Brick Calculation per Square Foot

Plan masonry accurately with bricks per square foot, not guesses or overages. Choose presets or custom sizes, joint thickness, orientation, and wastage percentages easily. See bricks, costs, and mortar volumes update instantly with clarity for projects. Export CSV or PDF, then build with confidence.

Inputs

for brick dimensions & joints
Loads common sizes for the selected region
in
in
in
Patterns may override this by weighted blending
in
Vertical joint thickness
in
Horizontal joint thickness
ft²
in
%
Added to any auto pattern allowance
$
:
Cement : Sand (by volume)

Results

Enter inputs and press Calculate to see detailed outputs.


Project Presets

Presets are stored locally in your browser. Export to share or back up.

Example Data Table

Bricks per ft² for catalog items at current joints and pattern.

Preset Dimensions Bricks/ft²

Formula Used

  • Effective face = (face-dimension-A + head joint) × (face-dimension-B + bed joint).
  • Face area per brick = effective face (in²) ÷ 144 → ft².
  • Bricks per ft² = 1 ÷ face area per brick; for bonds, weighted by header/soldier proportions.
  • Total bricks = ceiling( wall area × bricks per ft² × (1 + total wastage%) ).
  • Brick volume (each) = length × width × height (in³) ÷ 1728 → ft³.
  • Wall volume = wall area (ft²) × wall thickness (ft).
  • Wet mortar volume ≈ max( wall volume − total brick volume, 0 ).
  • Dry mortar volume ≈ wet volume × 1.33 (bulking/voids allowance).
  • Cement volume = dry volume × cement parts ÷ total parts.
  • Sand volume = dry volume × sand parts ÷ total parts.

Pattern allowances apply typical cut waste; adjust Base Wastage to suit site conditions.

How to Use This Calculator

  1. Choose Region Catalog to prefill brick sizes common locally.
  2. Select a Bond Pattern; tweak its settings if shown.
  3. Set Units, brick dimensions, and joint thicknesses precisely.
  4. Enter Wall Area; add Wall Thickness to estimate mortar quantities.
  5. Set Base Wastage, Price, and Mortar Mix.
  6. Click Calculate to update results and example table.
  7. Save project presets, or export JSON for teammates and reuse later.
  8. Use Download CSV or Download PDF for reports.

FAQs

Counts are driven by effective face. Patterns like English and Flemish blend header faces, which are smaller, raising bricks/ft² compared with pure stretcher bonds.

Each pattern adds a typical cut allowance (e.g., herringbone). The total wastage equals Base Wastage plus the pattern allowance shown in results.

Yes. Set the frequency to place a header course every N stretcher courses to match drawings.

No. They load sizes in either inches or millimeters as listed. Use the Units toggle for your inputs.

We include common examples such as US modular and utility, UK 215×102.5×65 mm, Pakistan 9×4.5×3 in, and similar widely used formats.

Mortar volume is based on wall thickness and brick volume. Herringbone typically increases cut waste only, reflected in the allowance.

They are planning estimates. Verify against shop drawings, manufacturer data, and site constraints.

Export your presets as JSON and send the file. Teammates can import and apply your exact settings.

We convert dry volume using a 1.33 factor, apply the mix ratio, assume 1440 kg/m³ for cement density, and divide by 50 kg per bag.

Increase wall thickness to include multiple wythes or calculate each wythe separately and sum totals.

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Important Note: All the Calculators listed in this site are for educational purpose only and we do not guarentee the accuracy of results. Please do consult with other sources as well.