Myth Busters with Uno Yxklinten – Hoof Mechanics Made Practical
Uno Yxklinten translates complex hoof mechanics and acronyms into practical trimming and shoeing knowledge that improves performance
Tickets available here – https://hoofflix.live/myth-busters-uno
Modern hoof care discussions are increasingly framed around mechanical terminology and acronyms such as P.O.B., C.O.R., C.O.A., and C.O.P. While these terms are widely referenced, their practical meaning and relevance to trimming and shoeing decisions is often poorly understood.
In this HoofFlix webinar, Uno Yxklinten translates the core concepts from his PhD research on equine foot mechanics into clear, practical, common-sense language. Rather than abstract theory, this session focuses on helping hoof care providers understand what these concepts actually represent, how they influence force distribution and hoof function, and why they matter in everyday practice.
The webinar will explore:
- The mechanical meaning behind commonly used hoof-care acronyms
- How these concepts relate directly to trimming and shoeing decisions
- Where misinterpretation commonly occurs in modern farriery discussions
- How improved mechanical understanding supports consistency, performance, and equine welfare
As with recent HoofFlix webinars featuring Professor Chris Pollitt, this session is designed to bridge the gap between science and practice, empowering hoof care professionals with knowledge they can confidently apply.
Presenter Bio – Uno Yxklinten
Uno Yxklinten is a highly respected Swedish farrier and researcher with a specialist focus on equine foot mechanics and applied biomechanics. Working at the intersection of academic research and practical farriery, Uno has conducted detailed scientific investigations into how forces act within the equine foot and how trimming and shoeing interventions influence those forces.
Through his PhD research, Uno has become known for his ability to translate complex mechanical principles into practical, usable insights for hoof care professionals. His work is driven by the goal of improving technical understanding, decision-making, and ultimately equine welfare, by ensuring that scientific knowledge is both accurate and accessible.
