A two-storey RCC house in Nepal costs about Rs 3,500 to 3,900 per sq ft of built-up area at municipal rates from 2081/82, including doors, windows, plumbing, electrical work, design fees and contingency. Add roughly 14% if you want to allow for the one-year rise reported in 2026, which gives about Rs 4,000 to 4,500 per sq ft. Land, naksa fees, furniture and a compound wall are extra.
Those numbers come from one real example worked below: a 12-column, two-storey house of 1,884 sq ft whose quantities were taken element by element. The point of this post is to show how a per sq ft figure is built, so you can check any quote a contractor gives you. Rates change by municipality, by year and by site access, so treat every figure here as a worked example and confirm it locally.
What "cost per sq ft" means
The figure is total cost divided by built-up area. Built-up area is measured on the outside of the walls and added up for each floor, including the stair area. Two quotes of Rs 4,000 per sq ft can mean very different things if one counts a staircase cover, balconies or a parapet in the area, or if one leaves out sanitary fittings. Before comparing quotes, ask three questions:
- Which area is being multiplied, and how was it measured?
- Which items are inside the rate? Ask for the list in writing.
- Who buys the tiles, doors, fittings and paint, and at what allowance?
Step-by-step method to work out your own rate
- Calculate built-up area from the drawings, floor by floor.
- Take quantities for each element: earthwork, concrete, steel, formwork, walls, plaster, floors, paint, doors and windows.
- Multiply each quantity by a rate from your municipality's current rate analysis. These rates are for measured work and usually include contractor overhead.
- Add allowances for items without a published rate, mainly plumbing, sanitary fittings and electrical work. Replace these with real quotes as soon as you have them.
- Add design and supervision, then contingency.
- Adjust for the year. If your rate book is older than the current fiscal year, raise the total.
- Divide by built-up area. List what is left out, so nobody assumes it is included.
Worked example 1: a 1,884 sq ft two-storey house
The house has 12 columns on a 3 x 4 grid, two floors of 87.53 m2 each and a stair. Built-up area is 175.06 m2, or 1,884 sq ft. The structure and material quantities are in the cement and steel summary for this house. Rates are from the Suryabinayak Municipality rate analysis 2081/82, which include 15% overhead.
| Item | Cost (Rs) | Rs per sq ft |
|---|---|---|
| Earthwork, clearing and filling | 82,951 | 44 |
| Structural concrete, 52.63 m3 | 9,11,578 | 484 |
| Plain concrete under footings and floor, 8.39 m3 | 1,22,972 | 65 |
| Reinforcement steel, 5,857 kg | 8,82,957 | 469 |
| Formwork | 3,64,447 | 193 |
| Brick walls | 7,21,737 | 383 |
| Plaster | 4,21,745 | 224 |
| Floor and wall tiles | 6,67,183 | 354 |
| Putty, primer and paint | 3,87,325 | 206 |
| Subtotal, measured work | 45,62,895 | 2,422 |
| Doors and windows, sal doors with UPVC windows | 6,70,817 | 356 |
| Plumbing and sanitary, allowance 7% | 4,41,397 | 234 |
| Electrical, allowance 6% | 3,78,341 | 201 |
| Miscellaneous, allowance 4% | 2,52,227 | 134 |
| Building cost | 63,05,677 | 3,347 |
| Design and supervision, 3% | 1,89,170 | 100 |
| Contingency, 5% | 3,15,284 | 167 |
| Total | 68,10,131 | 3,615 |
The three allowances are percentages of building cost, taken from the stage split in the site's house construction cost estimator. They are planning figures and not published rates. The rate analysis used here has no items for electrical work, sanitary fittings or CPVC and PPR pipes, and we could not find a current official list for them. Get a quote from a plumber and an electrician using your own drawings, and put those amounts in place of the percentages.
