2 In Gravel Grid Permeable Grass and Ground Stabilizer for Driveways RV Parking Slopes (26.87 x 3.94 FT)

Product Information

Specification

2 In Gravel Grid Permeable Grass and Ground Stabilizer for Driveways RV Parking Slopes (26.87 x 3.94 FT)

Description:

Struggling with erosion on your driveway or backyard lawn? Our ground grid system provides a stable, secure surface for both slopes and flat areas. Made from recycled HDPE, it can support up to 1,885 lbs per square inch, making it perfect for heavy-duty reinforcement and long-lasting durability.

Features:

• Optimized Coverage & Stable Surface: Each panel measures 26.87 ft × 3.94 ft, covering 105.87 sq ft. Individual cells of 7.87 in × 7.87 in securely hold gravel or soil, providing a firm and stable surface on slopes or flat areas—even on soft or unstable terrain. The 2-inch depth helps prevent erosion and supports immediate foot or vehicle traffic.

• Durable, Cuttable HDPE Material: Constructed from recyclable high-density polyethylene (HDPE) with a 0.06-inch thickness, this grid is resistant to UV exposure, aging, and acid/alkali corrosion under all weather conditions. Its strength and flexibility allow for easy DIY customization—cutting, connecting, resizing, expanding, or folding for transport and storage.

• Heavy-Duty Load Support: Ultrasonic welding reinforces the structure, enabling it to withstand pressures up to 1,885 lbs per square inch when filled. The three-dimensional honeycomb design distributes loads evenly, increases stability, and allows water to flow naturally.

• Versatile Applications: Ideal for slope reinforcement, foundation protection, and creating stable surfaces for landscaping or construction projects. It performs well when filled with gravel, soil, sand, grass, or other infill materials.

• Quick & Easy Installation: Perfect for patios, driveways, walkways, parking areas, paver bases, shed foundations, and more. Simply roll out the grid, secure it, connect panels, and fill each cell with your preferred material for instant, long-lasting stability.