Made in the UK from 100% recycled polypropylene

Application guidance

Gardens and Buildings

Create practical paths, garden surfaces and suitable bases for lightweight garden structures.

Why it matters

Paths that drain and shed bases that stay level

Garden projects fail in two familiar ways: the gravel path that scatters every time it is walked on, and the shed base that starts level and ends tilted as the ground beneath it moves with the weather. Both are the same fault — load on unreinforced ground.

A garden grid fixes both with one product. X-Grid confines path gravel so it stays where it is raked, and builds a free-draining, level platform under sheds, summerhouses and greenhouses that will not pump or subside with the seasons. It is a nine-panels-per-square-metre, hand-laid job — no machinery, no concrete.

9/m²

panels — a shed base is a morning’s work

93%

open structure — no standing water

X-Grid gravel pavers stabilising a gravel surface
Gravel confined in grid: a garden path that keeps its rake lines.

Who this guidance is for

Garden grids for paths and shed bases

For structures, size the platform to the building’s footprint plus an edge — and check the manufacturer’s base requirements before you specify.

Approved build-up guidance

What goes where, from the ground up

01 — Level and prepare

Strip topsoil from the footprint and level the area; light-duty garden work on firm ground needs the least intervention of any application.

02 — Free-draining layer

A compacted free-draining aggregate layer keeps water moving under the base or path.

03 — Membrane

A geotextile suppresses weed growth and separates the build-up from the soil.

04 — X-Grid panels

Nine panels per square metre, laid loose with the slot-and-peg interlock; cuts kept larger than half a panel.

05 — Paths: gravel infill

Clean angular gravel — typically 10–20 mm — confined so it stays raked and put.

06 — Bases: level platform

A regulated, free-draining platform ready for the structure manufacturer’s floor system.

Key facts

9/m²

panels — a shed base is a morning’s work

93%

open structure — no standing water

3mm

wall, 330 × 330 mm cells

100%

recycled, inert polypropylene

Specifying discipline

Get these right from the start

Works well

Avoid

Straight answers

Common questions, answered plainly

A level, free-draining platform that will not move with the seasons. X-Grid over a compacted free-draining layer and membrane provides that without concrete; confirm the shed maker’s own base requirements.

Confine it: edge restraint plus a cellular grid keeps angular gravel raked and in place. Ten minutes of raking a season replaces the monthly re-dress.

A geotextile is recommended: it stops weed growth through the surface and keeps the free-draining layer separate from the soil below.

Other applications

One grid system, every surface

Gravel Driveway Grids

Create a stable, permeable gravel driveway with an installation build-up matched to ground and traffic conditions.

Car Park Reinforcement

Reinforce gravel or grass parking bays, overflow parking and circulation areas with a durable cellular system.

Access Route Reinforcement

Build permeable access routes for service, maintenance and managed vehicle traffic, with ground and drainage design matched to the project.

Equestrian Ground Reinforcement

Stabilise gateways, yards, tracks and high-wear equestrian areas with appropriate drainage and build-up.

Agricultural Ground Reinforcement

Reinforce farm access, yards and routes where ground conditions and vehicle loading demand a robust design.

Golf Course Ground Reinforcement

Protect buggy routes, maintenance access and overflow areas while respecting the surrounding landscape.

Campsite Ground Reinforcement

Support campsite pitches, access and parking with permeable grass or gravel surfaces designed for seasonal traffic and site drainage.

Hot Tub Bases

Prepare a stable, level and free-draining grid base where the complete installation is designed for the filled load.

Configure a project

An indicative panel count, build-up and material schedule for any application on this site, reviewed by the technical team.

Every build-up above assumes the same published panel data: 330 × 330 mm cells, 40 mm deep, nine panels per square metre, a slot-and-peg interlock and a working range of −50 °C to +90 °C.