The biomechanics of the equine foot as it pertains to farriery.

Summary

# Editorial Summary: The Biomechanics of the Equine Foot as it Pertains to Farriery Eliashar's 2013 review synthesises three decades of biomechanical research to explain how farriery techniques directly influence foot function and limb mechanics, moving beyond the traditional protective role of shoes towards evidence-based therapeutic application. Rather than presenting original research data, the paper consolidates current knowledge about the mechanical principles governing foot behaviour—including load distribution, breakover dynamics, and shock absorption—and maps these principles onto commonly used shoeing methods and modifications. Understanding these biomechanical relationships is essential for farriers and veterinarians seeking to make informed decisions about shoe selection and placement, particularly when addressing lameness or optimising performance in sound horses. The practical value lies in recognising that farriery choices have measurable consequences for how forces travel through the limb, which underpins rational decision-making in both therapeutic and preventative contexts. For practitioners, this framework provides the mechanistic 'why' behind techniques, enabling more targeted problem-solving rather than relying on convention alone.

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Key Findings

• •Farriery techniques have evolved from simple wear protection to therapeutic interventions for lameness over several decades
• •Modern understanding of limb biomechanics provides evidence-based guidance for shoeing method selection
• •Various farriery methods produce measurable effects on foot biomechanics and overall limb function

Conditions Studied