Track surface


The track surface of a horse racing track refers to the material of which the track is made. There are three types of track surfaces used in modern horse racing. These are:
The style of racing differs between surfaces, with dirt races tending to have the fastest pace, while turf racing often comes down to a sprint in the stretch. Races on artificial surfaces tend to play out somewhere in between. Anecdotally, American bettors consider dirt racing to be more predictable, which makes it a more popular medium for betting purposes. Weather conditions affect the speed of the different surfaces too, and grading systems have been developed to indicate the track condition. Turf surfaces are the most affected by changes in the weather, and many turf horses will have a strong preference for a specific type of going.

Synthetic surfaces

Synthetic surfaces allow racing to take place in bad weather conditions, when it may otherwise be cancelled, and for this reason are sometimes referred to as All Weather surfaces. Manufacturers of synthetic racetrack surface materials promote the fact that synthetic tracks have drainage attributes that are better than natural surfaces.
There is also evidence that synthetic surfaces are significantly safer than dirt in terms of equine breakdowns, though there are many variables that come into play. The statistics for North America in 2015 showed 1.18 fatalities per 1,000 starts on synthetic surfaces, 1.22 on grass courses, and 1.78 on dirt tracks. The breakdown rates were down for each of the surfaces compared to 2014.
The first synthetic surface used for thoroughbred racing was Tropical Park's Tartan turf, a synthetic surface similar to Astroturf installed in 1966. Tartan turf was never a success with horsemen.
The first synthetic surface to replace dirt in the United States was installed at The Meadows Racetrack and Casino in Washington, Pennsylvania in 1963. This surface, called Tartan, was found to be unsatisfactory and removed and replaced with a traditional limestone surface in 1975.
NameManufacturerCountryDescriptionInstallations
Cushion TrackEquestrian SurfacesSand, synthetic fibers, elastic fiber coated with wax. The footing is approximately seven inches deep, followed by a geotextile membrane/tarmac.
Santa Anita Park

Hollywood Park
Courbold Park, Sunshine Coast
Toowoomba, Queensland
Klampenborg, Denmark
Taby Galopp, Sweden
Al Khor Horse Breeders Park, Qatar
FibresandMansfield Sand CompanySand particles and polypropylene fibres.Southwell
PolytrackMartin Collins EnterprisesA mixture of silica sand, recycled synthetic fibers and recycled rubber/pvc. In cold climates, the mixture may also include jelly cable. The entire mixture is coated with wax.Lingfield Park
Kempton Park
Chelmsford City
Dundalk
Chantilly
Marseille-Vivaux
Pau
Kranji, Mijas
Veliefendi
Turfway Park
Arlington Park
Del Mar Racetrack
Keeneland Race Course
Pakenham Racecourse, VIC
Cagnes Sur Mer Racecourse
Deauville-La Touques Racecourse
Gokdere & Bedew Racecourses in Ashgabat, Turkmenistan
Fairview Racecourse
Greyville, Durban South Africa
Pro-RidePro-Ride Racing Australia Pty Ltd6 inches of footing on top of a 4-inch IMC layer on top of a drainage system.Flemington
Santa Anita
Rosehill Racecourse, NSW
Warwick Farm Racecourse, NSW
TapetaMichael Dickinson, Inc.Sand, fibre, rubber and wax makes up the top 4-7 inches of the racing surface, installed on top of either porous asphalt or a geotextile membrane.Spreyton
Golden Gate Fields
Albany, California
Berkeley, CA
Presque Isle Downs
Wolverhampton
Newcastle
Woodbine
Dubaï Racecourse Meydan
Visco-RideSand and fibre coated in waxFlemington, Victoria
Cranbourne Racecourse, Victoria
Warwick Farm Racecourse, New South Wales
Lyon La Soie
Pornichet
EquiPolitrekVisteks LtdA mixture of silica sand, recycled synthetic fibers and chopped geotextile. The surface keeps the exploitation characteristics in a wide temperature range. The entire mixture is coated with wax.Akbuzat Hippodrome, Ufa
international sport-horses hippodrome, Kazan