Most padel projects that go wrong go wrong before the contractor shows up. A site that looks fine on a visit turns out to have expansive soil, no power capacity, or a drainage problem that adds ₹2–4 lakh and three months to the timeline. The fix for all of that is a structured site evaluation before you commit.
You do not need to be a civil engineer to do this. You need to ask the right seven questions, write down the answers, and share them with whoever quotes the job. That is what this guide covers.
Why Site Evaluation Saves Money
Every costly padel construction surprise — cracked slabs, flooded courts, under-powered lighting, delayed timelines — has a root cause that a proper site evaluation would have caught. A half-day site visit before contract signing typically identifies problems that cost ₹2–6 lakh to fix mid-build but cost nothing to plan around in advance.
The padel court itself costs ₹9–14 lakh. The civil work — excavation, slab, drainage, utility connections — varies more than the kit does, and it is controlled almost entirely by site conditions. Two sites three kilometres apart can have civil costs that differ by ₹3 lakh because one has black cotton soil and the other does not.
Mini-story — Gurgaon DLF Phase 2, 2025. A club owner signed a padel contract based on a quick site visit. The contractor did not commission a soil test. Excavation revealed a mixed fill layer with debris and a high water table at 1.2m depth — typical in older DLF plots. The foundation had to go 600mm deeper than quoted, adding ₹2.8 lakh to the civil works and six weeks to the timeline. A soil test at ₹12,000 would have surfaced this before the contract was signed.
Space: What You Actually Need
A padel court playing area is 20m × 10m, but the footprint you need on site is larger: minimum 26m × 14m to give contractors room to work and players room to move safely around the enclosure. For two courts side by side, plan for 26m × 22m.
The enclosure itself is 20m × 10m. Steel structure and glass panels extend slightly beyond the playing area. You also need 2m at minimum behind each back wall (the back wall is where a player chases a lob and hits the glass hard) and at least 1.5m on each side. Do not plan right to the boundary fence — emergency access and maintenance require clearance.
| Configuration | Minimum footprint | Comfortable footprint |
|---|---|---|
| 1 court | 26m × 14m | 28m × 16m |
| 2 courts (side by side) | 26m × 22m | 28m × 24m |
| 4 courts (2+2 layout) | 52m × 22m | 56m × 26m |
On apartment rooftops or constrained plots, smaller clearances are sometimes used. This creates real risk: back-wall glass panels get damaged by walls and scaffolding, and maintenance teams cannot work safely. If your site is genuinely tight, discuss it with the contractor before signing — the tradeoffs need to be explicit, not discovered.
Soil and Sub-Surface Conditions
Soil type determines your foundation cost more than any other single factor. Black cotton soil (expansive clay) cracks any slab that is not specifically designed for it. Sandy or alluvial soil is far easier. A soil test at ₹10–15k tells you which you have and what depth of sub-base you need — skip it and you are guessing on a ₹9–14 lakh commitment.
Black cotton soil is common in Madhya Pradesh, parts of Delhi NCR fringe areas, and Rajasthan. It expands up to 10–15% by volume when wet. An RCC slab that sits on it without proper design — reinforced mesh, stabilised fill, expansion joints — cracks within two monsoon seasons. The repair cost typically equals the original civil works budget.
For alluvial plains (UP, Haryana, Punjab), sandy soil (Rajasthan desert belt), and laterite (coastal zones), standard slab thickness of 150–180mm on a 200mm compacted granular sub-base is usually sufficient. Ask the contractor whether they are using the soil test result or using a standard spec across all sites — if it is the latter, that is a risk for you.
Drainage and Ground Slope
A padel court slab needs a drainage fall of 0.5–1% to perimeter channels so monsoon water drains in minutes, not hours. If your site sits in a low-lying area or has neighbouring walls that direct water toward it, you need a drainage design before you pour — not after you flood.
North India monsoon delivers intense short-duration rainfall that European padel drainage specifications are not designed for. Indian monsoon peak intensity in Delhi and Gurgaon can reach 50–80mm/hour. Size perimeter channels and drainage outlets for that intensity, not the 25mm/hour European standard. A court with under-designed drainage will have standing water on the turf after every heavy rain, which lifts seams and degrades the surface adhesive within two seasons.