• Vehicle parking.
• Access roads.
• Fire and emergency access.
• Laybys and highway verges.
• Sustainable urban drainage systems (SUDS).
• Helipads and military installations.
• Abnormal load diversions.
• Slope protection, drainage channels, swales and spillways.
• Reservoirs.

• Vehicle parking.
• Access roads.
• Fire and emergency access.
• Laybys and highway verges.
• Sustainable urban drainage systems (SUDS).
• Helipads and military installations.
• Abnormal load diversions.
• Slope protection, drainage channels, swales and spillways.
• Reservoirs.

• Vehicle parking.
• Access roads.
• Fire and emergency access.
• Laybys and highway verges.
• Sustainable urban drainage systems (SUDS).
• Helipads and military installations.
• Abnormal load diversions.
• Slope protection, drainage channels, swales and spillways.
• Reservoirs.

Lightweight Grasscrete void former, reinforcement mesh, concrete soil and seed options used to create a monolithic cellular reinforced paving area using in-situ concrete.

Features and benefits:

• Isn't structurally influenced by grass and can therefore be trafficked before grass establishment.
• Does not require edge restraints, enabling it to blend naturally with adjacent finishes.
• The unique pocket profile enables the release of frost heave and hydro-static pressure.
• Soil pockets are enclosed and protected by concrete structure helping to prevent washout and weed colonization when used on slopes.
• Capable of draining at rates of up to 90% that of original ground, a feature that helps to maintain natural ground conditions and the local eco-system.
• Creates a natural biological filter as part of the percolation process that enables either an attenuated ground water re-charge or rainwater harvesting to choice as part of a Sustainable Urban Drainage (SUDS) scheme.
• The system can incorporate an integral sprinkler system for use in arid climates.
• Uses re-cycled materials in manufacture.

Lightweight Grasscrete void former, reinforcement mesh, concrete soil and seed options used to create a monolithic cellular reinforced paving area using in-situ concrete.

Features and benefits:

• Isn't structurally influenced by grass and can therefore be trafficked before grass establishment.
• Does not require edge restraints, enabling it to blend naturally with adjacent finishes.
• The unique pocket profile enables the release of frost heave and hydro-static pressure.
• Soil pockets are enclosed and protected by concrete structure helping to prevent washout and weed colonization when used on slopes.
• Capable of draining at rates of up to 90% that of original ground, a feature that helps to maintain natural ground conditions and the local eco-system.
• Creates a natural biological filter as part of the percolation process that enables either an attenuated ground water re-charge or rainwater harvesting to choice as part of a Sustainable Urban Drainage (SUDS) scheme.
• The system can incorporate an integral sprinkler system for use in arid climates.
• Uses re-cycled materials in manufacture.

Lightweight Grasscrete void former, reinforcement mesh, concrete soil and seed options used to create a monolithic cellular reinforced paving area using in-situ concrete.

Features and benefits:

• Isn't structurally influenced by grass and can therefore be trafficked before grass establishment.
• Does not require edge restraints, enabling it to blend naturally with adjacent finishes.
• The unique pocket profile enables the release of frost heave and hydro-static pressure.
• Soil pockets are enclosed and protected by concrete structure helping to prevent washout and weed colonization when used on slopes.
• Capable of draining at rates of up to 90% that of original ground, a feature that helps to maintain natural ground conditions and the local eco-system.
• Creates a natural biological filter as part of the percolation process that enables either an attenuated ground water re-charge or rainwater harvesting to choice as part of a Sustainable Urban Drainage (SUDS) scheme.
• The system can incorporate an integral sprinkler system for use in arid climates.
• Uses re-cycled materials in manufacture.