Our sturdy and water-permeable surface stabilisation systems mean that you can use your riding arenas and lungeing pens all year round.
The ground grids provide a good and secure feeling surface, which is key to any good riding arena. Use of our surface stabilisation systems almost entirely prevents mixing of the base layer and the sand tread layer.
Mixing the footing layer and sub-base is a thing of the past. The SAGUSTU FlexPro mat serves as a separation layer and drainage mat for paddocks and riding areas. The mat is characterised by quick laying with large slabs, which significantly reduces the laying time and the associated laying costs. The SAGUSTU FlexPro mat can be used both as an attachment in the paddock area and on a riding area. These mats are also suitable for trotting and gallop racing tracks as well as in indoor riding arenas (also on concrete floors). A sand layer is required as a tread layer and the mats should be laid with an expansion joint.
Dimensions:
Substrate:
The existing substrate must be removed, the grass seam must be removed. In addition, a subgrade of approx. 2-3% should be considered. Then a water-permeable gravel layer of 10-25 cm (depending on the subsoil) is to be applied. The laying bed of crushed chippings 8/11 mm should be approx. 3-5 cm high. Now the FlexPro mats are laid. Finally, the footing layer (approx. 10-12 cm, depending on the area of use) of water-permeable sand is applied.
We recommend an edge fixation to avoid slipping.
Information on cutting can be found here.
Our Allround plastic paddock and riding arena tile is a proven means of stabilising the ground outdoors.
The ease of handling the individual tiles means that you can easily cover large areas in a short time.
Measurements:
- can be installed either way up -
Subsurface:
Suitable for installation on the natural ground as well as sand, gravel or directly onto mud. The surface should be levelled with a slope of around 1%.
We recommend fixings around the edges to prevent slipping.
Information on cutting can be found here.