The incidence of race-day jockey falls in Australia, 2002–2006

Peta L Hitchens, C Leigh Blizzard, Graeme Jones, Lesley M Day and James Fell
Med J Aust 2009; 190 (2): 83-86. || doi: 10.5694/j.1326-5377.2009.tb02284.x
Published online: 19 January 2009

Working as a licensed jockey in horse racing is a high-risk occupation. Studies in the United States found that jockeys had a higher risk of fatality than pilots and flight engineers, logging workers, structural metal workers, farm workers, roofers and truck drivers,1 or participants in sports such as skydiving, motorcycling and boxing.2 Only fishers and related fishing workers had a higher fatality rate.1

Jockey injuries and fatalities have been investigated in overseas studies.3-10 However, although there has been a review of injuries to jockeys in Victoria,11 no national study of jockey falls has been undertaken.

We aimed to determine the incidence of falls, injuries and fatalities occurring at race meetings in Australia, and to compare them with overseas rates.

Data sources

Incidence data on falls of licensed jockeys riding registered racehorses at race meetings throughout Australia were collated from stewards’ reports provided by the Principal Racing Authority of each state and territory of Australia. Each report was scanned electronically, and a keyword search was conducted for any report of a rider being dislodged from a horse. Once a fall was identified, details of the incident were extracted and recorded in a database.

Racing Information Services Australia, the official repository for all thoroughbred race results across Australia, provided comprehensive data on every race conducted at race meetings run by a Principal Racing Authority from 1 August 2002 to 31 July 2006. These data were merged with the incidence falls data by one-to-one matching on race date, racecourse, race number, jockey name and horse name.

Data on falls from flat racing and jumps racing (over steeplechase fences or hurdles) were analysed separately to consider the different risks of jumps racing.

An injury was considered to have occurred if the jockey was declared unfit to ride or was transported to hospital after a fall. Information from clinical assessments by the attending medical officer was not available. Where the outcome of a fall was not reported in the stewards’ report, we assumed that the injury severity was minor.

Mortality data were obtained from the Australian Jockeys’ Association National Jockeys’ Trust online memorial (1847–2007).12

The Human Research Ethics Committee (Tasmania) waived the need for ethics approval of these analyses of publicly available information.

Statistical analysis

To enable comparisons with the results of overseas studies, the incidence of falls was expressed as the number of falls per 100 rides:

incidence = (number of falls during period/number of rides during period) × 100

Poisson regression was used to estimate rate ratios with 95% confidence intervals. Multiple observations of the same jockey were condensed into a single observation per year. To estimate the trend in rates over race seasons, a linear term for year was used. A Poisson model was used to compare rates between countries.

To assess possible bias due to stewards’ reports being missing or unavailable, we re-estimated the event rates with the missing data on rides, falls and injuries replaced by means for each category of relevant stratifying factors.

Data were statistically analysed using Stata, version 10.0 (StataCorp, College Station, Tex, USA).


Stewards’ reports were available for 92.8% (10 373/11 180) of the race meetings held during the study period (Box 1).

There were 861 injuries and 3360 jockey falls from 748 367 rides in 75 434 races and 10 373 race meetings. Jockeys had a mean of one fall every 240 rides in flat racing, and a mean of one fall every 19 rides in jumps racing (Box 2).

When fall incidence rates were re-analysed to estimate the effect of missing data, the re-estimated incidence rates were almost unchanged.

Flat racing

The median number of rides per jockey in flat races was 160.5 (range, 1–4019). The median number of falls per jockey was 1.0 (range, 0–20). The number of falls increased over the study period at a rate of 5.83% (95% CI, 5.67%–5.99%) per year, or around 44 falls per year, but around one-fifth of this increase can be attributed to an increase in the number of races each season. In flat racing, falls per 100 rides increased at the rate of 4.50% (95% CI, 3.83%–5.19%) per year. This increase was mainly confined to falls pre- and post-race, which increased at the rate of 6.69% (95% CI, 4.37%–9.07%) per year.

Information on the location and causes of falls in flat racing is shown in Box 3. Of 3101 falls that occurred during flat racing, 1694 (54.6%) occurred before the horses jumped out of the barriers. Another 1063 (34.3%) occurred during the race (including during the jump out from the barriers) and 344 (11.1%) occurred after the race. Reporting of cause of fall was incomplete in 1398 (45.1%) cases. These cases were recorded as “dislodged” or similar without an underlying reason specified. Most (1057; 75.6%) of these falls occurred before the race.

