A food court is the most crowded room in most Indian malls, IT parks, college campuses, hospitals and highway plazas. For an hour at lunch and again in the evening it carries hundreds of people who all want to see the menus, order, wait, find a seat, eat and leave — while a dozen independent kitchens cook at full output behind a single shared wall. When it is well planned, the crowd flows; when it is not, queues spill into the seating, families circle with full trays looking for a table, delivery riders crowd the counters, and the air smells of every kitchen at once.
Indian food courts carry pressures that imported planning models do not. Many diners want vegetarian and non-vegetarian food kept clearly apart, and some want Jain options; families arrive in groups of four to eight and expect to sit together; peaks are sharp and seasonal; and the cuisines — tandoor, tawa, deep frying, wok cooking — produce heavy smoke and grease that the exhaust system must handle. Gas safety, fire safety and hygiene are not just compliance items here; in a dense, shared cooking floor they are the core of the design.
This article explains how a food court is planned: the zones and their sizes, how many seats and counters a site can support, the dimensions of a counter unit and its queue, seating layouts and aisles, the back-of-house and services that make the hall work, the safety systems that must be designed by qualified engineers, and the indicative October 2026 cost of fitting out the common hall and the individual counters. The figures are consistent with this site's guides to quick service restaurants and restaurant costs.
From khau galli to mall food court
Indian cities have always had food courts in everything but name. The evening food streets — khau gallis — where many stalls share a common space and people eat standing or at shared tables are a centuries-old urban form; Ahmedabad's Manek Chowk, a jewellery market by day that turns into a food market at night, is a well-known Gujarati example, and Surat has its own evening food lanes. Railway station refreshment rooms, factory and office canteens, and college messes added the idea of a shared dining hall served by one or more kitchens.
The modern food court — many branded counters around a common seating hall, usually inside a mall — came to India with the organised retail boom of the 2000s. Malls used food courts as anchors that kept visitors longer, and the format then spread to IT parks, corporate campuses, hospitals, airports and highway amenity centres. Over the last decade three changes have reshaped it: food delivery platforms brought riders and pick-up shelves into the front of house; digital ordering kiosks, QR menus and token screens reduced queues at counters; and fire, gas and food-safety enforcement has tightened, pushing many malls towards piped gas or all-electric cooking and centralised exhaust.
The zones of a food court
Every food court, from a 15-counter mall hall to a four-counter hospital cafeteria, is built from the same zones. The front of house holds the counters' customer face, the queue and pick-up zones, the common seating, circulation and support points such as hand-wash stations, drinking water and tray return. The back of house holds the counter kitchens, a shared service corridor for goods and waste, stores, a garbage room, a dish-wash area if crockery is reused, staff facilities and the services shafts. The proportions below are typical planning ranges; they vary with the brief, and the landlord's fit-out manual often fixes counter sizes.
| Zone | Typical share of gross food court area | What it holds | Common mistake |
|---|---|---|---|
| Common seating (incl. aisles between tables) | ≈ 40–55 % | Tables, chairs, ledges, family zones, accessible tables | Too many seats; no room to queue or circulate |
| Counters and their kitchens | ≈ 25–35 % | 8–20 counters of about 200–600 sq ft each | Counters too shallow for real equipment |
| Queue and pick-up zones | ≈ 5–10 % | 1.5–3 m in front of each counter, pick-up shelf, screens | Queues overlap the main aisle |
| Main circulation | ≈ 8–12 % | Main aisles linking entry, counters, seating and exits | Blocked by extra tables at peak |
| Back-of-house corridor, stores, garbage | ≈ 8–15 % | Service corridor 1500–1800 mm, cold store, garbage room | No corridor — goods and waste cross the seating |
| Support: tray return, hand-wash, water, toilets | ≈ 3–6 % | Tray drop points, wash basins, water stations | Hand-wash placed far from seating |
Fig. 1 shows the classic arrangement: counters along two sides of the hall, backed by a continuous service corridor so that goods, gas cylinders where permitted, waste and staff never cross the seating; a wide main aisle running along the counter fronts with queue zones that do not intrude into it; common seating in the middle on a regular table grid; and tray return near the exit route. Variations include an island of counters in the centre with seating around it, or an L-shaped run of counters facing a view or an atrium, but the principles — separate customer and service routes, protected queue zones, legible seating — stay the same.
