and promoting tissue healing. Healing is accelerated by enhancing blood flow and cellular metabolism. Tecar therapy can speed up the recovery process after injuries or surgeries. Tecar therapy is non-invasive treatment which is well-tolerated by human and equine patients. It is used for a wide range of conditions, including musculoskeletal disorders, sports injuries, and even chronic arthrogenic conditions. TECAR therapy will deliver a high-frequency electric energy into the epaxial musculature causing a deep thermal effect that promotes blood circulation, reduces pain and stiffness leading to improved mobility. The purpose of this study is to investigate the biomechanical effect of a tecar therapy intervention to the thoracolumbar epaxial musculature of the horse using an artificial intelligence (AI) objective gait analysis system. Repeatable movements, on a straight-line on a hard surface will be measured pre and post treatment intervention. The pre-post-test study design allows for participants to act as their own control. The study takes place over 3 days. There is a placebo experiment on day 1 and an actual experiment on day 3. All horses need to attend on day 1 and day 3 in order to fulfil the requirements of this study. Day 1: Placebo Experiment Day Day 2: Rest Day Day 3: Experiment Day Complete a Study information and participant consent from here: https://forms.gle/WRW422Fc5B3NsJBP7