Most cricket grounds in India fail long before a single blade of grass is planted. They fail at the survey stage, because nobody measured how water moves across the site. Two monsoons later the outfield holds water in three places, the square sits lower than its surroundings, and a facility that cost a great deal is unplayable for a third of the year.
Here is the sequence we follow when we build cricket grounds, and what each stage actually determines.
Stage 1: Site assessment — the stage that decides everything
Before layout, before budget, before anyone chooses turf or matting, assess:
- Terrain and levels — the existing gradient across the full footprint.
- Soil quality and profile — what is actually under the topsoil, and its clay content and drainage behaviour.
- Water behaviour — where surface water arrives from, where it collects, where it can be discharged to.
- Water availability — irrigation source, reliability and cost across the dry months.
- Access — can construction plant and, later, a heavy roller reach the square?
- Orientation — a cricket square should run broadly north–south so neither batsman faces low sun.
- Environmental impact — trees, watercourses, existing drainage and neighbouring land.
Careful assessment of terrain, soil quality and environmental impact at this stage is what allows a ground to be designed for playability and performance rather than repaired for years afterwards.
Stage 2: Layout and design
Boundary dimensions the ground can genuinely accommodate, square position and number of wickets, practice net location away from the playing area, run-off and safety margins, spectator and pavilion positioning, and the service routes for water and power.
A common and expensive mistake is designing for the maximum boundary the land allows, leaving no run-off, no room for nets and nowhere to stand.
Stage 3: Earthworks, grading and drainage
Cut and fill to a designed gradient, subsurface drainage where the water table or clay demands it, and consolidation of the fill. Skipping consolidation is how outfields develop low spots two seasons later. This stage is invisible in every photograph and determines the ground's entire working life.
Stage 4: The square
For a turf square: sourcing clay with the correct properties, building the profile in compacted layers, establishing the grass, and consolidating over months. Wicket count depends on expected match load — more wickets means more rotation and less wear per strip.
For a matting wicket: a properly levelled, consolidated base and correctly tensioned matting. We compare the two in detail in turf wicket vs matting wicket.
Stage 5: Outfield
Grass selection suited to the local climate, levelling to a true surface, irrigation design and the first mowing regime. A fast, green, true outfield is one of the first things visiting players notice and one of the clearest signals of a well-built ground.
Stage 6: Practice nets
Turf or matting lanes, correct run-up length, netting height and enclosure, and safe separation from the main playing area. Nets get more use than the ground itself, so build them properly.
Stage 7: Infrastructure and amenities
Floodlighting for day-night cricket, sight screens, scoreboard, boundary rope and fencing, pavilion, dressing rooms, restrooms, spectator seating, dugouts, first-aid space, parking and water points.
Stage 8: Maintenance from day one
A handover without a maintenance plan is an unfinished project. Rolling, mowing, irrigation, top dressing and seasonal renovation should be scheduled before the first match, not improvised after the first problem.
Realistic timelines
Earthworks and civil construction run in weeks. Grass establishment and square consolidation run in months, and cannot be compressed by spending more. The single biggest scheduling lever is starting the build so that grow-in lands outside the monsoon and ahead of your season, not against it.
The five most expensive mistakes
- No drainage design, because the site looked flat.
- Under-consolidated fill, producing low spots within two seasons.
- An east–west square, unplayable in evening sun.
- Building the maximum boundary and leaving no run-off or net space.
- No maintenance budget, so a good ground degrades into an unsafe one.
If you are planning a ground for a school, campus, community or academy, start with a survey. Get in touch and we will assess the site and issue a costed, phased proposal.
