Concrete Volume Calculator - Metric
This Concrete Volume Calculator (Metric) is designed for continuous use: select an item, enter its dimensions, click Calculate, and watch the total roll into your project-no need to clear between entries. Each calculation appends to your history and instantly updates the Running Totals in m³ and yd³. Keep adding footings, walls, columns, pads, pillars or slabs until your entire job is logged. Want to start over? Just hit Clear History to reset both the list and all totals back to zero.
Available Options & Inputs
- Footings - Length (m), Width (m), Depth (mm)
- Foundation Walls - Length (m), Height (m), Thickness (mm)
- Round Columns - Diameter (mm), Height (m)
- Pads - Length (m), Width (m), Depth (mm)
- Rectangle Pillars - Length (mm), Width (mm), Height (m)
- Slabs - Length (m), Width (m), Thickness (mm)
- Rectangular Pad & Column - Quantity (#), Column Length (mm), Column Width (mm), Column Height (m), Pad Length (m), Pad Width (m), Pad Depth (mm)
- Circular Column & Square Pad - Quantity (#), Column Diameter (mm), Column Height (m), Square Pad Size (m), Pad Depth (mm)
- Curb & Gutter - Length (m), Curb Depth (mm), Curb Height (mm), Gutter Width (mm), Flag Thickness (mm)
Need feet and inches? Try the Multiple Calculations Tool - Imperial.
Also available:
Footings
Walls
Column
Rectangle Pad
Rectangle Post and Pad
Slabs
Rectangular Column & Pad
Circular Column & Square Pad
Slabs
Concrete Volume Calculator
Make as many entries as needed;history and running totals update in m³, and yd³.
|
|
Result for Current Item
Volume:
Volume: |
Running Totals
Total m³:
Total yd³: |
Calculation History |
Calculator
- select the item type from the dropdown menu
- enter the required dimensions using metres and millimetres
Results
- the result will be displayed in m³ and yd³
- the history and running totals update automatically
- Use Reset to clear inputs or Clear History to reset totals and log.
Concrete Volume Formulas
Footings
\[ V_{\text{footing}} = L \times W \times D_{m}, \qquad D_{m} = \frac{D_{\text{mm}}}{1000} \]
Foundation Walls
\[ V_{\text{foundation}} = L \times H \times T_{m}, \qquad T_{m} = \frac{T_{\text{mm}}}{1000} \]
Round Columns
\[ V_{\text{column}} = \pi \left(\frac{D_{\text{mm}}}{2000}\right)^{2} \times H \]
Pads
\[ V_{\text{pad}} = L \times W \times D_{m}, \qquad D_{m} = \frac{D_{\text{mm}}}{1000} \]
Rectangle Pillars
\[ V_{\text{pillar}} = \frac{L_{\text{mm}}}{1000} \times \frac{W_{\text{mm}}}{1000} \times H \]
Slabs
\[ V_{\text{slab}} = L \times W \times T_{m}, \qquad T_{m} = \frac{T_{\text{mm}}}{1000} \]
Rectangular Pad & Column (n units)
\[ V_{\text{total}} = n \;\bigl(V_{\text{col}} + V_{\text{pad}}\bigr) \]
\[ V_{\text{col}} = L_{c,m}\,W_{c,m}\,H_{c}, \quad V_{\text{pad}} = L_{p}\,W_{p}\,D_{p,m} \]
\[ L_{c,m}= \frac{L_{c,\text{mm}}}{1000}, \; W_{c,m}= \frac{W_{c,\text{mm}}}{1000}, \; D_{p,m}= \frac{D_{p,\text{mm}}}{1000} \]
Circular Column & Square Pad (n units)
\[ V_{\text{total}} = n \;\bigl(V_{\text{col}} + V_{\text{pad}}\bigr) \]
\[ V_{\text{col}} = \pi\!\left(\frac{D_{\text{mm}}}{2000}\right)^{2}\!H, \quad V_{\text{pad}} = S^{2} \times D_{m}, \qquad D_{m} = \frac{D_{\text{mm}}}{1000} \]
Curb & Gutter
\[ A_{\text{curb}} = d_{m} \times h_{m}, \qquad A_{\text{flag}} = \bigl(d_{m}+w_{m}\bigr) \times t_{m} \]
\[ V_{\text{curb & gutter}} = \bigl(A_{\text{curb}} + A_{\text{flag}}\bigr) \times L \]
\[ d_{m} = \frac{d_{\text{mm}}}{1000},\; h_{m} = \frac{h_{\text{mm}}}{1000},\; w_{m} = \frac{w_{\text{mm}}}{1000},\; t_{m} = \frac{t_{\text{mm}}}{1000} \]