How many seats and counters?
A food court is sized from its peak, not its average. The planning question is: how many people will want to eat in the busiest hour, and how long will each stay? In a mall or a campus the lunch peak commonly sees diners staying around 20–40 minutes, so each seat turns over roughly 1.5–3 times in the peak hour. The seat count then follows from the expected peak diners divided by that turnover; counters follow from the menu variety the operator wants and from how many orders each counter can serve per hour. The table gives the planning ranges designers commonly start with; the operator's own data always takes priority.
| Planning figure | Typical range | Notes |
|---|---|---|
| Seating area per seat (incl. aisles within seating) | ≈ 1.1–1.4 m² (12–15 sq ft) | Lower end for 2-tops and ledges; higher for family tables and booths |
| Seat turnover in the lunch peak | ≈ 1.5–3 per hour | Stay of about 20–40 minutes; confirm with operator data |
| Counter size (frontage × depth) | ≈ 200–600 sq ft each; frontage 4.5–7.5 m in malls | Small kiosks and beverage units can be 100–200 sq ft |
| Queue zone in front of each counter | ≈ 1.5–3 m deep | Must not overlap the main aisle |
| Main aisle along counters | ≈ 2400–3000 mm | Carries queues spilling, trays and through-traffic |
| Main aisle in seating | ≈ 1200–1800 mm | Trays in both hands; wheelchairs and prams |
| Secondary aisle between tables | ≥ 900 mm clear | Behind pulled-out chairs, not table edge to table edge |
| Hand-wash basins | A bank near seating entry; more for larger halls | Indian diners commonly wash before and after eating |
A worked example shows how the numbers fit together. Suppose a mall food court expects about 600 diners in its busiest hour, staying about 30 minutes, so each seat turns over about twice. It needs roughly 300 seats. At 1.1–1.4 m² per seat, that is about 330–420 m² of seating, roughly 3,600–4,500 sq ft. With twelve counters at about 300 sq ft each (3,600 sq ft), queue zones, circulation, back of house and support space, the whole food court lands in the range of about 9,000–11,000 sq ft — close to the hall in Fig. 1. If the operator wants more variety, more counters can be added, but the seating must grow with the expected crowd, not with the counter count.
Designing the counter unit
Each counter is a small quick service restaurant with a shop front of a few metres and a kitchen behind it. Its dimensions follow the same logic as a QSR: a customer-side counter at leaning and paying height, a lower accessible section, a staff working height for assembly, menu boards readable over the queue, a hood that overhangs the cooking equipment, and aisles wide enough to turn with hot trays. In a food court the counter must also fit the landlord's standard frame — signage band, menu board zone, shutter line — so that the hall reads as one place rather than a row of competing shopfronts.
| Counter element | Typical dimension (design practice) | Notes |
|---|---|---|
| Frontage per counter | ≈ 4.5–7.5 m (mall); 3–4.5 m for compact or kiosk units | Two order points need about 2.4 m of counter |
| Depth (front to rear wall) | ≈ 6–9 m | Shallower units cannot fit prep, cook line and storage |
| Customer-side counter height | ≈ 1000–1100 mm | Leaning and paying height |
| Accessible counter section | ≈ 750–850 mm high, ≥ 900 mm long | Wheelchair users and children |
| Staff working height | ≈ 850–950 mm | Assembly, packing and handing over |
| Counter depth | ≈ 600–750 mm | Trays, payment terminal, display |
| Menu board lower edge | ≈ 2000–2400 mm | Readable over the queue; coordinate with signage band |
| Hood overhang beyond appliances | ≥ 150 mm each exposed side (common practice) | Captures heat and grease plume |
| Kitchen working aisle | ≈ 1000–1200 mm (1200–1500 with trolleys) | Room to turn with hot baskets |
Pick-up should be separate from ordering wherever space allows, with a token or order-number screen that diners can read from their seats, so that people waiting for food do not block the next customer. A small shelf for delivery orders near the end of the counter, or a shared rider pick-up point near the entrance of the food court, keeps riders out of the queue. Shutters at the counter line, usually rolling grilles or glass, let each unit close independently at night.
