Permeable Surfaces

Permeable surface systems must accommodate the functional requirements of the finished surface while allowing for water movement through the selected surface configuration. System selection depends on the surface material, intended use, loading conditions and underlying support.

Atlantis provides modular solutions for vehicular and pedestrian applications, from turf and gravel reinforcement to heavy-duty operating surfaces and supported pathways. Each system addresses different surface conditions, structural requirements and project constraints.

Cellular reinforcement systems are installed at ground level, over a prepared supporting profile, to reinforce turf, gravel and heavy-duty vehicular surfaces. The modular cells are filled with the specified surface material, providing confinement and stability within the finished surface.

The supporting ground profile is designed according to the intended traffic loads and site conditions.

Supported modular surface systems are installed over an independently designed supporting structure rather than directly on the ground. The modular panels form or support pedestrian surfaces for pathways, access areas and elevated applications.

The supporting structure and panel arrangement are designed according to the intended use and project requirements.

In cellular reinforcement systems, surface permeability is primarily determined by the selected infill material, whether turf, gravel or sand. The modular cells provide surface reinforcement while allowing water to pass through the permeable infill.

Water may subsequently infiltrate into the natural ground or be managed through a designed drainage system, depending on the supporting pavement profile and site conditions.

Open modular surfaces allow water to pass through the grid openings into the space beneath the surface. Unlike surfaces that rely on permeable infill, water passes directly through the open grid structure.

Depending on the supporting configuration and project-specific drainage design, water may be collected beneath the surface and directed towards a designated discharge point.

Turf & Gravel Reinforcement

Cellular reinforcement systems stabilise turf and gravel surfaces while retaining their intended surface finish and allowing water to pass through the permeable infill. Applications include landscaped areas, public spaces, access routes and parking areas, subject to the intended traffic conditions and project-specific design requirements.

Synthetic Turf Drainage

Modular sub-drainage systems provide a defined drainage layer beneath synthetic turf surfaces, helping collect and convey water that passes through the turf and supporting layers. Applications include sports facilities, recreational spaces, playgrounds and landscaped areas, with system selection dependent on drainage requirements, surface construction and anticipated loading.

Heavy-Duty Surface Reinforcement

Heavy-duty cellular reinforcement systems are designed to stabilise surfaces in demanding operational environments where vehicular loading and repeated traffic must be considered. Applications may include industrial access areas, service roads and resource-sector facilities, with system selection and surface configuration determined by project-specific loading and site conditions.

Pedestrian Pathways & Access Surfaces

Modular surface systems provide pedestrian walking and access surfaces for pathways, ramps and elevated applications. They can be integrated into ground-level or independently supported configurations, with the supporting arrangement determined by the intended use and project-specific design requirements.

Cellular reinforcement for stabilised turf surfaces in landscaped and trafficable areas.

Ultimate strength: 140 t/m²

Cellular reinforcement for stabilising gravel surfaces in access, parking and landscape applications.

Ultimate strength: 140 t/m²

Modular sub-drainage layer beneath synthetic turf, facilitating water movement towards designated outlets in sports, recreational and landscape applications.

Ultimate strength: 140 t/m²

Cellular reinforcement for surfaces requiring consideration of higher operational loading and repeated vehicular use.

Ultimate strength: 255 t/m²

Open modular surface panels for pedestrian pathways, ramps and independently supported access surfaces.

Ultimate strength: 247 t/m²

*Traffic suitability and heavy-duty descriptions are proposed application classifications, not certifications established by these specification sheets. They require confirmation against Atlantis installation and design documentation. Images are illustrative placeholders, not verified Atlantis product photographs.