Small Hotel & Inn Construction Cost Philippines 2026: Per Room

From the street a small hotel looks like a big house. Inside, the Fire Code treats it very differently. Illustrative photo.

Short answer: on AEDO's 2026 planning rates, a new 20-room, three-storey hotel with 20 sqm rooms and standard finishes lands around ₱23.5M to ₱32.4M, which is roughly ₱1.2M to ₱1.6M per room once you count the aircon, hot water, fire alarm, water tank, wastewater, furniture and contingency. Converting an existing house or apartment block costs much less per room, but only if the building can take the changes the codes ask for. Those changes are the real story. Once a building has more than fifteen sleeping accommodations for transients, the Fire Code calls it a hotel, whatever the sign says, and pension houses are hotels by name. That brings two exits per floor, fire-rated corridors, a fire alarm, and sprinklers from four storeys up.

The calculator below turns your room count, room size, storeys and finish into a gross floor area, a line-item budget and a cost per room. It also runs the code checks we do first on every inn we look at. If you're planning a beach resort with cottages or a long-stay apartment building instead, our small resort guide and apartment and boarding house guide fit better.

1. What a Small Hotel Costs, Per Room and Per Sqm

Owners usually ask for a price per room. Contractors quote per square meter. The two only line up once you know how much floor each room drags along with it: its share of the corridor, the two exit stairs on every floor, the lobby, the linen room, the staff toilet. On a small hotel that overhead is heavy. A 20-room, three-storey building with 20 sqm rooms needs about 610 sqm of floor for 400 sqm of rooms, which is why a small hotel costs more per room than the room size alone suggests.

The new-build band sits a little above our self-contained apartment rate of ₱25,000–₱35,000 per sqm because a hotel has a toilet in every room, more doors per square meter, and fire-rated corridor construction. The conversion band follows the published fit-out bands we use in our clinic fit-out guide: basic ₱10,000–₱20,000, mid ₱20,000–₱35,000 and high-end ₱35,000–₱45,000+ per sqm, trimmed at the bottom because an inn conversion reuses the house's floors and much of its walls. Fire protection, water, wastewater and a second exit stair are priced separately in the calculator because they're the lines owners forget.

Not in any of these numbers: the land, a passenger lift (get a supplier quote; see the parking and access section on why the ground floor matters without one), a standby generator, a restaurant kitchen, a pool, professional fees, permit fees and DOT accreditation costs.

2. Fire Code: When an Inn Becomes a Hotel

This is the part that changes the budget most, and it turns on one definition. Section 10.2.14.1 of the 2019 Revised IRR of the Fire Code (RA 9514) sorts residential buildings into groups. The two that matter here:

• Hotels: buildings under the same management with more than fifteen (15) sleeping accommodations for hire, primarily used by transients, whether called a hotel, inn, motel or any other name. The same clause says apartelles, condotels and pension houses shall be classified as hotels.
• Lodging or rooming houses: separate sleeping rooms rented out with accommodations for a total of fifteen (15) or fewer persons, transient or permanent, without separate cooking facilities.

So a "10-room inn" with two guests per room is a hotel under the Fire Code. The City or Municipal Fire Marshal has the final say on classification, but don't plan on talking your way down to lodging house.

What the hotel classification brings, from Section 10.2.14.3:

• Fire alarm (C.4): an automatic fire detection and alarm system for any hotel or dormitory with accommodations for 15 or more guests; below 15, a manual fire alarm system. An alarm-sending station and manual alarm box at the front desk. Audible and visible notification appliances, including in guest rooms.
• Sprinklers (C.5): all hotels and dormitories with four (4) storeys or more must be protected throughout by an approved, supervised sprinkler system, to NFPA 13R for four storeys and below and NFPA 13 for five storeys and above. As written, a one- to three-storey inn isn't caught by this clause. Portable extinguishers apply to all.
• Guest room protection (C.2): in a new hotel, corridors separated from guest rooms by partitions of at least 1-hour fire resistance; each guest room door with at least a 20-minute fire protection rating; no openings in corridor partitions other than doors; room doors onto the corridor self-closing and self-latching.
• Room-to-room separation (C.6): walls and floors of at least 1 hour between guest rooms if the building isn't sprinklered, or ½ hour if it's sprinklered throughout.
• Emergency lighting (B.8): in guest rooms, hallways and stair landings, with illuminated exit signs at every exit access door on floors with sleeping rooms.
• Hazardous areas (C.7): laundry, boiler and heater rooms and combustible storage separated by 1-hour construction with self-closing fire doors, or sprinklered.
• No transoms (D.1): no transom or windowpane in the partitions of sleeping rooms in new buildings.
• Restaurants: a restaurant for 50 or more persons is treated as a place of assembly, with its own rules (A.1).