Seating layout for Indian diners
Seating is where a food court earns its reputation. Indian diners at malls often come as families of four to six, with children and elders; office campuses see colleagues in groups of two to six; hospitals see visitors who need to sit quietly and staff who eat fast. A good hall therefore mixes table sizes, gives some seats a sense of enclosure (booths, planters, low screens), and keeps the main aisles straight and wide enough for people carrying trays in both hands.
| Seating type | Typical dimension | Best use | Notes |
|---|---|---|---|
| Two-top table | 600 × 600 mm, 740–760 mm high | Couples, solo diners; joinable | Chairs 430–460 mm seat height |
| Four-top table | 750 × 750 to 900 × 900 mm | Families and groups; the backbone of the hall | Square tops join for groups of 6–8 |
| Six-to-eight family table | ≈ 750–900 × 1800–2400 mm | Large families, office teams | Place near the edges, not on the main aisle |
| Booth | Seat 450–550 mm deep, 430–450 mm high | Wall edges, families | Raised on legs or a plinth for cleaning |
| High ledge | 1050–1100 mm high, 400–500 mm deep | Solo diners, quick snacks, window edges | About 600 mm per stool |
| Accessible table | Knee clearance ≈ 700 mm; top 750–800 mm | Wheelchair users | Near the entry, pick-up and toilets |
Fig. 3 shows why the seat density figure is a blend. A grid of four-tops alone, spaced comfortably, uses about 1.6–2.5 m² per seat; it is only by mixing two-tops along aisles, high ledges along walls and windows, and a few communal tables that a hall reaches the 1.1–1.4 m² per seat used for planning. The aisle that matters is the clear width between pulled-out chairs, not between table edges: at least 900 mm for secondary aisles and 1200–1800 mm for main routes. Tables near pillars, planters and the tray-return point are the ones most often squeezed, so they should be drawn with their chairs before the seat count is promised to anyone.
Materials in the seating hall must survive constant cleaning. Table tops in compact laminate, solid surface or sealed stone; chairs with metal frames and wipeable seats; floors in vitrified tile with a slip-resistant finish, especially near counters, hand-wash points and tray return, where spills are most frequent; and acoustic treatment — baffles, perforated panels or felt clouds — because a large, hard-surfaced hall filled with hundreds of people becomes uncomfortably loud. Lighting in the seating area is usually warm-neutral, around 3000–4000 K, with brighter, high-CRI light on the counters and menus so that food looks appetising.
Back of house: service corridor, tray return, wash-up and waste
The back of house is what separates a food court that stays clean from one that does not. A continuous service corridor of about 1500–1800 mm behind the counters, connected to a goods lift or service entrance, lets every counter receive stock and send out waste without crossing the seating. The corridor also carries services — drainage, grease lines, gas pipework where permitted, electrical trunking — and must be kept clear for its full width at all times, because it often doubles as a fire escape route.
Tray return and dish-wash depend on the service model. Where food is served in disposables, the tray return is a set of bins and a counter for trays near the exit route, with segregated bins for wet waste, dry waste and recyclables. Where crockery is reused, which many campuses and hospitals prefer, a central dish-wash area with a soiled-drop counter, a pre-rinse sink, a dishwasher and clean storage is needed, sized to the peak. Either way, the garbage room should be ventilated, washable, close to the service exit and sized for at least a day's waste, and every counter needs its own grease trap or a connection to a properly sized shared trap so that kitchen drains do not block.
