Free Tool · Zamai Property Partners
House Construction Cost Calculator Pakistan
Estimate bricks, cement bags, sand, crush, steel, and total construction cost for a 3, 5, 7, 10 Marla or 1 Kanal house in Pakistan — based on covered area and your chosen construction quality. Plan your budget before you break ground.
Rough planning estimates only. Actual quantities and cost vary by design, structure, soil, number of floors, wall thickness, contractor method, wastage, and finishing choices. Always confirm material and labour rates with at least two contractors before locking your budget.
How to use this construction cost calculator
- Enter your covered area — the actual built area, not the plot size.
- Pick an area unit — square feet, Marla, or Kanal (the dropdown handles both 225 and 272 sq ft Marla conventions).
- Choose construction type — Economy, Standard, or Premium changes the material ratios.
- Enter cost per square foot — check current rates with two or three contractors in your city.
- Read your estimates — bricks, cement, sand, crush, steel, and total cost update instantly.
What does this calculator estimate?
The tool estimates the major grey-structure materials required to build a house in Pakistan: bricks, cement bags, sand (cft), crush or aggregate (cft), and steel (kg). It also multiplies your covered area by the per-square-foot cost you enter to give a rough total construction budget in PKR, Lakh, and Crore.
What is covered area?
Covered area is the built area of your house, not the plot size. A 5 Marla plot (about 1,361 sq ft) does not equal 5 Marla of covered construction. A double-storey 5 Marla house typically has 2,000–2,400 sq ft of covered area; a single-storey one is closer to 1,000–1,200 sq ft after deducting setbacks and open courtyards. Always use the actual covered area from your house plan.
Worked example
A 5 Marla double-storey home in Multan with 2,200 sq ft covered area, standard construction, and a cost of PKR 4,500 per sq ft:
| Material / Item | Ratio (Standard) | Estimated Quantity |
|---|---|---|
| Bricks | 8.75 per sq ft | ~19,250 bricks |
| Cement | 0.52 bags per sq ft | ~1,144 bags |
| Sand | 1.42 cft per sq ft | ~3,124 cft |
| Crush / Aggregate | 1.0 cft per sq ft | ~2,200 cft |
| Steel | 4.25 kg per sq ft | ~9,350 kg |
| Total Cost | PKR 4,500 per sq ft | PKR 99 Lakh (0.99 Crore) |
The cost number above depends entirely on the per-sq-ft figure you supply. Material rates in Pakistan move with inflation, fuel costs, and seasonal demand — always re-quote bricks, cement, and steel before placing bulk orders.
Typical house sizes in Pakistan
Use this table as a starting point for "5 Marla house construction cost" or "10 Marla house material" planning:
| Plot Size | Single Storey (sq ft) | Double Storey (sq ft) | Typical Cement (bags, standard) |
|---|---|---|---|
| 3 Marla | ~600 | ~1,200 | ~310 – 625 |
| 5 Marla | ~1,100 | ~2,200 | ~575 – 1,145 |
| 7 Marla | ~1,550 | ~3,100 | ~810 – 1,615 |
| 10 Marla | ~2,250 | ~4,500 | ~1,170 – 2,340 |
| 1 Kanal | ~4,500 | ~9,000 | ~2,340 – 4,680 |
These are typical ranges only. Your architect’s actual covered area calculation always wins. Bylaws, setbacks, and basement areas shift these numbers either way.
Construction phases — where the money goes
- Excavation & foundation (5–10% of cost): earthwork, lean concrete, footings, plinth beam.
- Grey structure (40–50%): columns, beams, slabs, walls, staircases, parapet — the structural skeleton.
- MEP roughwork (8–12%): electrical conduits, plumbing pipes, gas lines, drainage embedded before plaster.
- Finishing (30–40%): plaster, flooring, tiles, paint, kitchen, bathrooms, doors, windows, fixtures.
- External works (5–10%): boundary wall, main gate, driveway, water tank, septic, landscaping.
Tips to control construction cost
- Finalise the plan before breaking ground. Mid-project design changes are the single biggest cost overrun in Pakistani homebuilding.
- Lock cement and steel rates early. These two move the most. Bulk pre-orders from a trusted dealer often beat spot prices.
- Buy bricks direct from a kiln (bhatta). Skipping the middleman on a 20,000-brick order is real money.
