[The art of horseshoeing–between empiricism and science].

The research article presents a detailed examination of how different horse shoeing methods affect a horse’s gait, using a Warmblood mare for the case study. The study relied on various methods of data collection, including treadmill tests and high-speed videography, to analyze the impacts of different shoeing techniques on specific gait parameters.

Overview of the Research Article

• The research is centered around the art of horseshoeing, a discipline that requires comprehensive understanding of horses’ postural anomalies and movement patterns, and the application of different horseshoeing theories.
• The researchers aimed to bridge the gap between empirical knowledge and scientific analysis in horseshoeing by using gait analysis to objectively examine the impacts of different shoeing conditions on a horse’s gait.

Study Design and Methodology

• For the case study, a Warmblood mare was subjected to four different shoeing conditions: long-toe shoeing, proper trimming without shoes, conventional shoeing with rolled toes, and shoeing using a 4-point technique.
• To gather data on force, time, and distance parameters during the horse’s gait under each shoeing condition, the researchers used an instrumented treadmill.
• & A high-speed video camera was used to document the first contact and breakover (a phase in a horse’s stride cycle) of the horse’s hooves.

Key Findings

• Findings indicated that long-toe shoeing led to a longer breakover time, consequently extending the second half of the stance phase (when a hoof maintains contact with the ground during a stride).
• This prolonged stance duration, despite having an unaltered force impulse, led to a decrease in force peaks, which refers to the maximum force exerted when the hoof is in contact with the ground.
• The researchers were successful in recording objective differences between the trimmed, unshod foot, the shod long-toe, and the shod rolled-toe configurations. Notably, minimal differences were observed between the rolled-toe and the 4-point shoeing techniques.
• This has led the researchers to propose gait analysis as an ideal technique for evaluating various shoeing techniques under standardized conditions.

Implications of the Research

• The study’s findings could provide farriers with scientific evidence to better inform their horseshoeing techniques, which would ultimately influence a horse’s health, comfort and performance.
• With objective gait analysis, specialists can optimize shoeing techniques for the benefit of various horse breeds and tackle different posture and foot conditions more effectively.