Concrete Weight Calculator
Calculate the weight of concrete based on volume and density for different concrete types
1Concrete Volume
2Concrete Type & Density
Portland Concrete
One of the lowest-cost materials due to wide availability
Density: 143.58 lb/ft³
(2300 kg/m³)
Working Density:
143.58 lb/ft³
3Weight Results
Enter volume and select concrete type to calculate weight
Weight = Volume × Density
4Density Conversions
Density Values
Load Bearing Info
Soil bearing capacity varies by location. Consult geotechnical engineer for specific projects.
How to Use the Concrete Weight Calculator
Step-by-Step Instructions
- 1Enter the volume of concrete you need to weigh
- 2Select the appropriate volume unit (ft³, yd³, m³, etc.)
- 3Choose the concrete type or use custom density
- 4Review the calculated weight in various units
- 5Check load bearing requirements for your project
Calculation Formula
Weight = Volume × Density
Example:
- • Volume: 15 m³ Portland concrete
- • Density: 2,300 kg/m³
- • Weight: 15 × 2,300 = 34,500 kg
Accuracy Tips
- Use the correct concrete type for accurate density
- Consider reinforcement when using reinforced concrete
- Verify density with your concrete supplier
- Account for moisture content in fresh concrete
Concrete Types and Densities
Asphalt Concrete
Composite material for road surfacing, airports, and embankment dams
Gravel Concrete
Aggregate concrete with rocks of various sizes
Portland-Limestone Concrete
Made from limestone first found on the Isle of Portland
Portland Concrete
One of the lowest-cost materials due to wide availability
Reinforced Concrete (RCC)
Reinforced with steel reinforcing bars for ductility and durability
Lightweight Concrete
Structural low-density concrete using lightweight aggregates
Applications and Weight Examples
Common Applications
Structural Engineering
Foundation design, load calculations, crane lifting
Typical: 2,500 kg/m³ (reinforced concrete)
Transportation Planning
Truck loading, shipping costs, logistics
Max truck load: ~26 tons (varies by jurisdiction)
Cost Estimation
Material costs, labor planning, equipment sizing
Weight affects handling and placement costs
Weight Examples
1 Cubic Yard Examples
1 Cubic Meter Examples
⚠️ Safety and Engineering Considerations
Structural Safety
- Verify soil bearing capacity before construction
- Consider dynamic loads and safety factors
- Account for weight distribution in design
- Ensure adequate foundation support
Handling and Transportation
- Check crane lifting capacity and rigging points
- Verify truck weight limits and permits
- Plan for proper storage and staging areas
- Consider fresh concrete weight during placement
Professional Engineering Required: Concrete weight calculations are critical for structural safety, foundation design, and construction planning. Always consult with licensed structural and geotechnical engineers for load-bearing calculations. This calculator provides estimates for planning purposes and should not replace professional engineering analysis.