Description
The Science of Equine Fatigue
Have you ever wondered why some horses maintain their energy, coordination and performance throughout exercise, while others begin to tire, lose movement quality or struggle to recover? Fatigue is a natural response to physical exertion, but understanding how and why it develops is essential for supporting equine performance, preventing excessive strain and protecting long-term health and welfare.
This comprehensive online course explores the science behind equine fatigue, helping horse owners, riders, trainers and equine professionals understand how exercise affects the body’s energy systems, muscular function and movement. From the processes of aerobic and anaerobic metabolism to the roles of ATP, glycogen, lactate and muscle fibre types, this course provides valuable insights into the physiological mechanisms that influence fatigue and exercise capacity.
Discover how fatigue can affect equine biomechanics, including stride characteristics, postural stability, coordination and movement symmetry. Learn to recognise potential early warning signs of physical and physiological strain, understand the relationship between fatigue-related movement changes and injury risk, and explore the importance of responding appropriately to signs of excessive exertion.
Explore evidence-informed approaches to conditioning, hydration, thermoregulation and recovery management, gaining a deeper understanding of how progressive training and appropriate rest can support a horse’s physical capabilities and overall well-being.
Through six engaging online modules, illustrated scientific explanations, practical equestrian examples and research-informed case studies, this course equips participants with the knowledge to better understand fatigue, recognise its potential effects and make informed decisions about exercise and recovery—supporting safer training practices, sustainable performance and improved equine welfare.
Course Name: The Science of Equine Fatigue
Course Duration: Learners have 12 months of access upon activation.
The estimated study time ranges from 12 to 20 hours, varying with individual learning styles and depth of engagement.
Course Delivery: Online on Equi-Ed LMS (Learning Management System)
Certification: Equi-ed Certificate of completion
Fee: €50
By the end of this course, participants will be able to:
• Understand the physiological mechanisms of equine fatigue, including central and peripheral fatigue and their effects on exercise capacity and performance.
• Explore how the body’s energy systems function during exercise, including ATP production, aerobic and anaerobic metabolism, glycogen, lactate and muscle fibre types.
• Recognise how fatigue can influence equine biomechanics, including stride characteristics, postural control, coordination and movement symmetry.
• Identify potential early warning signs of fatigue through changes in behaviour, physical responses, movement quality and performance.
• Understand the relationship between fatigue, altered musculoskeletal loading and potential injury risk, alongside the importance of protecting equine welfare.
• Explore the roles of hydration, thermoregulation, energy replenishment and appropriate rest in supporting effective recovery.
• Apply evidence-informed conditioning and recovery principles to support progressive training, manage exercise demands and reduce excessive physical strain.
• Develop a deeper understanding of exercise physiology through practical examples and case studies, supporting more informed decisions about equine training and management.
Deepen your understanding of equine exercise physiology with this evidence-based course—because recognising fatigue, managing exercise demands and supporting effective recovery are essential to maintaining healthy, resilient and high-performing horses.
Final Quiz or Assessment: To test understanding of the material.
Once you have paid for the course in full, our admin team will provide you with access to enroll in our online course portal.
This course is conducted online and is accompanied by downloadable course materials. The module includes informative text, engaging videos, and downloadable materials.
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