Padel is growing fast in India, and so is the number of people claiming to build courts. Some of them are excellent. Some are general fabricators who have seen a padel court twice and are learning on your money. At ₹9–14 lakh a court, that is a very expensive tutorial.
The problem is that a finished padel court looks roughly the same from the outside whether the steel is undersized, the glass is uncertified, or the drainage will flood in the first monsoon. You cannot see the difference in the first six months. You see it when a back-wall panel shatters overnight, or when you have standing water on court after July rains, or when the slab developed micro-cracks because it was poured without a perimeter anchor beam.
You do not need to be a structural engineer to avoid any of that. You just need to know which questions to ask and which answers are unacceptable. That is what this guide gives you.
Why the Builder Choice Matters More Than Usual
A padel court is not a paint job or a surface coat — it is a structural enclosure with tempered glass walls, a steel frame that has to survive wind loads, a concrete slab that has to be flat to within 3mm, and drainage that has to handle monsoon rainfall your contractor probably never calculated. Every one of those elements can be done cheaply in a way that saves a few lakhs now and costs double to fix.
Indian padel builders range from experienced specialists who have completed 30+ courts to general sports contractors who did their first court last year. The quotes often look similar. The construction quality does not.
Mini-story — Gurgaon, 2024. A housing society paid ₹10.5 lakh for a padel court from a contractor who quoted the lowest price among three bids. The contractor used 60×60mm columns instead of the 80×80mm specified, skipped the perimeter anchor beam, and fit the glass panels without neoprene gaskets. Eighteen months later: the glass had micro-cracks at three fixing points, the frame showed visible flex at the back wall, and the first monsoon left water sitting on the slab for two days. Repairs and a partial reframe came to ₹6.5 lakh on top of the original build. Checking the steel section size before signing would have taken five minutes.
Steel Frame: What the Spec Should Say
A standard padel court uses 80×80×3mm hollow section steel columns for the main frame, with bracing of 60×40×3mm. For exposed sites — open fields, rooftops, or North India locations where dust-storm wind speeds are higher — specify 100×100mm columns at the corners and wind-exposed posts.
Ask the builder to write the column section size into the BOQ before you sign anything. "As per FIP standard" or "as per design" with no actual dimensions is not an answer. A builder confident in their spec will name the numbers without hesitation. The coating matters too: hot-dip galvanizing to ISO 1461 is the durable outdoor choice (roughly 15 years); powder coat alone is fine for fully indoor courts but will not survive monsoon moisture long-term outdoors. See our full guide on padel court steel frame specifications for the detail behind each coating type.
Glass: The Must-Ask Questions
Every padel court glass panel should be tempered safety glass certified to EN 12150 — either 10mm for a standard framed court or 12mm for a panoramic post-free court. In India, heat-soak testing is not optional; it is the cheapest insurance against a spontaneous shatter a year after handover.
Heat-soak testing holds the finished panels at around 290°C for about two hours to force out any panels with hidden nickel-sulphide (NiS) inclusions — a microscopic flaw that causes tempered glass to shatter on its own, sometimes months after installation, with nobody on court and nothing hitting it. Given India's thermal swings (45°C summer surfaces, then sudden monsoon rain), the NiS risk is meaningfully higher than in the European markets where padel grew up.
Beyond glass spec, ask how the panels are fixed. The correct detail is stainless screws through a PVC bushing with a neoprene gasket between glass and steel frame — never metal touching glass directly. A hard contact point concentrates stress exactly where you do not want it.
The Foundation: Flatness and Drainage
The slab under a padel court needs to be flat to within 3mm over any 3-metre span — a standard that general contractors often miss, because a general sports slab gets away with less. An uneven slab means unpredictable bounces. It also means uneven loads on the glass fixings, which accelerates cracking.
The slab should be 150–180mm reinforced concrete with a 0.5–1% drainage fall to perimeter channels. The channels and outlets need to be sized for local monsoon intensity — not the generic European design figure of 25 L/m²/hr, which is too low for a Delhi NCR or Jaipur cloudburst. Ask the builder what standard they sized the drainage to. If the answer is vague, the drainage was guessed.
The frame bolts into a perimeter anchor beam — a strip of RCC (minimum 30×30cm, better 40×40cm) cast around the edge of the slab. Ask specifically whether the BOQ includes the anchor beam. Builders cutting costs often skip it or undersize it, and the result is a frame that pulls loose from the slab under wind loads.