A lodging house for 15 or fewer isn't free of rules either. Section 10.2.14.5 still requires a manual fire alarm, a single-station smoke or heat detector in every sleeping room, and two separate means of exit from every sleeping room above or below the street floor. The FSIC guide covers the certificate chain from building permit to business permit.

3. Exits, Corridors and Travel Distance

The exit rules for hotels are in Section 10.2.14.3 B, and they decide the shape of the building more than the architect does:

Two practical consequences. First, one stair is not enough on any upper floor, and it's the thing we most often find missing when a house is proposed as an inn. Second, the 30 m limit and the 6 m dead-end limit together push you to a stair at or near each end of a double-loaded corridor. We draw hotel corridors at 1.50 m, not the 1.12 m Fire Code minimum, because the BP 344 IRR (C.5.1) asks for 1,500 mm on accessible routes. The general stair and width rules are in our fire exit and egress guide.

4. NSCP Live Loads for Rooms and Corridors

NSCP 2015 Table 205-1 doesn't have a "Hotels" row. Guest rooms sit under item 15, Residential, and note 8 of the table says residential occupancies include private dwellings, apartments and hotel guest rooms. The corridors fall somewhere else.

Two things follow. A house designed at 1.9 kPa throughout has a corridor that now has to carry 4.8 kPa if it becomes an exit corridor for ten or more people, which is more than double. And a roof deck turned into a breakfast area picks up the dining load. We design the lobby at 4.8 kPa too; Table 205-1 has no hotel-lobby row, and 4.8 is the value it gives for assembly lobbies, office lobbies and exit facilities. Add the water tank on the roof, which is a dead load most house roofs never saw. The load combinations and how these feed into beams and slabs are in our NSCP dead and live load guide.

5. Room and Toilet Sizes

People often ask for "the legal minimum hotel room size." The Philippine building rules that apply to every habitable room are in the 2004 Revised IRR of PD 1096:

• Section 806: rooms for human habitation at least 6.00 sqm with a least dimension of 2.00 m; bath and toilet at least 1.20 sqm with a least dimension of 900 mm.
• Section 807: habitable rooms need 14.00 cubic metres of air space per person. A room for two needs 28 m³. At a 2.40 m ceiling that's about 11.7 sqm of bedroom floor, not counting the toilet. This is the check that catches tiny "twin" rooms.
• Section 805: habitable rooms with artificial ventilation need a ceiling height of at least 2.40 m, and in buildings of more than one storey the first storey needs at least 2.70 m. Naturally ventilated rooms need 2.70 m.
• Section 808: rooms without artificial ventilation need windows with a free area of at least 10% of the floor area and not less than 1.00 sqm; toilets and baths at least 1/20 of their floor area.

Those are floors, not targets. Guests compare you to the inn down the road, not to the IRR. In our layouts a budget room with a shower toilet runs about 12–16 sqm and a standard double about 18–24 sqm, including the toilet. That's our practice range, not a rule.

6. BP 344 Accessible Rooms and Parking

The 2024 Revised IRR of BP 344, Category II (government and private buildings), Group B, lists hotels, motels, inns, pension houses and apartelles by name: one (1) accessible unit per every 50 units up to 150 units, and an additional unit for every 100 units, at the ingress level. Where there's no barrier-free elevator, at least one accessible unit goes on the ingress level. For a 10- to 40-room inn we read that as at least one accessible room on the ground floor; confirm the count with your Building Official.

