Restaurant property due diligence checklist before you sign in Dubai.

A pre-lease framework for testing whether a restaurant site can support the kitchen, approvals, MEP load, exhaust, grease management, back-of-house flow, and operating economics.

Why this matters in Dubai

A restaurant property is not a generic retail box. The kitchen changes the property. It adds heat, water, drainage, grease, gas or high electrical load, food-safety obligations, delivery movements, waste, fire-safety requirements, odor risk, noise risk, and approval dependencies. A site that works for fashion retail, a salon, a showroom, or a coffee kiosk may not work for a hot kitchen.

Dubai is especially unforgiving because many restaurant properties are inside malls, mixed-use developments, hotels, towers, or master-planned communities where the tenant is not dealing only with the landlord. The intended concept may be affected by:

• Dubai Municipality food-establishment requirements;
• building management rules;
• landlord technical guidelines;
• Civil Defence and fire/life-safety constraints;
• DEWA fit-out connection and load requirements;
• gas availability or landlord restrictions on gas;
• exhaust shaft availability;
• grease trap location and drainage route;
• delivery rider access and loading rules;
• noise and odor sensitivity in the surrounding tenancy mix.

The lease may say "restaurant", but the building may not support the restaurant you actually want to run.

The pattern we see

Cleresdyne Advisory sees this problem most often when a tenant chooses the property before testing the kitchen. The sequence usually looks rational at the time: the rent is acceptable, the catchment looks strong, the landlord wants to close, and the concept owner is afraid of losing the site. The technical review gets pushed after the commercial decision.

That sequence is backwards.

For F&B, the site should be tested through three lenses before commitment:

1. Can this property legally host the activity?
2. Can this property physically support the kitchen?
3. Can this property produce acceptable economics after fit-out and operating constraints?

If one of those answers is weak, the rent is not really the rent. The rent is rent plus correction cost, delay cost, redesign cost, compliance cost, and sometimes the cost of walking away.

The restaurant property due diligence checklist

1. Permitted use and food activity fit

Start with the activity, not the floor plan. A coffee shop, bakery, cloud kitchen, full-service restaurant, quick-service restaurant, shisha cafe, central kitchen, and catering operation can have very different requirements. The site needs to match the real activity, not the soft description used in early conversations.

Before signing, confirm:

• whether the lease and landlord approval explicitly permit the intended F&B activity;
• whether the activity requires food preparation, reheating only, full cooking, baking, frying, grilling, or central production;
• whether the building or master community restricts gas, charcoal, open flame, smoke, odor, late-night delivery, or external ducting;
• whether the premises can be assessed under the relevant Dubai Municipality food-establishment pathway;
• whether any "restaurant-ready" claim is supported by drawings, approvals, and existing services.

The useful question is not "is F&B allowed here?" It is "is this exact food operation allowed here, with this menu and this production method?"

2. Electrical load and DEWA fit-out readiness

Commercial kitchens consume power unevenly. Refrigeration, dishwashing, ventilation, combi ovens, induction, coffee equipment, ice machines, HVAC, and lighting all add load. If the available electrical capacity is too low, the operator may face redesign, equipment compromise, landlord negotiation, or delay.

Before signing, ask for:

• the maximum power available to the unit in kW, not just a general statement that "power is available";
• whether the stated number is the connected load, approved load, spare capacity, or a landlord estimate;
• available connected load and spare capacity for the unit;
• landlord or base-building MEP drawings;
• DEWA-approved connected load information where available;
• any existing meter details and fit-out connection status;
• whether additional load requires landlord approval, consultant work, authority submission, or infrastructure upgrade;
• whether the kitchen can operate at peak without load shedding, nuisance tripping, or equipment compromise.

The operator can also prepare a rough load schedule before negotiation. It does not replace an engineer's final calculation, but it does let the tenant ask a sharper question: based on the intended equipment list, refrigeration, HVAC, ventilation, coffee equipment, dishwashing, lighting, and spare margin, how many kW does this concept probably need?

DEWA's electricity fit-out connection service references load-distribution schedules, wiring layouts, landlord NOC, and site inspection steps. That is the level of documentation discipline a serious restaurant site review should expect, not an afterthought.

3. Gas, cooking method, and fire/life-safety implications

The cooking method drives the property risk. A cold-prep concept, electric-only cafe, full hot kitchen, charcoal grill, tandoor, shawarma line, bakery, or central production kitchen does not impose the same building load.

Before signing, test:

• whether gas is available, permitted, and technically routeable;
• whether the landlord permits gas in the unit or only electric cooking;
• whether the intended cooking method changes exhaust, suppression, or interlock requirements;
• whether specialist cooking equipment creates heat, smoke, spark, or odor issues;
• whether fire-suppression and alarm requirements can be integrated into the existing building system.

This is not a box-ticking exercise. A concept can become uneconomic if it has to switch from gas to electric after the lease is signed, or if a signature cooking method becomes impossible inside the building rules.

4. Exhaust route, shaft capacity, odor, and noise

Exhaust is one of the most common pre-lease failure points. A restaurant kitchen needs somewhere to send heat, smoke, steam, grease-laden air, and odor. If there is no viable route, the site may be unworkable for a hot kitchen, even if the ground-floor frontage is excellent.