Information on the severity of falls in flat racing is summarised in Box 4. Falls during the race (including during the jump out from the barriers) accounted for 61.7% of injuries. Assuming that falls with outcomes not reported in the stewards’ report were minor in injury severity, about 30% of falls occurring during a race required admission to hospital, compared with less than 10% of falls occurring pre- or post-race.

Jumps racing

During the study period, jumps racing was conducted in three states — Victoria, South Australia and Tasmania. The median number of rides per jockey in jumps races was 18 (range, 1–385). The median number of falls per jockey was 1.0 (range, 0–19). The fall rate changed little for the first three race seasons, but decreased by 28.23% (95% CI, 20.71%–35.04%), or by around 20 falls, in the 2005–2006 race season.

Of 259 falls that occurred during jumps racing, 228 were at a jump (88.0%) and a further 27 (10.4%) occurred during the race. The main causes of falls in jumps racing were reported as horse having fallen (136; 52.5%), stumbled or blundered (57; 22.0%), or dislodged the jockey with no underlying reason specified (39; 15.1%). The outcome of 196 (75.7%) falls in jumps racing was not reported. Of jockeys who fell, 25 (9.7%) were transported to hospital or declared unfit to ride.


There were five fatalities during the study period, equivalent to a mortality rate of 673 per 100 million rides (0.0007%), or 161 238 per 100 million falls (0.16%). All occurred in flat racing; four occurred during the race and the other occurred in the mounting yard. Occupational fatalities to jockeys occurred at a rate of 2.31 (95% CI, 2.06–2.58) deaths per year between 1878 and 2007, but jockey mortality in the past 25 years has stabilised at 1.27 (95% CI, 0.98–1.64) deaths per year. Before 1963, the mortality rate was 2.86 (95% CI, 2.52–3.24) deaths per year.

Comparison with overseas studies

Rates of falls in Australia compared with other countries are shown in Box 5.

The occurrence of falls per 100 rides in Australia during the study period was similar to the rate in the United Kingdom and Ireland,5 but 1.35 (95% CI, 1.27–1.44) times greater than the rate in France7 during the previous decade.

When the risk window was restricted to the period from leaving the barriers to crossing the finishing line (to enable a comparison with data from Japan10), the Australian rate was similar to the Japanese rate. The injury incidence rate in Australia was similar to France, but lower than the rates in the UK and Ireland.

In jumps racing, the incidence of falls in Australia was 1.10 (95% CI, 0.97–1.25) times the rate in Ireland, but 0.58 (95% CI, 0.51–0.65) times the rate in France, 0.77 (95% CI, 0.68–0.87) times the rate in the UK and 0.78 (95% CI, 0.66–0.92) times the rate in Japan (Box 5).


Our study, the first to examine falls and injuries to jockeys in Australia, adds to previous Australian studies of injuries from equestrian and recreational horse riding13-17 and a study of injuries to jockeys in Victoria.11 We found a rate of 0.42 falls per 100 rides in flat races and 5.26 falls per 100 rides in jumps races. A fall can be career-ending, and a small proportion of falls result in death. Most falls in Australia occur pre- or post-race, but falls occurring during the race result in the most severe injuries.

The incidence of falls in flat racing in Australia during 2002–2006 was at the high end of the range found in the UK and Ireland5 and France7 during the previous decade, but at the low end of that range if adjusted for the trend increase in Australian rates between 2002 and 2006.

Despite this, the proportion of injuries per fall in flat racing (27%) was lower in Australia than in the UK, Ireland and France, where it was around 40%.5,7 This may be because most falls in Australia occurred before or after the race, when falls are generally less severe. In contrast, falls that occurred during races resulted in 48.5% (516/1063) of injuries. This result is similar to Japan, where about half of falls occurring during races resulted in injury.10

In jumps racing, the rate of falls in Australia was at the lower end of the range found in the European studies. Most jumps races in Australia were conducted in Victoria, and the introduction of a new type of jump during the 2005–2006 racing season coincided with a decrease in the rate of falls.

The injury rate for jumps racing in Australia was similar to that for Ireland and less than half that of the other countries, with a similar pattern in the ratio of falls in jumps races to falls in flat races. In our study, 34.3% of falls in flat racing occurred during the race, and resulted in 61.7% of the injuries sustained. This is slightly lower than that found in the UK and Ireland (approximately 70%).5

A strength of our study is that we had very high ascertainment, with 92.8% of stewards’ reports for the period being obtained. As far as we can tell, missing data from stewards’ reports did not materially influence our results. Although nearly half of the reports did not provide an underlying reason for the fall, there is no reason to suspect they were due to a cause other than fractious behaviour of the horse, because 90% occurred pre- or post-race, and falls from other causes are uncommon at those stages. If so, nearly all (96.8%; 1640/1694) falls before the race were due to fractious behaviour.

