Synthetic Cricket Pitch Guide: Costs and Options for Clubs, Schools and Backyards

Last updated 28 August 2026 · 11 min read

The Short Version

• A pitch is 20.12m by 3.05m. Under the Laws of Cricket the pitch is 22 yards long and 10 feet wide, and any full-size build works from those numbers.
• Build longer than the pitch. Run-ups and follow-through extend well past the bowling crease, and a surface that stops at the crease wears out at both ends first.
• The base sets the bounce. Consistent pace and carry come from a properly compacted, correctly graded base. The turf on top is the smaller half of the job.
• Backyards do not need club specification. A recreational strip can be shorter, narrower and simpler, and pretending otherwise wastes money.
• Surface heat is real. Synthetic surfaces reached 70 to 75 degrees on hot Western Sydney days against 37 degrees for irrigated natural grass, which matters for junior sessions in February.
• A1SGS can build over asphalt, concrete or natural ovals, which often removes the most expensive part of the groundwork on a club site.

How Big Is a Synthetic Cricket Pitch?

The pitch itself is fixed. Under Law 6 of the Laws of Cricket, the pitch is a rectangle 22 yards, or 20.12m, in length and 10 feet, or 3.05m, in width, bounded at either end by the bowling creases.

What you build is longer than that. The playing area between the creases is 20.12m, but bowlers run up to the crease and follow through past it, and batters back up. A surface that ends exactly at the bowling crease puts the heaviest wear of the whole installation onto its own edges.

Confirm dimensions with your association before building a club pitch. The Laws set the pitch, but competition regulations and junior formats use shorter pitch lengths by age group, and a club installing one surface for multiple grades needs to know which distances it has to serve.

Choosing the Right Pitch for Your Setting

The specification follows the traffic, not the ambition. A club, a school and a backyard rarely need the same build even when the finished surface looks similar.

Schools are the setting most often overspecified in one direction and underspecified in another. A school strip rarely needs club pace, but it takes far more foot traffic than a club pitch does, because it gets used at every break as well as in PE. Wear resistance and drainage matter more than ball behaviour.

Clubs should decide the multi-use question early. If the surface will also serve training, junior formats or general recreation, that changes both the width built and the turf selected. A1SGS designs multi-purpose sports zones where different sports share one high-efficiency surface, and that decision is far cheaper made before excavation than after.

What Makes a Synthetic Cricket Pitch Durable?

Four things, and only one of them is the turf.

1. The base. A compacted subgrade and correctly graded aggregate layers hold the level under repeated impact. Bounce consistency is a base property before it is a turf property.
2. Drainage. A well-drained pitch returns to play sooner after rain and lasts longer, because water sitting in a base is what softens it.
3. The turf. Fibre construction, density and UV resistance decide how the surface handles ball impact and studded traffic over years of sun.
4. Installation. Poor preparation produces uneven surfaces, movement, premature wear and inconsistent bounce even under quality turf.

The wear pattern on a cricket pitch is unusual and worth designing for. Damage concentrates in three narrow areas: the bowler's landing zone at each end, and the batter's crease. Those spots take a hundred times the punishment of the middle of the pitch, so the base under them and the fixing at the ends is what determines whether you are resurfacing in year four or year twelve.

Building over an existing hard surface is often the smart move. A1SGS installs over existing asphalt, concrete courts and natural ovals. Where a club already has a slab or a disused court, that base may already be doing most of the work, which changes the project economics considerably.

How Much Does a Synthetic Cricket Pitch Cost?

There is no single price, and the honest reason is that two pitches of identical size can differ by a wide margin once the ground is opened up. Excavation, drainage and access do more to a cricket pitch quote than the turf specification does.

What moves the number on any of them:

• Total surface built, including run-up aprons rather than just the 20.12m pitch
• Existing ground conditions, and whether there is a usable hard surface already there
• Excavation depth and spoil removal
• Drainage, which is the item that most often separates two quotes
• Site access, since many ovals and school yards are gated or bollarded against plant
• Line marking, where permanent creases are wanted
• Staging, because clubs and schools rarely can hand over the whole area at once
• Surrounds, such as apron turf, edging or run-off areas beyond the pitch

Ask for the base to be itemised. On a cricket pitch more than almost any other synthetic surface, a cheaper quote usually means a shallower base, and a shallower base shows up as inconsistent bounce within a couple of seasons. That is the specification to compare, not the turf brand.

Synthetic Against a Natural Wicket

The decision usually comes down to volume, not preference. A club that needs the surface used six days a week across juniors, seniors and training cannot get that out of a turf wicket without a curator and a recovery schedule. A club with one graded turf table and the resources to prepare it has a genuine reason to keep it.

Neither is automatically better cricket. Turf wickets change through a match in ways that are part of the game at higher grades. Synthetic surfaces trade that variation for availability, which is exactly the right trade for most community and school cricket.

The Installation Process

1. Site assessment. Existing ground, available dimensions, orientation, drainage, access and intended use. Underground services are located before any excavation.
2. Design and setout. Pitch orientation, total surface length including run-ups, width, and any line marking. Orientation matters more than people expect, since bowling into a low sun is a genuine problem on a fixed pitch.
3. Ground preparation. Clearing, excavation and subgrade levelling, or assessment of an existing slab where one is being built over.
4. Drainage. Installed or integrated to suit the site and the surrounding ground.
5. Base construction. Aggregate layers laid and compacted in lifts, graded flat, with particular attention to the landing and crease zones.
6. Turf installation. High-density surface laid, joined and secured, with fixing detailed at the ends where wear concentrates.
7. Line marking, where permanent creases are specified.
8. Inspection and handover. Surface consistency, edges, seams, drainage and bounce checked across the playing area.

A1SGS backs installations with an eight year product warranty against UV damage and structural wear, plus a 24 month tradesmanship warranty on the installation itself.

Maintenance and Lifespan

Low maintenance, not maintenance free. A synthetic pitch needs far less than a turf wicket and more than nothing.

Inspect the bowlers' landing zones before every season, not after a complaint. That is where a synthetic pitch fails first, and catching wear early is a repair rather than a resurface.

A1SGS turf carries a minimum eight year warranty, and the sporting range is described as delivering a 15 to 20 year lifespan with minimal ongoing maintenance. Actual life comes down to the base, the traffic and whether the wear zones are looked after.

Approvals, Heat and Australian Conditions

Council approval is not universal, but it is not never either. Requirements depend on the location, the scale of the works, earthworks and drainage changes, and any associated structures such as nets, fencing or lighting. A backyard strip and a club installation on public open space are very different propositions.

Check the planning approval pathways on the NSW Planning Portal and with your local council for the specific property and scope before finalising a design. Clubs building on council-owned grounds should also expect the landowner's own requirements on top of planning.

Drainage planning matters more here than on most surfaces, because a pitch is often built in the middle of an oval that already sheds water across it. Where a project changes overland flow, Central Coast Council's guidance is that stormwater must not be diverted, redirected or concentrated from its natural path onto neighbouring properties.

Frequently Asked Questions