Exhaust, gas, fire and food safety
A food court concentrates many commercial kitchens in one space, so its safety systems are the most important — and least visible — part of the design. The guidance below is general and conservative: every food court must have its exhaust, fresh air, fire protection, gas installation and electrical systems designed by qualified engineers and approved by the relevant authorities, following the National Building Code of India 2016, the state fire service rules and the landlord's fit-out manual.
| System | General requirement (confirm with the authority) | Who designs or confirms |
|---|---|---|
| Exits and exit widths | From the occupant load of the hall, per NBC 2016 Part 4 and state fire rules; never narrowed by seating or queues | Licensed fire consultant, fire authority |
| Kitchen exhaust | Hood per cook line, fire-rated sealed ducts with cleaning access to a common shaft or roof; regular cleaning | MEP engineer |
| Make-up (fresh) air | Replaces exhausted air so the hall does not pull kitchen smells or create draughts | MEP engineer |
| Hood fire suppression | Automatic wet-chemical system over fryers and cook lines where required | Specialist supplier, fire consultant |
| Detection, alarm, sprinklers | Coordinated with the ceiling; heat detectors in kitchens | Fire consultant, MEP engineer |
| Gas | As permitted by the landlord: piped natural gas or a central LPG bank outside with fixed piping, shut-off and leak detection with auto cut-off; or all-electric cooking | Authorised gas agency; IS 6044, PESO rules |
| Electrical | Load per counter, separate circuits, MCBs and RCCBs, proper earthing | Licensed electrical contractor |
| Food safety | FSSAI registration or licence for each vendor; hygiene and pest control | Food safety consultant, operators |
Indian food courts add two hygiene and planning layers worth designing for from the start. First, vegetarian and non-vegetarian separation: many operators group pure-vegetarian counters together, sometimes with their own seating zone and separate tray return and wash-up, and campuses and hospitals in Gujarat often run fully vegetarian halls. Second, hand-washing: a bank of basins near the seating entrance, with soap, drying and good drainage, is used heavily before and after meals and should be sized generously, with drinking water stations nearby.
What a food court costs to fit out (indicative October 2026)
Food court budgets have two owners. The landlord or operator fits out the common hall — seating, floors, ceilings, lighting, acoustic treatment, hand-wash, tray return, signage frames and the shared services such as exhaust shafts, fresh air and fire systems. Each tenant fits out its counter — front, kitchen finishes, hood connection and equipment — within the landlord's standards. The bands below use the restaurant and QSR rates on this site; kitchen equipment, exhaust, HVAC, fire and gas systems, loose furniture where separately bought, and GST are extra, and together they can equal or exceed the interior.
| Package | Indicative interior fit-out (₹ per sq ft) | Example | What is extra |
|---|---|---|---|
| Common seating hall, basic | ₹900–1,400 | 4,500 sq ft hall ≈ ₹40–63 lakh | HVAC, fire systems, furniture if separate, GST |
| Common seating hall, mid-range | ₹1,400–2,200 | 4,500 sq ft hall ≈ ₹63–99 lakh | Acoustic upgrades, feature lighting, signage |
| Counter unit, basic | ₹900–1,400 | 300 sq ft counter ≈ ₹2.7–4.2 lakh | Equipment, hood, exhaust connection, gas, signage |
| Counter unit, mid-range | ₹1,400–2,200 | 300 sq ft counter ≈ ₹4.2–6.6 lakh | As above; brand finishes |
| Premium hall or flagship counter | ₹2,200–3,500+ | Design-led halls and branded counters | Bespoke furniture, lighting, digital menus |
The interior is usually only part of a counter's opening cost. In this site's restaurant cost guide, the interior fit-out is typically 35–50 per cent of a restaurant project, with kitchen equipment, exhaust, HVAC, fire and gas systems, furniture, signage and pre-opening making up the rest. Food court counters follow a similar logic, although shared exhaust shafts and common seating can reduce what each tenant spends. Landlords also often charge fit-out deposits and specify approved vendors for fire and exhaust work, which should be checked in the fit-out manual before budgeting.