- Don’t over-engineer steel. A structural engineer’s drawing prevents both under-design and expensive over-design.
- Build grey structure first, finish in phases. Slows the cash burn and lets you upgrade finishes only where they show.
- Hire a contractor on item-rate, not lump-sum, if you want transparency on material vs labour. Lump-sum hides margin.
Construction glossary
- Covered area
- Total built floor area across all storeys. The basis for material and cost estimates.
- Grey structure
- The structural skeleton: foundation, columns, beams, walls, slabs, plaster — everything before finishes.
- Finishing
- Tiles, flooring, paint, doors, windows, kitchen, bathrooms, electrical fittings, fixtures. Typically 30–40% of total cost.
- Per square foot rate
- Common Pakistani contracting unit. Multiply by covered area to estimate cost. Varies by city, quality, and finishing scope.
- Pakka brick (Awwal)
- First-quality fired clay brick used for load-bearing and structural walls. Standard estimate: about 8–9.5 bricks per sq ft of covered area.
- Cement bag
- 50 kg in Pakistan. Typical structural use is roughly 0.45–0.60 bags per sq ft of covered area.
- Sariya / Steel bar
- Reinforcement steel (Grade 60 most common). Roughly 3.5–5 kg per sq ft of covered area, depending on span and storey count.
- Cft (cubic foot)
- Volume unit for sand and crush in Pakistan. 1 trolley of sand or crush is usually around 120–130 cft.
- Crush / Aggregate
- Crushed stone (chips) used in concrete with cement and sand. Margalla, Sargodha, and local crush vary in quality.
- RCC
- Reinforced Cement Concrete — concrete with steel bars inside, used for columns, beams, and slabs.
Build in Multan? Browse Zamai listings by area
Before you build, check what already-built houses cost. It informs your budget ceiling:
- Shalimar Colony
- Model Town
- Zakariya Town
- Bahadurpur
- Northern Bypass
- Gulgasht Colony
- Gulshan Bashir
- Fatima Avenue
Frequently asked questions
Is this calculator for grey structure or full finishing?
The material quantities (bricks, cement, sand, crush, steel) focus on grey-structure planning items. The total cost field is flexible — enter a grey-structure rate for grey-only cost, or a full-construction rate for the complete budget.
Does construction cost vary by city in Pakistan?
Yes. Labour, material, transport, contractor margin, soil conditions, and finishing choices differ between Multan, Lahore, Islamabad, Karachi, Faisalabad, and other cities. Lahore and Karachi typically cost 10–25% more than smaller cities for the same quality.
Can I use this for 5 Marla or 10 Marla houses?
Yes. Enter covered area directly in square feet for accuracy, or use the Marla/Kanal options for a quick estimate. The typical-sizes table earlier on this page gives you starting numbers for 3, 5, 7, 10 Marla and Kanal homes.
Why do actual material quantities differ from the estimate?
Every design is different. Columns, beams, slab thickness, wall layout, basement work, number of floors, wastage, and finishing choices all push quantities up or down. The ratios in this tool are common Pakistani planning averages, not exact figures from a structural drawing.
How many bricks for a 5 Marla house?
Using a typical 5 Marla double-storey covered area of 2,200 sq ft and standard construction (8.75 bricks per sq ft), you need roughly 19,250 bricks. A single-storey 5 Marla house at 1,100 sq ft needs about 9,625 bricks. Confirm with your contractor based on wall layout.
How many cement bags for 1,000 sq ft?
Standard construction uses about 0.52 bags per sq ft, so 1,000 sq ft needs approximately 520 cement bags. Economy construction needs about 450; premium about 600. Actual usage varies with slab thickness, plaster choice, and finishing scope.
What does Economy, Standard, and Premium mean?
Economy uses leaner material ratios suitable for simple single-storey homes. Standard reflects average Pakistani construction with normal column-beam structure. Premium assumes thicker slabs, heavier steel, better cement-to-sand ratios, and tighter quality control — typical of double-storey houses in well-planned societies.
How do I get a more accurate estimate?
Get an architect’s drawing first, then a structural engineer’s bar bending schedule. Combine those with two or three contractor quotes for per-sq-ft rates in your city. This calculator gives you the starting number to validate those quotes against.