Are you planning to build a 5 Marla house and want to know the 5 Marla house construction cost 2025?
This guide explains each construction stage in detail — foundation cost 5 marla house, 5 marla roof slab cost, columns, plinth beams, and roof slab — along with the BOQ of 5 marla house (Bill of Quantities) and current market rates.
You’ll also find a free online calculator below to estimate your project cost easily by entering your own dimensions and material rates.
This cost breakdown covers:
| Stage | Description |
|---|---|
| Foundation (Footings) | Excavation, PCC, Reinforcement, Concrete |
| Columns (Ground Floor) | Steel bars, Formwork, Concrete |
| Plinth Beam | Beam connecting columns, includes steel and concrete |
| Roof Slab (Lantern) | Shuttering, steel, concrete, and labor |
| Miscellaneous | Labor, shuttering, and wastage allowance |
This structure is suitable for a 5 Marla (25’x45’) single-story or ground floor portion with a total covered area of approximately 1,125 sq.ft.
🔢 5 Marla Frame Structure Calculator
Use the calculator below to change material rates and structure sizes — it will automatically calculate the concrete volume, cement, sand, aggregate, steel, and total cost.
📘 How to Use the Calculator
- Enter your plot dimensions, footing size, and number of columns.
- Update material rates as per your local market.
- Press “Calculate” — the tool will automatically display:
- Total RCC volume (cft & m³)
- Cement, sand, crush, and steel quantities
- Material cost
- Total estimated construction cost
You can adjust slab area or beam length to suit any house size (3 Marla, 5 Marla, or 10 Marla).
👉 5 Marla Frame Structure Calculator frame structure cost in Pakistan
Below is an example quantity & cost breakdown (5 Marla Frame Structure Cost 2025) using average Pakistan market rates (October 2025):
| Item | Quantity | Unit | Rate (PKR) | Amount (PKR) |
|---|---|---|---|---|
| Excavation | 350 | cft | 35 | 12,250 |
| PCC (1:4:8) | 150 | cft | 300 | 45,000 |
| Footings Concrete (1:2:4) | 200 | cft | 400 | 80,000 |
| Column Concrete | 250 | cft | 400 | 100,000 |
| Plinth Beam Concrete | 250 | cft | 400 | 100,000 |
| Slab Concrete (1:2:4) | 450 | cft | 400 | 180,000 |
| Total RCC Concrete | 1350 | cft | — | 517,250 |
| Cement | 290 | Bags | 1,400 | 406,000 |
| Sand | 500 | cft | 90 | 45,000 |
| Aggregate | 900 | cft | 130 | 117,000 |
| Steel | 4,000 | kg | 244 | 976,000 |
| Shuttering & Formwork | Lump Sum | — | — | 100,000 |
| Labor (30% of Materials) | — | — | — | 500,000 |
| Total Estimated Cost (Frame Structure) | ~Rs. 2,700,000 |
🧮 Material Quantity Ratios Used
| Material | Mix Ratio | Cement Bags/m³ | Sand (cft/m³) | Aggregate (cft/m³) | Steel (kg/m³) |
|---|---|---|---|---|---|
| RCC (1:2:4) | 1:2:4 | 6.25 | 14.3 | 28.6 | 80–100 |
| PCC (1:4:8) | 1:4:8 | 3.2 | 17.6 | 35.2 | — |
🧰 Step-by-Step Construction Stages
1️⃣ Foundation
- Excavation depth: 4 to 5 feet (depending on soil)
- Footing size example: 4’x4’x1.5’
- Concrete mix: 1:2:4 with 4 steel bars (12mm)
- Steel requirement: 60–80 kg/m³
2️⃣ Columns
- Typical size: 9”x12” (0.75’x1’)
- Column height: 10 feet
- Reinforcement: 6 nos 12mm bars + 3/8” stirrups @ 6”
- Average steel per column: 50–70 kg
3️⃣ Plinth Beam
- Size: 9”x12”
- Length: Approx. 140 rft around the structure
- Concrete: 1:2:4
- Steel: 4 main bars 12mm, stirrups 3/8”
4️⃣ Roof Slab
- Area: 1,125 sq.ft
- Thickness: 5 inches
- Concrete Volume: 468.75 cft (13.28 m³)
- Steel Consumption: 100 kg/m³ (≈ 1,330 kg total)
💰 Market Rate Summary (October 2025, KPK/Punjab)
| Material | Rate | Unit |
|---|---|---|
| Cement | Rs. 1,400 | per bag (50kg) |
| Steel (Grade 60) | Rs. 244 | per kg |
| Sand (Lawrencepur / Chenab) | Rs. 90 | per cft |
| Aggregate (Crush) | Rs. 130 | per cft |
| Labor | Rs. 150–200 | per sqft (average) |
🧾 Download Full BOQ
If you want a detailed Excel sheet (editable BOQ) for this 5 Marla structure —
📞 Contact: +92-313-9401321 (WhatsApp)
or Email: engr_bilal99@yahoo.com
🎥 Watch Full Explanation Video
📺 YouTube: Practical Civil Engineers
Muhammad Bilal is a Civil Engineer and Construction Specialist with an MS in Engineering Management and 13+ years of professional experience. He shares practical construction knowledge, cost estimation, and RCC site expertise at CivilConstructionGuide.com.
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