The most expensive mistake in basketball court construction is not a bad contractor or cheap acrylic — it is a misunderstanding of what "indoor" actually costs. Clients who want an indoor court routinely assume it means "outdoor court plus a shed roof." It does not. The hardwood maple floor alone costs ₹15–35 lakh — before you build a single wall or column of the building around it. That floor is often more expensive than the entire outdoor court sitting next to it.
This guide gives you the full itemised bill of quantities for a standard outdoor basketball court in India, a clear breakdown of indoor costs, and the site-specific factors — especially in North India — that swing the final number by several lakhs. Read it before you talk to a contractor.
Cost at a Glance: Outdoor vs Indoor
A full-spec outdoor basketball court (28m × 15m, RCC base, UV-stabilised acrylic, hoops, lighting, fencing) costs ₹8–18 lakh in India. The bare RCC pad alone runs ₹3–8 lakh. An indoor court with maple hardwood sprung flooring costs ₹15–35 lakh for the floor alone — this is before the building shell. Modular polypropylene (PP) tiles give a middle path at ₹4–12 lakh with no curing time required.
Full BOQ: Outdoor Basketball Court (28m × 15m)
A standard FIBA outdoor court — 28m × 15m playing area, 3-point line at 6.75m, rim at 3.05m — breaks down into six line items. Together they total ₹6.45–19.5 lakh depending on your choices for lighting and equipment. The ranges below reflect real North India contractor quotes as of mid-2026.
- Civil and RCC base: ₹2–6 lakh. This is the concrete slab — excavation, sub-base, reinforcement, pour, and 28-day cure. Do not compress this; uncured concrete under acrylic is the single most common cause of surface failure within the first year.
- Acrylic flooring system: ₹2.2–4.5 lakh. UV-stabilised acrylic applied in 5–9 layers over a prepared RCC surface. More layers cost more; each must fully cure before the next is applied. Non-UV acrylic fades and chalks within 2–3 years — specify UV-stabilised or it is false economy.
- Equipment (hoops, poles, backboards): ₹50k–2.5 lakh. The swing here is between basic fixed-pole systems and regulation fan-shaped tempered-glass backboards on adjustable breakaway rims. Specify this based on your use case — recreational schools can use the lower end; training academies need the upper end.
- Lighting: ₹1–4 lakh. This is the single largest variable in any outdoor basketball court BOQ. Basic LED floodlights adequate for casual evening play sit at ₹1 lakh. A full four-pole lighting rig delivering 2,000+ lux for competitive or broadcast-quality play can reach ₹4 lakh. Poles, cable trenching, and DB board add to this. Do not confuse 200 lux (enough to see the ball) with 2,000 lux (enough to play well at night).
- Fencing: ₹50k–1.5 lakh. Chain-link fencing around the court perimeter keeps the ball in play and the court secure. Height and gauge determine cost; 3m chain-link on RCC footings is standard.
- Court lines and marking: ₹25k–1 lakh. Lines are painted or inlaid into the acrylic. FIBA three-point at 6.75m, not the NBA's 7.24m — confirm this with your contractor before marking begins.
Yearly upkeep on a well-built outdoor court runs ₹20–50k per year for cleaning, minor crack patching, and line touch-up. A full resurfacing of the acrylic layer costs ₹1–3 lakh and is needed every 5–7 years depending on UV exposure and foot traffic.
Sports club in Gurgaon. A club built a full outdoor court for ₹13 lakh including four-pole LED lighting and perimeter fencing. When they asked their contractor about converting to indoor maple later, the contractor quoted ₹28 lakh for the floor alone — before any columns, roof, or building envelope. The club stayed outdoor and used the difference to build a second half-court on the adjacent plot.
Indoor Court Costs: Hardwood vs PU
Indoor basketball flooring in India splits into two options: maple hardwood sprung flooring at ₹15–35 lakh (floor only, before building costs), and PU (polyurethane) flooring at ₹8–18 lakh. Maple is 3–5 times the cost of outdoor acrylic. PU is cheaper but lower durability — it does not offer the same shock absorption or longevity under heavy use.
The maple figure is the floor system alone — subfloor, sprung layer, and the hardwood surface. Add the building shell (columns, roof, walls, HVAC for humidity control) on top. Humidity control is non-negotiable for maple: without it, the wood expands, buckles, and delaminates in North India's monsoon-to-winter humidity swing. A court that skips humidity control is a floor that warps and has to be replaced.
PU flooring is a viable option for multi-purpose indoor halls where basketball is one of several sports. It is more forgiving of humidity variation and easier to repair. For a dedicated basketball academy or a professional training centre, maple is the correct specification. For a school gym or corporate indoor facility, PU is often the right call.
What Drives the Final Number
Lighting is the single largest swing item in an outdoor basketball court budget — a ₹3 lakh difference between the minimum viable and a competition-spec rig. After lighting, soil condition is the second biggest variable, because problem soil requires engineered RCC that costs significantly more than a standard pour.
