The number of orthopaedic injuries sustained by racing greyhounds from five
greyhound tracks in the state of Wisconsin, USA, was obtained over a two-y
ear period. Calculated injury rates were analysed to predict the probabilit
y that a given competitor would halve an injury based on track design, temp
erature, bodyweight, grade of race, race distance, race number, injury loca
tion on track and type of trauma. One track had a significantly higher Inju
ry rate than the others, and this track was constructed with a decreased in
itial straightaway, a decreased turning radius in the second turn and an in
creased turn bank. Increased injury rates were also seen with successively
higher grades of race, suggesting a possible correlation with speed. Race d
istance had a significant effect on racing greyhound injury rates as well.
Races measuring 3/16 mile and 7/16 mile resulted in a higher incidence of i
njury as compared with races with lengths of 5/16 mile and 3/8 mile. injuri
es were most likely to occur at the first: turn of a race. Temperature, bod
yweight, race number and type of trauma had no significant effect on injury
rate. Speed, race distance and track design were significant factors that
were found to influence the injury rate of the racing greyhound and should
be areas to focus on for the prevention of injury.