Wind Uplift & Erosion Control Solutions

A selection of Wind Uplift & Erosion Control solutions for vegetated roof systems and deck paver applications. These engineered systems satisfy the most stringent code requirements and are available to support across multiple products wind anchors to stabilize and hold in place growing media and plant material on windy rooftops.

Vegetated Wind Uplift Kit

GRO Vegetated Wind Uplift Kit

GRO Vegetated Wind Uplift Kits include a synthetic wind uplift mat and wind anchors to stabilize and hold in place growing media and plant material on windy rooftops. GRO Wind Anchors are made of recycled polypropylene base disks, retention disks, and connecting shafts. They are easy to install and lightweight.

Jute Netting

GRO Wind Uplift & Erosion Control Kit

GRO Vegetated Wind Uplift & Erosion Control Kits include a synthetic wind uplift mat, jute erosion blanket, and wind anchors to stabilize and hold in place growing media and plant material on windy rooftops. GRO Wind Anchors are made of recycled polypropylene base disks, retention disks, and connecting shafts. They are easy to install and lightweight.

Synteen Geogrid Pic

GRO Vegetated Erosion Control Kit

GRO Vegetated Erosion Control Kits include a jute wind erosion blanket and wind anchors to stabilize and hold in place growing media and plant material on windy rooftops. GRO Wind Anchors are made of recycled polypropylene base disks, retention disks, and connecting shafts. They are easy to install and lightweight.

New Pedestals With Grate

Paver Grate

GRO Paver Grate enhances impact resistance for porcelain pavers in pedestal applications. It also provides a structural surface for loose laid pavers on deck pedestals. Engineered to attach to the pedestals, the GRO Paver Grate creates a stable and secure foundation and mitigates wind uplift resistance. Multiple options are available for adhesion to porcelain pavers.

Ipe Wind Tiles 1
Ipe Wind Tiles Side 1

IPE Wind Tiles

IPE wood deck tiles are designed to be used with fixed and adjustable height pedestals on both flat and sloped roofs. When accompanied by GRO Wood Deck Tile Fasteners, the deck tiles can be secured to the GRO Pedestals to mitigate wind uplift.

Turfstone Permeable Paver P 1 Resize

Ballast Grid

GRO Ballast Grid is a concrete permeable paver grid that provides a strong, yet breathable foundation. It offers excellent erosion control and can be used to mitigate wind uplift in wind zones on roofs. The voids within the grid can be filled with a variety of material; including gravel, soil, turf, and/or plants, depending on the application, to create functional and attractive permeable spaces. It also can be used at ground level as a surface for both pedestrian and low-use vehicular areas.

Concrete Wind Paver 1
Concrete Wind Paver Side 1

Concrete Wind Paver

An attractive and functional hardscape solution tested for Hurricane Force Winds. Designed for use with our hidden GRO Fastening Kit and GRO Pedestals for rooftop amenity areas.

Porcelain Wind Paver 1
Porcelain Wind Paver Side 1

Porcelain Wind Paver

For creating beautiful rooftop patios, gathering spaces, and walking paths, GRO Porcelain Wind Pavers used with our GRO Paver Grate can mitigate wind flows up to 165 mph.

Structural Grate Top
Structural Grate Side

GRO Structural Grate

GRO Structural Grates create a stable and secure foundation on pedestals or joists for: artificial turf assemblies, porcelain pavers, modular green roof systems, and planters. They are engineered to attach to the pedestals for stability and wind uplift resistance. Multiple options are available
for adhesion to porcelain pavers and these grates provide a solid surface area to support artificial turf installations.

Paver On Grate With Pins 2 1

GRO Structural Grate Fastening Kit

For use with GRO Structural Grates provides a secure connection between pedestals and the finished deck surface. The weight of the grates and the finished deck surface, whether it is artificial turf, a green roof system, planters, or pavers, creates a monolithic system to hold the system in place and mitigate against wind uplift.