Evaluating the shoeing and associated hoof problems of household cavalry horses
Authors: Bell
Journal: FWCF Fellowship Thesis
Summary
Bell's 1993 observational evaluation of 150 Household Cavalry horses revealed that standardized farriery practices were inadvertently creating significant bilateral foot imbalances and premature shoe wear patterns. Systematic documentation showed that 57.93% of horses had asymmetrically larger right forefeet, directly attributable to the routine practice of always trimming the left forefoot first, alongside irregular toe and heel wear linked to toe-in conformation and excessively upright hoof-pastern angles. The research demonstrated that hard surface work—characteristic of ceremonial duties—compounds these problems by reducing hoof elasticity, leading to higher hoof axis angles than published norms and compromised shock absorption. For practitioners, Bell's recommendations to employ T-square assessment for accurate mediolateral balance, alternate trimming sequence between forefeet, and selectively lower lateral branches when indicated offer practical solutions to reduce lameness and improve longevity in horses subjected to prolonged work on unyielding terrain. These findings underscore how subtle modifications to routine farriery technique can meaningfully mitigate the cumulative effects of demanding work environments.
Practical Takeaways
- •Alternate which fore foot you trim first to prevent cumulative size and balance discrepancies between paired feet that develop over time
- •Use a T-square to objectively assess mediolateral balance in fore feet rather than relying on visual assessment alone, particularly important for hard-surface working horses
- •Adjust trimming strategy when hoof-pastern axis is elevated: lower the lateral branch of fore feet to achieve more even shoe wear and reduce compensatory lameness
Key Findings
- •57.93% of horses had right fore feet larger than left fore feet, attributed to consistent left-fore-first trimming protocols causing systematic size discrepancies
- •Fore feet exhibited irregular shoe wear patterns with excessive wear to outside toe and both heels associated with toe-in conformation and upright hoof-pastern axis
- •Hoof axis angles were consistently higher than published standards due to hard surface work reducing hoof elasticity and shock absorption
- •Standardized farriery practices were modifiable to improve foot balance and reduce lameness through alternating trim sequence and T-square assessment techniques