The other major drivers are equipment grade (backboard type and rim specification), fencing height and perimeter length, and whether the site is in a metro (higher labour rates) or a smaller city. A court in Noida or Gurgaon costs 10–20% more in labour than the same spec in a tier-2 North India city. Material costs are broadly similar because acrylic and RCC inputs are commodity priced.
The one cost that clients consistently underestimate is the soil test. At ₹12,000 it is the cheapest line item in the project — and the one most likely to save you five times its cost in structural repairs later.
Black-Cotton Soil: The North India Risk
Black-cotton soil — common in parts of Noida, greater Noida, and surrounding NCR areas — expands significantly when wet and contracts sharply when dry. An RCC slab built on unidentified black-cotton soil without soil-specific engineering cracks along the baseline in the first or second monsoon season. A soil test costs ₹12,000. Structural repairs after cracking cost ₹2–5 lakh.
The test result tells your structural engineer whether to specify a standard RCC slab, a slab-on-grade with void formers, or isolated footings with a floating slab. Each adds cost — but the right amount, budgeted upfront. The wrong approach is to find out after the crack appears.
School in Noida — a documented failure. A school built a full-size outdoor basketball court and skipped the soil test to save time. By the end of the first monsoon season the slab had cracked along the baseline — a textbook black-cotton soil failure. The repair, including partial slab replacement and reapplication of the acrylic surface, cost ₹3.5 lakh. A soil test at ₹12,000 would have flagged the condition before excavation began.
If your site is in Noida, Greater Noida, Ghaziabad, or any low-lying NCR area with dark expansive soil, treat the soil test as mandatory — not optional. As a sports infrastructure company in North India, we have seen this failure often enough to make it a non-negotiable part of our pre-construction checklist.
Half-Court Option: Dimensions and Cost
A half-court is 14m × 15m — exactly half the full FIBA court length. With run-off zones, the footprint is roughly 21m × 22m. It is the right choice for schools, apartment complexes, and corporate campuses where a full court footprint does not fit but basketball still needs to happen. A well-built outdoor half-court all-in costs ₹5–9 lakh.
A half-court includes one basket, the full 15m width, the key (paint), and the three-point arc on one end. It supports 3-on-3 play, training drills, and casual games — and it is recognised by FIBA as a standard competition format. If your space is 20m × 20m or less, a half-court is not a compromise; it is the correct specification.
Corporate campus in Delhi. A company wanted a basketball court for employees but had a constrained outdoor area of roughly 22m × 23m. We built a half-court — 14m × 15m playing area, RCC base, acrylic surface, single basket with fan-shaped backboard, two-pole LED lighting, and chain-link fencing. Total cost: ₹6.5 lakh all-in. The court runs lunchtime 3-on-3 leagues and is used daily.
North India Build Timing
Build between October and April. The RCC slab requires 28 days of curing without rain — concrete that gets wet during curing is structurally compromised and will crack early. Acrylic application needs dry, moderate temperatures; monsoon humidity prevents proper layer adhesion. Starting in October gives you a clean October–February build window before temperatures begin climbing again.
The total build window for a full outdoor court is 8–14 weeks: 4 weeks for civil and RCC cure, then 2–4 weeks for the acrylic system (multiple layers, each curing before the next), then equipment, lighting, and fencing. Any contractor promising a 2–3 week outdoor court is either using uncured concrete — which will crack — or switching you to modular PP tiles, which skip the concrete cure step. Clarify which before you sign.
Common Failure Modes to Avoid
Four failure modes account for the majority of premature basketball court failures in North India: non-UV acrylic that fades within 2–3 years, RCC slab cracking from unidentified black-cotton soil, inadequate lighting (200 lux versus the 2,000 lux needed for evening play), and indoor maple hardwood installed without humidity control.
- Non-UV acrylic. Cheap acrylic without UV stabilisers fades to a chalky grey in 2–3 seasons under North India sun. UV-stabilised product costs 15–20% more and lasts 7–10 years. Specify it by name in your contract.
- Black-cotton slab failure. Covered above — the ₹12k soil test is the cheapest insurance in the project. Skip it and you are gambling ₹3–5 lakh on the soil being ordinary.
- Under-lit courts. 200 lux is adequate to see the ball in the dark. 2,000 lux is adequate to play basketball at full speed and track a fast pass. The difference is around ₹2–3 lakh in lighting cost and is a different experience entirely. Size the lighting rig to actual intended use, not to minimum visibility.
- Indoor maple without humidity control. Maple is dimensionally stable only within a humidity range of roughly 35–50% RH. Monsoon air in North India regularly exceeds 80% RH. Without HVAC or dehumidification, the floor expands, buckles, and the investment is destroyed within two or three monsoon cycles. Budget humidity control as part of the indoor court cost — not as an optional extra.
