Geocell: Stabilising the Ground Beneath Your Project

Why Ground Stabilisation matters

Geocell stops loose ground from moving: one lightweight panel expands to cover 15.3 m² and locks gravel, soil or grass in place on paths, gardens and slopes up to 45 degrees.

Unconfined gravel ruts and migrates. Bare slopes wash out in the first heavy rain. Lawns with heavy foot traffic turn to mud. Each of these problems has the same root cause: nothing is holding the fill material in place. Geocell, part of our TERRA Line, solves that by giving the ground a structure, while letting water drain straight through.

How Geocell works

Geocell is a 3D cellular confinement system: a honeycomb of perforated polyethene strips that you stretch open on site and fill.

Each panel arrives folded flat and opens out to 6,000 mm × 2,550 mm, forming individual cells of roughly 320 × 300 mm. Once filled, every cell holds its own share of material. Loads spread sideways across the walls of neighbouring cells instead of pushing down into one spot, so the surface resists rutting, sliding and washout.

The cell walls are perforated, so the system is 100% permeable. Rainwater passes through the fill and into the ground below rather than running off the surface.

Choose your depth

Geocell comes in four depths; the deeper the cell, the steeper the slope and the heavier the use it can take.

All four share the same features:

• Made from recycled perforated polyethene
• UV-resistant, with a long product lifespan
  
• Fill with gravel, soil, mulch or grass
• Cut with a utility knife or strong scissors; join panels with cable ties

Where to use it

Geocell works anywhere loose material needs holding in place, from a back-garden path to a steep embankment.

• Gravel paths and pedestrian areas. Cells stop stones migrating and ruts forming underfoot. Use H50 for garden walkways and H100 for busier pedestrian areas.
• Slopes and embankments. Filled with soil and seeded, Geocell holds topsoil in place while vegetation roots through. H100 handles slopes up to 33°; H150 up to 45°.
• Retaining walls. Stacked, gravel-filled layers of H100, H150 or H200 form a gravity retaining structure.
• Tree root protection. Spreads load over root zones so paths can sit near trees without compacting the ground beneath.
• Erosion control. Holds soil and aggregate in place against rain and surface water.
• Grass reinforcement. Soil-filled cells support foot traffic on lawns that would otherwise turn to mud.

Why choose Vodaland Geocell

Geocell manages stormwater at source, uses recycled material and is made in our own factories.

• Drains where it lands. A fully permeable surface cuts runoff and supports Sustainable Drainage Systems (SuDS) on new builds and retrofits.
• Recycled material. Every panel is made from recycled perforated polyethene.
• Made by us. We manufacture Geocell in our own plants in Ukraine, so we control quality from raw material to finished panel.
• Light to handle. An H100 panel covering 15.3 m² weighs 16.8 kg and packs down to around 1,200 mm long, so one person can carry it.
• Fewer materials needed. Confining the fill stops it spreading and sinking, so less aggregate is lost over time.

Installing Geocell

Most flat installations take four steps: prepare, stretch, anchor, fill.

1. Prepare the ground. Clear stones, roots and debris. Level and compact the subsoil. For gravel surfaces, lay a non-woven geotextile and a compacted base of 20–25 mm crushed stone: at least 100 mm for light loads, 150 mm for medium and 200 mm for heavy.
2. Stretch the panel. Unpack and open the panel across the area. Cut to shape with a utility knife and join panels with cable ties.
3. Anchor it. Fix with Geocell plastic anchors or J-pins at every corner and every 3–4 cells around the perimeter. Allow 2–3 anchors per m², and add more on soft ground.
4. Fill the cells. Use 8–12.5 mm crushed stone for gravel finishes, or soil for grass. Avoid pea gravel, which will not lock together.

On slopes, use H100 or deeper; H50 is for level ground only. Slope installations also use ropes and ground anchors threaded through the cells. Ask our team for the full mounting guide.

Compatible accessories:

Accessories found here:
https://vodaland.co.uk/collections/erosion-control-accessories

Get the right Geocell for your project

Whether you're a homeowner laying a garden path, a contractor stabilising an embankment or a merchant stocking for trade, we'll help you pick the right depth and quantities.

Browse the range at vodaland.co.uk, or talk to our team in Salford on 0161 884 4730 or info@vodaland.co.uk.

```html ```

FAQs

What is a geocell ground stabilisation system?

A geocell ground stabilisation system is a three-dimensional cellular grid that confines soil, gravel or other fill materials to help create a more stable surface. The cells hold the material in place, helping reduce movement, rutting and erosion while allowing water to drain through the structure.

How does geocell help prevent soil erosion?

Geocell helps control soil erosion by creating individual cells that hold soil and aggregates in place. This reduces the risk of materials washing away during rainfall or moving downhill on slopes. When filled with soil and planted with vegetation, geocell can also help support a more stable landscaped surface.

What is the difference between geocell and gravel stabilisation grids?

Geocell and gravel stabilisation grids both help reinforce ground surfaces, but they have different designs and applications. Geocell uses deeper, expandable cellular panels to confine fill material, making it useful for erosion control, slopes and embankments. Gravel stabilisation grids, such as HEXpave and EasyPave, are designed primarily to reinforce gravel or grass surfaces for paths, driveways and parking areas, depending on the product's load rating.

How do you install geocell erosion control grids?

Geocell installation generally involves preparing and levelling the ground, expanding the panels across the area, securing them with suitable anchors and filling the cells with the recommended material. Gravel, soil and grass can be suitable fills depending on the application. Slopes may require additional anchoring and installation measures, so follow the manufacturer's guidance for your project.

Can geocell be used on steep slopes and embankments?

Yes. Geocell can help stabilise slopes and embankments by confining soil or aggregates within its cellular structure. However, the suitable cell depth and anchoring method depend on the slope angle, ground conditions and intended use. Vodaland's deeper geocell options are designed for more demanding slope applications, so check the relevant specifications before selecting a system.