A half basketball court in India — the FIBA standard 14m × 15m half court — costs ₹4–10L depending on surface spec, lighting, and soil conditions. That is the full cost of a playable court: RCC base, acrylic surface, one hoop on a steel backboard pole, fencing, and basic lighting. It is not the same as a driveway basketball ring bolted to a wall.
For backyards, residential societies, and school recreation zones, a half court delivers the core basketball experience at roughly 40% of the cost of a full court build. Three-on-three, shooting drills, skills sessions — everything that happens on a half court uses the same FIBA dimensions as one end of a professional floor.
Dimensions — What Is a Half Court?
FIBA full court is 28m × 15m. A half court is 14m × 15m — one end of the full court, including the key. Rim height is the same as a full court: 3.05m (10 ft). The 3-point line is 6.75m from the basket (FIBA). Add 3.5m of safety run-off on all sides and the total footprint with clearance is 21m × 22m.
This fits most residential plots and large terrace spaces in North India. A gated society recreation zone in Gurgaon or Noida typically has 20m × 20m of levelled ground available — enough for a full half court with standard clearances.
Note the difference between FIBA (6.75m three-point line) and NBA (7.24m). School and residential courts in India follow FIBA. If you are building for FIBA-regulation training, mark the 6.75m arc.
Full Bill of Quantities: Half Basketball Court (14m × 15m)
A correctly specified half basketball court in India costs ₹4–10L, with the main variables being lighting specification, hoop quality, and whether you are building on a new or existing slab. The ₹12k soil test is not optional — it is the cheapest insurance against a ₹2L structural repair in year 1.
- Soil test: ₹12k (mandatory — black-cotton and high-water-table soils documented slab-crack failures in Noida and Gurgaon)
- Excavation plus sub-base compaction: ₹40–80k
- RCC slab 120–150mm M25: ₹1.5–2.5L
- Acrylic system (primer + resurfacer + 2 colour coats + lines): ₹60k–1.2L
- Basketball hoop + steel pole + backboard: ₹35k–1.2L (basic adjustable to FIBA transparent tempered)
- Fencing (10 ft chain-link, perimeter or rear half): ₹30–60k
- Lighting (4 LED poles, 100W each): ₹80k–2L
| Specification | Total Cost | Surface Life | Best For |
|---|
| Basic (asphalt + acrylic) | ₹4–6L | 5–7 years | Cooler climates, budget builds |
| Standard (RCC + acrylic) | ₹6–8L | 10–15 years | North India backyard / society |
| Premium (RCC + cushioned + full lighting) | ₹8–10L | 12–18 years | School / club / training use |
Delhi farmhouse, 2024. A Delhi farmhouse owner installed a half basketball court in a 20m × 20m levelled area. Total build: ₹6.5L (RCC slab + UV acrylic + adjustable hoop + basic 4-LED lighting). Now used 5 evenings a week by 3 families. The original quote from a local contractor was ₹3L — that quote used asphalt base without soil testing, no drainage slope, and a PVC hoop. The correct build at ₹6.5L has needed zero repairs in 4 years.
RCC vs Asphalt Base — Which to Choose
Asphalt base costs ₹40–70k and is cheaper upfront, but softens above 50°C in North India summer — surface marks appear, ball bounce slows, and the asphalt deforms under heavy foot traffic. RCC base costs ₹1.5–2.5L and maintains flatness for 15–20 years. In Gurgaon, Jaipur, or Delhi where summer air temperature regularly hits 42–48°C and surface temperature reaches 60°C+, RCC always wins.
Asphalt can work as a temporary base or in cooler climates (Shimla, Nainital, high-altitude North India). For any permanent installation in the Indo-Gangetic plain — Delhi NCR, UP, Rajasthan — specify RCC.
Gurgaon society, 2025. A gated society built a half basketball court without a soil test. Six months after completion, 3 cracks appeared on the baseline — alluvial high-water-table soil caused slab settlement. Structural repair ₹2.2L, resurface ₹90k. A ₹12k soil test plus a reinforced slab specification would have prevented both costs entirely.
Residential and Backyard Builds — Different Constraints
Ground-level residential half courts are straightforward builds. Rooftop or terrace courts require a structural engineering assessment before you start — a 14m × 15m RCC court slab weighs 270–380 tons, well above the live load most Indian residential slabs are designed for.
Ground-level constraints for residential builds:
- Drainage. A 1% slope toward a perimeter channel is non-negotiable — the same rule as any outdoor sports slab. Without it, standing water after monsoon rain pools on the court surface for days.
- Noise. A 3.05m steel backboard pole generates backboard impact noise on every shot. Consider a rubber backstop or shock-absorbing bracket between the pole and the backboard — it reduces transmitted noise by 40–60%.
- Fencing height. Minimum 10 ft (3m) chain-link fencing at the back and side. Under 8 ft and you lose 3-5 balls per session over the fence, and recovery becomes a cost of running the court.
- Lighting placement. 4 LED poles at 6–8m height give even coverage for evening play. Direct the beam inward — no neighbour spillover.
For rooftop courts: get a structural engineer to calculate the live load capacity of the existing slab before anything else. A 14m × 15m court on a roof is a ₹270–380 ton point load on a structure designed for far less. This is not a calculation to skip.
Failure Modes — What Goes Wrong and Why
Five documented failure modes account for almost all early half basketball court deterioration in North India. All five are preventable at build time for less than ₹30k in total. All five are expensive to fix after the court is built.
- No soil test on black-cotton soil. Slab cracks in year 1. Structural repair ₹1.5–2.5L. Prevention: ₹12k soil test before design.
- Asphalt base in North India summer. Surface softens, marks appear, ball bounce inconsistency frustrates players. Rebuild to RCC: ₹1.5–2.5L. Prevention: specify RCC at start.
- Undersized fencing. Under 8 ft leads to chronic ball loss and player frustration. Fence upgrade: ₹30–50k. Prevention: specify 10 ft at build.
- No drainage slope. Standing water post-monsoon, surface delamination starting in year 2. Retrofit: ₹60–100k. Prevention: specify 1% slope at slab design stage.
- Non-UV acrylic. Chalks and fades visibly in 2–3 years in North India UV. Resurface: ₹60k–1.2L. Prevention: specify UV-stable acrylic system from a reputable manufacturer.
Read the full basketball court construction cost breakdown and the indoor vs outdoor basketball court comparison before finalising your spec.