That room brings its own dimensions: a 900 mm clear door, 1,800 × 1,800 mm clear space at doors, a toilet laid out to the BP 344 rules and grab bars. Our accessible toilet dimensions guide has the full layout. Budget the accessible room at the size of your largest standard room, because it won't fit in a small one.

Parking comes from Table VII.4 of the PD 1096 IRR. For hotels: one car slot for every three rooms or fraction thereof in highly urbanized areas, one for every seven rooms or fraction thereof elsewhere, plus two tourist bus slots per hotel and at least one loading slot for an articulated truck. The table has a separate row for pension, boarding and lodging houses: one car slot for every 20 beds. Which row the Building Official applies to a small inn matters a lot on a tight lot, so ask early. The table's note says required slots should be an integral part of the building; slots outside it count only as buffer parking.

7. Water, Wastewater, Power and Aircon

A hotel uses water like a small subdivision, all of it at 6 to 8 in the morning. Three items to size properly, each with its own guide:

• Water storage and pressure. A cistern or overhead tank plus a booster pump so the top floor gets a proper shower when every room showers at once. Fixture units and pipe sizing follow the National Plumbing Code. The calculator carries a tank and pump allowance per room.
• Wastewater. A septic tank sized under the National Plumbing Code may be enough on a provincial lot with room for an absorption field. Once treated water leaves the lot to a canal, river or sea, it becomes a discharge under the Clean Water Act and you're into a treatment plant and a DENR discharge permit. Our STP cost guide covers when that applies and what a plant costs; the calculator's wastewater line is a septic-scale allowance only.
• Power and cooling. Twenty 1-HP split units, twenty water heaters and a laundry change the electrical service more than owners expect, especially in a converted house on a residential meter. Size the aircon from the room heat load, not habit, with our aircon tonnage guide.

8. Converting a House or Apartment into an Inn

This is the most common hotel enquiry we get from owners: a big house, or a three-storey apartment block, that would earn more as an inn. It can work. It's also a change of occupancy, and Section 702 of the PD 1096 Revised IRR is blunt about it: no change that places a building in a different group or division may be made unless the building is made to comply with the Code for that group. A single-family house is Group A; hotels are Group B. Section 212 lists changing the use or occupancy classification without a Certificate of Change of Use among the violations that can draw an administrative fine of up to ₱10,000. Our change of occupancy guide walks through the permit side.

What the conversion usually needs, in the order we check it:

• A second exit on every upper floor. Most houses have one stair. An inn needs two exits accessible from every floor. That can be an enclosed external stair, and the calculator adds one per upper floor for conversions.
• A structural check of the corridor and stair. From 1.9 to 4.8 kPa under Table 205-1, as above. A new roof tank and new wet toilets on upper floors add dead load. Removing walls to widen corridors needs its own check; see our load-bearing wall removal guide.
• Fire-rated corridor walls and room doors. Hollow-core doors and plywood partitions come out. The 1-hour corridor and 20-minute door rules are written for new hotel buildings; for an existing building, the Fire Marshal decides what's acceptable, so settle that before buying doors.
• Fire alarm, emergency lighting and exit signs, and sprinklers if the building is four storeys or more.
• Toilets in every room, which means new drainage stacks and often a larger septic tank or treatment plant.
• One BP 344 accessible room on the ground floor, with its toilet.

If the house has a single interior stair, 1.9 kPa floors throughout and no space for a second stair, the numbers often point to a rebuild. Our renovate, expand or rebuild guide helps make that call.

9. DOT Accreditation

Under RA 9593, the Tourism Act of 2009, accommodation establishments are primary tourism enterprises (Section 4), and Section 39 says primary tourism enterprises "shall be periodically required to obtain accreditation" from the Department of Tourism, while accreditation is voluntary for secondary tourism enterprises. DOT Memorandum Circular 2018-03 set up the Progressive Accreditation System, a three-level scheme, and incorporates the criteria of the National Accommodation Standards (DOT MC 2012-02) by reference.

We tried to read the National Accommodation Standards themselves for their room size and facility criteria and could not get a primary copy, so we don't quote any DOT room size or facility minimum here. Sizes circulating online are often from the older DOT hotel classification rules that the 2012 standards replaced. Before you fix the room sizes, get the current accreditation checklist from your DOT regional office and design to it.

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