With its first grandstand built in 1886, the horse racecourse at Southwell Racecourse has been functioning since 1850. Back then the riding conditions were difficult so a new turf track was installed in 1897 to make the racing better.
The Southwell Racecourse racecourse was modified to grow to be all-weather in 1989 which allowed at that location to be all-weather, flat turf and National Hunt horseracing throughout every season.
It has carried on developing and has currently turned into one of the most active racecourses in Great Britain with as much as 70 horseracing meetings each year. The really well attended Annual Ladies Day and Family Days are breathtaking day occasions of which Southwell Racecourse racecourse is deservedly proud, each drawing the attention of as much as 7000 visitors to the program.
Shaped as a flat left-handed oval, the Southwell Racecourse is among the 4 all-weather tracks in the area, the others to be Lingfield, Wolverhampton as well as Kempton. In spite of this Southwell Racecourse is the single of these courses having fiber-sand for the surface – the other 3 have changed their surface areas to polytrack.
The fiber-sand is usually regarded as a stamina test of both the horse and also the jockey and there might be a good deal of ‘kickback’ from the loose area that may impede lots from performing at their best as well as horses which on a regular basis race at Southwell Racecourse as they are known to deal with the kickback frequently prove to have a very good record at the track.
The fiber-sand surface area is more sluggish than polytrack and the outcomes are usually much like that of soft turf ground circumstances when the athletes end spread out. The equipment employed for harrowing and moving the surface area will eventually produce an impermanent bias for the draw however this is certainly much more recognisable when there is an unexpected change in the weather conditions, either significant heavy rain as well as a much sharpened frost. The rain has a tendency to permit the sand to become more compact and the surface area becomes faster.