View our Installation Demo Video for a visual example of how to erect the rail...

The rail has a 'ribbed' section on one end only, which shrinks the profile size of the rail down. This means that when the rail is clipped together, it has an exact fit, without any protruding or flaring edges. The result is a rail that almost looks seamless, and is aesthetically very appealing.
Also the joint problems that most rails incur with thermal expansion are eliminated. Normally rails that 'butt' together, have no room to move. As a result on hotter days the rail expands, and causes it to buckle and look unsightly. On colder days, it contracts and opens up small gaps in the joints, which can become a danger to jockeys who may catch their stirrups.
But with the SIMTRACK rail, the overlapped joint allows it to adjust to the extremes of weather, without effecting its appearance or alignment.
When the rail is erected, the overlaps are always the same way, so the outside overlap is always pointing in the same direction as the horse. This in effect protects any horses running behind a sever accident where the rail has been damaged enough to unclip itself. Where a normal rail which has 'butt' joints could expose an end of rail which can impale a horse, the SIMTRACK overlapped joint is much less likely as the overlap flows with horse.
The rails only require two plates for each length, with no special tools, or additional joint plates. The plates are made from the same corrosion resistant material as the rail, and can be clipped into place by hand. When attaching post to rail, the bolts used have a special head which locks into the plate, so there is no need for an additional spanner to hold the bolt from behind the plate.
With most other movable rails, the post have large clamps, brackets or other dangerous fittings that protrude from the base of the post in order to attach itself to a ground fixed pin, which can cause sever injury to both horse and rider in a fall.
SIMTRACKS patented Pinfix system however avoids this danger by pressing an indentation into the base of the post.
A galvanised steel pin is driven into the ground (with jackhammer) and the protruding portion of the pin from the ground then 'nests' into the posts indentation. A pressed sleeve slides over the post and pin and fixes the two together without nut, bolt or any tools.
To move the rail to a new position the sleeve is simply lifted up, and the post is then free to be placed into its new position. With the labour cost of moving a complete track considerable, our product has proven to save thousands of dollars. In most cases ten men can reposition a complete 2000 meter track in about 3-4 hours.
There is no simpler, safer or quicker way to reposition rail than the SIMTRACK Pinfix system.