We were also able to provide information on the locations and causes of falls; the studies from the UK, Ireland and France did not provide this information.5,7 The study from Japan provided information on the causes of the falls, but during races only, so no meaningful comparisons were possible.10

Although stewards’ reports provide a complete record of observed incidents occurring during a race meeting, they are not medical records and do not capture the subsequent sequelae of those incidents. As a source of data on injuries, they may lead to underestimation of minor injuries, but should provide a reliable record of the occurrence of substantive injuries. A further limitation of our study is that we did not have coverage of falls or injuries during track work, which accounted for 31% of fall-related injuries in the Victorian study.11 Compared with the European studies, we had a limited period of observation, but a higher number of rides and fall events. Jumps racing was limited to three states, providing fewer observations than included in the overseas studies. Despite this, we were able to observe a decline in falls following the safety changes to jumps in Victoria.

Being a jockey is a hazardous occupation. Our results support the need to improve occupational health and safety standards in the thoroughbred racing industry in Australia, and suggest that intervention strategies will need to address falls pre- and post-race as well as during the race.

1 Comparison of stewards’ reports obtained and not obtained, by race type

Race type

Reports obtained

Reports not obtained


74 873/80 439 (93.1%)

5566/80 439 (6.9%)


561/604  (92.9%)

43/604  (7.1%)


75 434/81 043 (93.1%)

5609/81 043 (6.9%)

2 Fall and injury rates for flat and jumps racing, 2002–2006

Race type



Falls per 100 rides


Injuries per 100 rides

Injury incidence per fall


743 445







4 922







1 578







3 344







748 367






3 Location and cause of fall outcome in flat racing (% of total falls by location), 2002–2006 

Cause of fall

Mounting yard

Pre-race warm-up


On jump out

During race

After race



85 (40%)

866 (76%)

106 (31%)

24 (8%)

121 (16%)

196 (57%)

1398 (45%)


125 (58%)

220 (19%)

238 (69%)

133 (43%)

39 (5%)

48 (14%)

803 (26%)

Clipped heels




3 (1%)

113 (15%)

5 (1%)

121 (4%)





105 (34%)

34 (4%)

12 (3%)

157 (5%)

Equipment failure


9 (1%)


2 (1%)

20 (3%)

26 (8%)

57 (2%)

Horse fell

4 (2%)

7 (1%)



251 (33%)

13 (4%)

276 (9%)

Shifted ground


6 (1%)


27 (9%)

25 (3%)

25 (7%)

83 (3%)

Struck rail


22 (2%)



25 (3%)

8 (2%)

56 (2%)

Careless riding





46 (6%)


47 (2%)

Broke down





52 (7%)

7 (2%)

59 (2%)






23 (3%)


23 (1%)

Rider unbalanced or lost stirrup




11 (4%)

7 (1%)

3 (1%)

21 (1%)


215 (100%)

1135 (100%)

344 (100%)

307 (100%)

756 (100%)

344 (100%)

3101 (100%)

4 Location and severity of falls in flat racing*

* The number of falls in each category is shown within each column.

5 Fall and injury incidence rate comparisons between the current Australian study and Japan, the United Kingdom, Ireland and France






Study period






Information source

Stewards’ reports

Medical officer

Medical officer

Medical officer

Flat racing*






Falls (during race)












Jumps racing*






Falls (during race)












Ratio jumps : flat






* Fall and injury incidence rates are per 100 rides unless otherwise stated.

Fatality incidence rates are per 100 million rides. French fatality incidence rates were recorded for 1980–2001; UK rates were recorded for 1975–2000.

  • Peta L Hitchens1
  • C Leigh Blizzard1
  • Graeme Jones1
  • Lesley M Day2
  • James Fell3

  • 1 Menzies Research Institute, University of Tasmania, Hobart, TAS.
  • 2 Monash University Accident Research Centre, Melbourne, VIC.
  • 3 School of Human Life Sciences, University of Tasmania, Launceston, TAS.



The research team thanks the Australian Racing Board; Racing Information Services Australia for provision of race data; each Principal Racing Authority for provision of stewards’ reports; Mrs Polly Foster for assistance in processing paper-based records; and Tim Albion, IT Systems Manager at the Menzies Research Institute.

Competing interests:

None identified.

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