Where food courts are going
Food courts are changing quickly. Ordering is moving to kiosks and phones, with a single order and payment for several counters and a screen or buzzer when food is ready; this shortens queues and lets designers shrink queue zones and enlarge seating. Delivery has made the food court a hub for riders, so dedicated pick-up lockers and rider zones near the entrance are appearing. Many malls are moving towards electric and induction cooking and piped gas for safety and air quality. Hybrid formats mix food court counters with a cloud kitchen behind, serving both the hall and delivery. And sustainability is becoming visible: washable crockery instead of disposables, waste segregation at tray return, water-efficient dish-washing and daylight in the seating hall. The planning basics — separate customer and service routes, protected queues, legible seating and engineered safety — will remain the core of every good food court.
Rules for designing a food court
- Size seating from the peak crowd and stay time, at about 1.1–1.4 m² per seat — not from the number of counters.
- Give every counter about 200–600 sq ft, a frontage of 4.5–7.5 m in malls, and a 1.5–3 m queue zone outside the main aisle.
- Run a 1500–1800 mm service corridor behind the counters so goods, waste and staff never cross the seating.
- Keep main aisles at 1200–1800 mm in seating and 2400–3000 mm along counters; secondary aisles ≥ 900 mm between chair backs.
- Separate ordering from pick-up, and give delivery riders their own shelf or zone near the entrance.
- Provide hand-wash banks, drinking water and tray return on the route between seating and exits.
- Plan vegetarian and non-vegetarian zoning, tray return and wash-up before the counter allocation is fixed.
- Have exhaust, fresh air, fire protection, gas and electrical systems designed by qualified engineers to NBC 2016, state fire rules and the landlord's manual.
- Never block exits with seating or queues, never conceal gas pipes in ceilings, and never open a counter without tested safety systems.
Frequently asked questions
What is the standard size of a food court counter?
Most mall food court counters are about 200–600 sq ft, with a frontage of roughly 4.5–7.5 m and a depth of 6–9 m. Beverage, dessert and kiosk units can be smaller, about 100–200 sq ft. The landlord's fit-out manual usually fixes the exact unit sizes.
How much space is needed per seat in a food court?
For planning, about 1.1–1.4 m² (12–15 sq ft) per seat including the aisles within the seating, achieved by mixing two-tops, four-tops, family tables and high ledges. A grid of comfortable four-tops alone uses more, about 1.6–2.5 m² per seat.
How many seats should a food court have?
Divide the expected diners in the busiest hour by the seat turnover. If 600 people eat in the peak hour and stay about 30 minutes, each seat turns about twice, so roughly 300 seats are needed. Operator data from similar sites is the best guide.
Can LPG cylinders be used in a mall food court?
Generally this is restricted; many malls allow only piped natural gas, a central LPG bank outside the building with fixed piping and safety cut-offs, or electric and induction cooking. The landlord, the fire authority and an authorised gas agency decide what is permitted, under IS 6044, PESO rules and NBC 2016.
What does it cost to set up a food court counter?
Indicatively in October 2026, the interior of a 300 sq ft counter costs about ₹2.7–4.2 lakh at a basic level and ₹4.2–6.6 lakh mid-range. Kitchen equipment, hood and exhaust connection, gas, signage, deposits and GST are extra and often equal or exceed the interior.
Sources & standards
- National Building Code of India 2016, Part 4 (Fire and Life Safety) — occupant load, exits and protection of assembly and mercantile occupancies
- National Building Code of India 2016, Part 8 (Building Services) and Part 9 (Plumbing Services) — ventilation, electrical, drainage
- IS 6044 — Code of practice for liquefied petroleum gas storage installations; PESO rules for gas installations
- IS 2190 — Selection, installation and maintenance of first-aid fire extinguishers
- Food Safety and Standards Authority of India (FSSAI) — registration, licensing and Schedule 4 hygiene requirements
- Harmonised Guidelines and Standards for Universal Accessibility in India — accessible counters, seating and toilets
- Price ranges: indicative October 2026 estimates — confirm locally before budgeting