How the specification changes the rate
The same structure can give a very different total depending on the doors and windows. The three options below come from the door and window cost post. Allowances, design and contingency are recalculated on each.
| Option | Doors and windows (Rs) | Total (Rs) | Rs per sq ft | With 14% added |
|---|---|---|---|---|
| Local wood doors, aluminium windows | 4,75,309 | 65,55,735 | 3,480 | 3,967 |
| Sal doors, UPVC windows and bath doors | 6,70,817 | 68,10,131 | 3,615 | 4,121 |
| Sal throughout | 11,24,256 | 74,00,148 | 3,928 | 4,478 |
The 14% column is a simple way to carry 2081/82 rates forward, and it is not a new rate book. The Kathmandu Post reported in July 2026 that overall house construction cost rose about 14%, citing builders and government data. The rate analysis is older than one year, so use your municipality's latest figures wherever you can.
Prices did not move evenly. The same report, citing the National Statistics Office construction input price index, gave these yearly changes: electrical wire up 24.89%, bricks up 13.41%, stone up 3.17%, labour up 2.81%, cement up 1.30%, sand up 1.02%, tiles down 9.07% and wood down 5.59%. The brick federation disputes the brick figure, saying bricks were about Rs 15 each in the last peak season. So an electrician's quote from last year may be well out of date, while a tile allowance may still hold.
Worked example 2: checking a builder's quote
A builder quotes Rs 1.07 crore for a two-and-a-half-storey house. That is the figure Ganesh KC of Native Builders gave the Kathmandu Post for an 800 sq ft plot in Kathmandu with standard tiles, doors, windows and paint, up from Rs 90 lakh a year earlier. The report does not give the built-up area, so the rate depends on what you assume:
| Assumed built-up area | Rs per sq ft |
|---|---|
| 1,400 sq ft | 7,643 |
| 1,700 sq ft | 6,294 |
| 2,000 sq ft | 5,350 |
All three are above our Rs 4,000 to 4,500. Part of the gap can be real. Tight Kathmandu plots cost more for transport, storage and working space, a small house spreads its kitchen, bathrooms and stair over less area, and a builder's price includes risk and profit. A gap is not proof of overcharging. It is a reason to ask for the quantities behind the quote. A contractor who has priced the job properly can show them.
Next, a budget for a bigger house. Suppose 1,000 sq ft per floor and 2.5 storeys, at Rs 4,200 per sq ft in the estimator. That gives 2,500 x 4,200 = Rs 1,05,00,000, and with 3% design and 5% contingency, Rs 1,13,40,000. Here is how the Rs 1.05 crore splits by stage, using the estimator's shares, so you know the cash you need before each stage:
| Stage | Share | Amount (Rs) |
|---|---|---|
| Foundation and substructure | 12% | 12,60,000 |
| RCC frame: columns, beams, slabs | 30% | 31,50,000 |
| Brickwork and plaster | 15% | 15,75,000 |
| Flooring and tiles | 10% | 10,50,000 |
| Doors and windows | 9% | 9,45,000 |
| Plumbing and sanitary | 7% | 7,35,000 |
| Electrical | 6% | 6,30,000 |
| Painting and finishing | 7% | 7,35,000 |
| Miscellaneous | 4% | 4,20,000 |
In example 1, measured structure, from earthwork to formwork, is Rs 23.65 lakh, or 38% of building cost, which is close to the 42% for foundation and frame here. If a bank releases a home loan in stages, this table helps you plan the gap between stages. The EMI calculator shows what the loan will cost each month.
A quick material check per 1,000 sq ft
A rate per sq ft is easier to trust when you can see the materials behind it. For the example house, these are the quantities per 1,000 sq ft of built-up area, taken from the whole-house summary. Use them to test a quote, not to order stock.
| Material | Per sq ft | Per 1,000 sq ft |
|---|---|---|
| Cement | 0.34 bag | 339 bags |
| Reinforcement steel | 3.1 kg | 3,108 kg |
| Sand | 0.028 m3 | 28.2 m3 |
| Aggregate | 0.028 m3 | 27.6 m3 |
| Bricks | 13.5 | 13,520 |
The estimator's default thumb rules are higher, at 0.45 bag of cement and 4 kg of steel per sq ft. They are rough averages meant to leave some margin, and you can edit them in the tool. A house with more storeys, larger spans, a basement or a site on weak soil will need more steel than this two-storey example. If a builder's figure is far above or below these numbers, ask why. There may be a good reason, such as a heavier design from your structural engineer.
