Comprehensive Design and Cost Estimation of Covered Parking Facility
Total Cost
Coverage Area
Structure Type
Vehicle Type
A comprehensive solution for modern parking infrastructure
This comprehensive project encompasses the complete design and cost estimation of a modern covered parking facility at Government Polytechnic, Chhapar. The innovative parking shed is strategically designed to accommodate both two-wheelers and light four-wheelers, featuring a robust steel structure with advanced GI roofing system for optimal weather protection and durability.
50 ft × 18 ft
(Length × Width)₹75,795
All InclusiveMulti-Vehicle
2 & 4 WheelerMS Trusses
GI RoofingStrategic goals driving the parking facility design
Provide comprehensive protection from rain, sun, hail, and other adverse weather conditions for all parked vehicles, ensuring year-round usability.
Maximize parking capacity while ensuring easy vehicle movement, accessibility compliance, and efficient traffic flow management.
Design an economical solution that balances functionality with budget constraints while maintaining high quality standards.
Ensure the structure meets all safety standards, IS codes compliance, and can withstand local environmental conditions effectively.
Comprehensive evaluation of location factors and constraints
Pre-existing paved surface (48 ft × 16 ft) reduces foundation costs and construction time significantly.
Direct access from main road with smooth traffic flow and minimal congestion points.
Natural slope and existing drainage infrastructure prevent water logging during monsoons.
Close to academic blocks and hostels, ensuring convenience for students and staff.
Minimal excavation required with stable soil conditions for foundation work.
Alternative locations had inadequate drainage leading to water accumulation and flooding risks.
Significant leveling work required, increasing construction costs by 40-50%.
Distant from main entrance causing inconvenience and reduced utilization rates.
Conflicts with planned expansion projects and infrastructure development phases.
Poor soil conditions requiring deep foundations and additional reinforcement work.
Comprehensive structural specifications and design parameters
| Component | Material | Dimensions | Specifications |
|---|---|---|---|
| Main Trusses | MS Steel | 50 ft span | ISLB 150 sections |
| Purlins | MS Angles | 18 ft length | 75×75×6 mm |
| Columns | MS Tubes | 12 ft height | 100×100×6 mm |
| Roofing | GI Sheets | 0.5 mm thick | Corrugated profile |
| Foundation | RCC | 2×2×1.5 ft | M20 grade concrete |
12 ft back height, 11 ft front height
Optimal DrainageMaximum space utilization
Space EfficientDesigned for 150 km/h wind speed
High StrengthComplete GI roofing coverage
All-WeatherComprehensive breakdown of project expenses and financial planning
Base Cost
92% of TotalContingency
5% BufferProfit
3% MarginTotal Cost
Final Amount| S.No. | Description | Quantity | Unit | Rate (₹) | Amount (₹) | |
|---|---|---|---|---|---|---|
| 1 |
Excavation for foundations
|
12 | m³ | 150 | 1,800 | |
| 2 |
RCC foundation (M20)
|
6 | m³ | 4,500 | 27,000 | |
| 3 |
MS Steel structure (trusses, columns)
|
2.5 | MT | 65,000 | 16,250 | |
| 4 |
GI roofing sheets with accessories
|
950 | sq ft | 25 | 23,750 | |
| 5 |
Welding and fabrication
|
1 | LS | 8,000 | 8,000 | |
| 6 |
Painting and finishing
|
1 | LS | 5,000 | 5,000 | |
| 7 |
Labor charges
|
1 | LS | 12,000 | 12,000 | |
| Sub Total | ₹69,800 | |||||
| Contingency (5%) | ₹3,490 | |||||
| Contractor's profit (3%) | ₹2,094 | |||||
| TOTAL PROJECT COST | ₹75,795 | |||||
Complete protection from rain, sun, and adverse weather conditions for all parked vehicles.
Economical solution with minimal maintenance requirements and long-term durability.
Fast assembly due to prefabricated steel structure and simple foundation requirements.
Use of recyclable materials and minimal environmental impact during construction.
Maximum utilization of available space with organized parking layout.
Galvanized steel structure requires minimal maintenance and has excellent corrosion resistance.
Download the complete project report with detailed drawings and calculations