Before signing, confirm:

• whether a dedicated kitchen exhaust shaft exists;
• whether the shaft has capacity for the proposed cooking load;
• the maximum extract airflow available to the unit, stated in CFM or m³/h, rather than a vague confirmation that an exhaust shaft exists;
• whether duct routing is direct or requires long horizontal runs;
• whether fans, scrubbers, access panels, and maintenance points can be located properly;
• whether discharge location creates odor or noise issues for residents, offices, hotel rooms, or neighboring tenants;
• whether the landlord permits roof access or external duct routes where needed.

A rough extract-airflow calculation can be prepared before lease signature using the proposed hood length, cooking duty, equipment type, heat and smoke load, and whether the system is wall-mounted, island, or specialist extraction. It will not be the final mechanical design, but it will show whether the landlord's available CFM is in the right range or obviously too low.

Retrofitting exhaust after the commercial decision is often expensive, slow, and politically difficult inside a multi-tenant building.

5. Grease trap, drainage, and water

Grease management and drainage are unglamorous until they stop the project. A restaurant can have the right frontage and still fail because the grease trap cannot be placed, drainage falls are wrong, or water and waste lines cannot support the kitchen.

Before signing, review:

• grease trap location, size, access, and cleaning practicality;
• drainage line route and fall;
• floor trap locations;
• whether slab cutting, coring, or waterproofing changes are permitted;
• water supply adequacy for dishwashing, production, ice, coffee, and cleaning;
• whether water filtration or softening is needed for coffee machines, combi ovens, steamers, ice machines, and dishwashers.

If the drainage route is wrong, the kitchen layout will usually be wrong with it.

6. Back-of-house practicality

Restaurant due diligence often overweights the dining room and underweights the back of house. The guest never sees the receiving path, dry store, cold store, staff changing area, waste route, or delivery rider interface. But the operation feels those constraints every day.

Before signing, test:

• receiving path from loading area to storage;
• dry, chilled, and frozen storage capacity;
• waste holding and removal route;
• staff entry, changing, and welfare requirements;
• clean and dirty workflow separation;
• delivery rider access and dispatch location;
• whether the seating count leaves enough kitchen and storage area to serve the menu.

The wrong site ratio can force the business into permanent operating friction: too many seats for the kitchen, too little storage for the menu, or delivery volume with no dispatch space.

7. Fit-out cost exposure

The lease cost is only one part of the commitment. A site with low rent can be expensive if the operator has to correct infrastructure gaps. A site with higher rent can be cheaper if the base building already supports the kitchen properly.

Before signing, identify which costs are already solved and which are still exposed:

• demolition or reinstatement;
• slab cutting and drainage works;
• electrical upgrade;
• gas routing;
• exhaust ducting and filtration;
• fire-suppression integration;
• grease trap works;
• waterproofing;
• HVAC changes;
• kitchen equipment access and delivery constraints;
• landlord deposits, review fees, consultant fees, and approval fees;
• opening delay caused by authority or landlord review cycles.

The decision should compare total site cost, not rent alone.

8. Operating economics

A restaurant property can be technically approvable and still economically weak. The site must support enough revenue to carry rent, service charges, utilities, delivery costs, staffing, maintenance, and capital recovery.

Before signing, model:

• rent and service charges as a percentage of realistic revenue;
• expected utility load from kitchen equipment and HVAC;
• seating capacity versus kitchen output;
• delivery radius and rider logistics;
• expected daypart demand;
• kitchen size versus menu complexity;
• maintenance and replacement exposure in years two and three;
• whether the lease term is long enough to recover fit-out investment.

If the model works only at optimistic volume, the property is not ready to sign.

Red flags before signing

Walk slowly if any of these appear:

• the landlord says "F&B approved" but cannot provide drawings or technical conditions;
• no clear exhaust route exists for a hot kitchen;
• the building restricts gas but the concept depends on gas cooking;
• the available electrical load is unknown;
• the maximum extract CFM available is unknown;
• grease trap location is unresolved;
• drainage requires major slab or common-area work;
• delivery access conflicts with building management rules;
• the unit has attractive frontage but no practical storage;
• the landlord pushes lease signature before technical due diligence;
• authority approval is assumed rather than tested;
• the site was previously used for light F&B and is being sold as suitable for full cooking;
• reinstatement obligations are broad or unclear.

One red flag may be manageable. Three or four usually means the deal needs redesign, renegotiation, or rejection.

What to do before signing

Before finalizing the restaurant property, assemble a pre-lease technical file:

1. concept summary and menu production method;
2. preliminary equipment list;
3. proposed seating, delivery, and production volumes;
4. landlord drawings and MEP information;
5. maximum available power in kW and utility information;
6. gas availability or restriction;
7. maximum available extract airflow in CFM or m³/h;
8. exhaust and grease trap route;
9. waste, receiving, and delivery access;
10. landlord technical guidelines;
11. fit-out cost exposure and approval timeline.

Then ask one question: if this exact concept had to open here, what would stop it?

That question should be answered before the lease, not after.

What to do next

If you are still comparing sites, use the checklist to eliminate weak properties early. If you are negotiating one preferred site, use it to identify conditions that should be written into the lease or landlord NOC before you commit. If the site is already signed and problems are emerging, the exercise becomes damage control: identify what can be corrected, what must be redesigned, and what will affect the operating model permanently.

Where a lease decision is close, the practical next step is a short pre-lease due-diligence review: compare the landlord's maximum available kW against a rough equipment-load calculation, compare the maximum available extract CFM against the kitchen's likely requirement, review exhaust, grease, drainage, BOH flow, and approval risk, then decide whether to sign, renegotiate, add conditions, or walk away.