Research: Does the Unshod Dressage Horse Really Bear a Competitive Disadvantage?

Irish researcher Richard Mott writes: "This photo is an example of some of the gait analysis work I’m doing for my dissertation comparing the stride patterns of shod and unshod horses. Most previous research has measured shod horses then taken their shoes off and measured them again straight away. The result? 'Look how badly they go without shoes!' To my knowledge, this is the only study that has compared shod and unshod horses that are conditioned to that state."

At the recent International Society for Equitation Science (ISES) Conference in Denmark, a Warwickshire College (UK) abstract covered research by distance-learning student Richard Mott from Ireland: He studied the potential difference in movement between shod and unshod horses in dressage.

To be fair to the researchers, this abstract is something like a snapshot from a moving car, compared to the author's much larger research effort. Richard Mott's thesis will actually be about 12,000 words when we finally get to read it.

Sue Dyson: How Poor Performance and Pain Are Linked in Equestrian Sports

Dr. Sue Dyson brings to her job not just her exemplary career as an imaging and diagnostics expert, but also her expertise as an advanced-level rider and trainer. (AHT photo)

At the 2012 International Society for Equitation Science Conference in Scotland in July, Sue Dyson MA, VetMB, PhD, DEO, FRCVS, presented some data collected in her work as director of orthopedics at the famous Animal Health Trust (AHT) referral clinic in Newmarket, England. The large number of cases seen at the clinic and the thoroughness of Dr. Dyson's exams and imaging provide a broad database for analyzing trends in lameness diagnosis in sport horses.

“Conformation plays a significant role in determining the likelihood of an individual horse suffering an injury during its competition career” advised Dr Dyson. Conformation issues of concern to her include straight hocks, a high croup relative to the withers and overly-extended hind fetlocks.