Ask three contractors to quote lighting for your padel-plus-badminton-plus-box-cricket arena and you will get three different numbers that cannot be compared — because "how many lux" is not one answer when three sports share a roof.
Every any-combination cost guide tells you to cost each sport block separately and add them up for civil work and surfacing. Nobody applies that same rule to lighting, so it gets quoted as one flat number — and that number is usually wrong for at least one of your sports.
You do not need to be a lighting engineer to catch this. You just need to know that lighting is a line item per sport block, same as the court itself, and what each block actually needs.
Why One Lux Number Fails a Combo Arena
A multi-sport complex cannot be lit to one lux target because each sport needs a different brightness, mounting height, and glare control — badminton needs even light across a small court, a football turf needs 1,000+ lux from tall poles, and padel needs glare-controlled fixtures close to the glass. Quote the whole site at "400 lux" and one of those blocks is wrong.
In plain terms, lux is just how much usable light lands on the playing surface — not how many watts the bulb draws. A contractor who talks only in wattage ("500W floods x 10") is skipping the step that actually tells you whether the court will be playable at night.
Lighting Spec and Cost by Sport Block
Treat lighting exactly like every other combination cost in a mixed-sport build: price each sport block on its own lux target, pole height, and fixture count, then add the blocks together — don't let one contractor average them into a single site-wide figure, because that figure always favours whichever sport they measured. Here is what each common block actually needs in North India.
| Sport block | Lux needed | Pole / fixture height | Lighting line item |
|---|
| Outdoor cluster (basketball + badminton + volleyball, 4 courts) | 200-300 recreational, 400-600 tournament | 6-8m, 10-15 poles | ₹8-15 lakh |
| Indoor PU hall (36m x 18m) | 400-600 tournament-level | 7-9m, wall/ceiling mounted | ₹8-15 lakh |
| 5-a-side football turf | 1,000+ lux for night play | 8-12 poles at 9-12m | ₹4-12 lakh |
| Box cricket lane | Recreational evening level | Lower poles, 4-6 fixtures | ₹2-5 lakh |
| Padel court (per court) | Glare-controlled, even across glass box | ~6m, frame or roof mounted | Layered into ₹9-14 lakh per court — ask for it itemised |
Padel's lighting is usually buried inside the per-court cost rather than quoted as a separate line — that's fine, but ask your contractor to break it out anyway so you can see what you're actually paying for light versus glass and frame.
Mini-story — Gurgaon, 2025. Rohit built a four-court mega-combo — badminton, pickleball, box cricket, and basketball on one land parcel — and accepted a single lighting quote scoped only to the basketball slab. The two badminton courts marked inside it sat outside the main light cone. Evening players complained about dark sidelines within a month. Adding four supplementary poles after handover cost ₹1.8 lakh; a photometric plan covering all four sports at the design stage would have cost roughly ₹70,000 more upfront.
The Height-Clash Problem
When two sports share a boundary or a roof, lighting has to be designed around the taller sport's clearance, not split down the middle, or the shorter fixtures end up shadowed by the taller structure and the taller sport's poles end up too close for comfortable play. A padel enclosure needs about 6m of clear height; a roofed badminton hall needs 9m; an open football turf's floodlight poles run 9-12m. Mount lights for the shorter sport and the taller one gets shadowed or glared.
This matters most in the padel-plus-football pairing, the highest-footfall combo operators are building right now. Both sports want premium placement near the entrance, and both have the largest footprints — plan the shared boundary's lighting around the football poles, then fit padel's lower fixtures underneath, not the other way round.
Mini-story — Jaipur, 2026. An operator building a padel-plus-football combo asked for the floodlight layout before finalising the padel enclosure position. The designer set the football poles at 10m along the shared boundary first, then fit padel's glare-controlled fixtures at 6m underneath the same pole line. Total lighting line came to ₹9.5 lakh — inside the expected range. A nearby competitor arena that lit padel first had to relocate two football poles later, at a reported ₹3 lakh in rework.
Costing Lighting for Your Combination
Add the lighting line for each sport block you are actually building instead of accepting one quote that claims to cover the whole site, because that single number almost always turns out to have priced only the largest or first-quoted block and silently left the rest out. For a badminton + pickleball + box cricket + basketball mega-combo on one parcel in Gurgaon or Noida, that typically looks like: outdoor 4-court cluster lighting ₹8-15 lakh, plus a box cricket lane at ₹2-5 lakh — a combined lighting line of roughly ₹10-20 lakh, not the ₹8 lakh a single flat quote often shows.
For a padel-plus-football combo, the arithmetic is different: padel's lighting is mostly inside its ₹9-14 lakh per-court figure, and the football turf adds ₹4-12 lakh separately. A combo of two padel courts and one 5-a-side turf lands the lighting portion somewhere in the ₹5-14 lakh range depending on pole count and fixture grade — ask for each block's number before you sign.
What Goes Wrong — and the Repair Bill
The three recurring lighting failures on Indian multi-sport combos: wattage-only quotes with no lux map, lighting designed for one sport's footprint while others go dark, and shared-boundary poles set for the shorter sport instead of the taller one.
- Wattage-only quote, no photometric plan. You get bright centers and dark corners. Fix: a lux map per zone before a single pole is ordered, typically adding only 5-10% to the lighting line.
- Primary sport gets the light cone, secondary sports don't. On a shared slab (basketball base with badminton or volleyball marked inside), fixtures aimed at the basketball key leave the inner lines under-lit. Fix: design lighting to the smallest, most sensitive sport on the slab, not the largest.
- Height mismatch at a shared boundary. Padel, badminton halls, and football turf all want different pole heights. Fix: survey every sport's clearance before placing a single footing, and set poles to clear the tallest one.
Mini-story — Noida, 2025. A school building an outdoor basketball court with an adjacent box cricket lane accepted a wattage-only quote: ten 500W floods, no lux map. The baseline corners of the basketball court tested well below the recreational 200-300 lux range during a pre-admission safety review. The school paused evening coaching for three weeks while the fixtures were repositioned with a proper photometric plan, at an extra ₹2.2 lakh on top of the original build.
Questions to Ask Your Lighting Contractor
- Can you give me a lux map per sport block, not a single site-wide number?
- What pole or fixture height does each sport in my combination actually need, and where do they clash?
- Is the lighting line for each block (turf, hall, cluster, lane) itemised separately, or buried in one figure?
- If I add a sport later, can the existing layout be extended or does it need a redesign?
- For padel specifically: is the lighting cost inside the per-court figure, and can you break it out?
Lighting is 15-30% of a complex's build cost, and it is the one combination-cost line almost every quote still treats as a single number. Price it block by block, the same way you'd price a box cricket arena or a padel court separately before summing the total, and you avoid the dark-corner retrofit entirely. For the full build cost of your complex, see our sports complex construction cost guide.