How to adjust the rate for your own site
Start from the Rs 4,000 to 4,500 range, then think through what is different about your job.
- Location and access. If a truck cannot reach the plot, material has to be carried by hand or by small vehicle. Ask the contractor to price this as a separate line.
- Soil and slope. Weak soil, a high water table or a sloping plot can change the foundation completely. The earthwork figure above assumes ordinary digging. A soil report early on is cheaper than a redesign later.
- Number of storeys. Going higher adds columns of larger section and more steel, and the structure takes a bigger share. Have the structure designed before you fix a budget.
- Number of bathrooms and kitchens. Each wet room adds pipes, tiles and fittings. A rented floor with its own kitchen and bathroom costs more per sq ft than an open room of the same size.
- Fittings. Tiles, sanitary ware, switches and doors range widely in price. Fix an allowance per item in the contract, so an upgrade is your decision and you can see what it costs.
Where you can save without weakening the house
Keep the plan simple. A rectangular shape needs less wall, formwork and plaster than a plan with many corners and projections. Plan bathrooms and the kitchen close together or stacked, which shortens the pipe runs. Fix drawings before work starts, because changes after casting are the most expensive kind. Buy finishes in stages against a written list, and compare at least two quotes for each trade. Do not save on steel, concrete quality, curing or the supervising engineer. Those costs are small in the total and hard to correct once the slab is cast.
What usually sits outside the rate
- Land, and registration and related costs.
- Naksa pass fees and any drawing fees charged by the municipality.
- Soil test, and extra foundation work on weak soil or sloping land.
- Compound wall and gate. The estimator uses an editable default of Rs 3,500 per running ft, so check this locally.
- Water and electricity connections, tanks, pump, septic tank and soak pit, unless written into the contract.
- Modular kitchen, wardrobes, furniture, lights, fans, solar and water heaters.
- Loan interest during construction.
Common mistakes seen on Nepali sites
- Comparing rates on different areas. A lower rate on a larger measured area can be the same price.
- Using one rate for all finishes. Sal doors alone moved the example by about Rs 450 per sq ft compared with local wood and aluminium.
- Treating a year-old quote as current. Electrical wire rose about 25% in a year, according to the index report.
- Leaving out contingency. A 5% line is small on a Rs 68 lakh job, and it is often used up by rock, water in pits or design changes.
- Starting without a written item list. Most disputes come from items each side assumed the other would pay for.
- Cutting the structure to save money. Steel and structural concrete are only about Rs 950 of the Rs 3,615. Follow the structural drawings and NBC 205 where it applies, and save on finishes instead.
Studying for a licence or Lok Sewa paper? Estimating questions come up often, and you can try them on the free engineering MCQ practice page.
Frequently asked questions
What is the cost to build a house per sq ft in Nepal now?
In our example, about Rs 3,500 to 3,900 at 2081/82 municipal rates, and about Rs 4,000 to 4,500 with 14% added. Builders in Kathmandu can quote more. Get item-wise prices for your own drawings.
How much does a 1,000 sq ft house cost in Nepal?
At Rs 4,000 to 4,500 per sq ft, 1,000 sq ft of built-up area comes to about Rs 40 to 45 lakh. Small houses often cost more per sq ft, because kitchens, bathrooms and the stair take a bigger share of the area.
Why are rates in Kathmandu higher?
Narrow access, limited storage and transport costs can all add to the price. Compare by item rather than by the single rate, because these costs fall unevenly.
Is the municipal rate the same as a contractor's rate?
No. A rate analysis is mainly for public works and contains its own assumptions. It is a useful check, not a price anyone must honour.
Does the estimate include VAT?
Ask your contractor to state this in writing. Whether VAT applies, and at what amount, depends on who bills you and how.
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