We are making roads safe

Our driveway stabilization grids are designed to enhance surface stability and are manufactured in the China from durable, recycled plastic materials. This approach not only supports environmental sustainability but also provides an eco-friendly, long-lasting solution for driveways.

By using tough, high-quality recycled materials, we ensure that our grids are both strong and durable. Our direct-to-customer model allows us to keep costs low, as there are no intermediaries involved. Additionally, these plastic grids help reduce the need for thicker stone layers and minimize the amount of gravel required, offering significant cost savings on installation materials.

Use Case

Car parking

The DriveGrid system is ideal for car parks and offers flexibility in style and load capacity. Depending on the preferred appearance and load requirements, you can choose between a grass-filled or gravel-filled car park. Grass-filled grids provide a natural, lively look to the car park, adding greenery while supporting vehicle weight. Gravel-filled grids offer higher load-bearing capacity, making them suitable for heavier vehicles and more intensive use. The gravel filling provides additional stability, allowing the grid to handle substantial weight loads effectively.

Use Case

Access routes

Temporary events often take place on open fields, which are usually unprepared and lack ground reinforcement. Heavy foot traffic and vehicles from the event can easily damage the surface.

DriveGrids offer a solution by reinforcing the ground and providing natural drainage, preventing rain from impacting the stability of the surface. Rather than covering the entire area, focusing on essential pathways with geotextile membranes and DriveGrid is a quick, effective, and budget-friendly approach to ground protection.

We will be your best partner

As with all of our DriveGrids, they are guaranteed for 20 years, properly tested, backed by years of case studies and made from 100% recycled plastic. The safe and environmental choice versus traditional build methods.