Top 10 Best Masonry Estimating Software of 2026

Contractor Foreman supports repeatable bid estimate preparation through estimate templates, labor and material entries, overhead allocation, markup configuration, and proposal generation. Approved estimates can become projects with budgets, schedules, tasks, purchase records, daily logs, and change orders. QuickBooks integration and mobile field access extend the estimate workflow beyond the office.

The main tradeoff is the lack of native brick, block, mortar, grout, or reinforcement quantity calculations. A masonry subcontractor can build reusable assemblies and enter measured quantities, but detailed plan measurement usually requires external takeoff software or spreadsheets. Contractor Foreman fits teams that already have a measurement process and need stronger control after quantities reach the estimate.

Autodesk Takeoff is used when crews need consistent takeoff-to-worksheet traceability from plan-sheet measurement to bid-ready line items. The workflow supports adding quantity results to an estimate worksheet and organizing them into assemblies that match trade scope. Revision handling is a core part of the process because marked quantities can be re-evaluated when plans change. The tool also fits teams that already standardize template assumptions for labor, waste factor, and material usage.

A notable tradeoff is that Autodesk Takeoff centers on measurement and estimate worksheets rather than deep masonry-specific quantity rules. Teams doing complex mortar and grout breakdown or highly granular CMU and reinforcement schemas often must build or maintain their own assembly templates. Takeoff works best when estimating staff have repeatable scope definitions and a consistent plan import workflow for each project phase.

Quick Bid centers on masonry takeoff to drive brick, block, and veneer quantity outputs into estimate worksheets. It can handle opening deductions and waste factors at the worksheet level so quantities track plan changes across revisions. The application’s bid estimate structure supports alternates and change pricing logic through controlled line-item dependencies.

A key tradeoff is that masonry quantity outcomes depend on correct mapping between plan measurement inputs and the item or assembly definitions used in worksheets. Quick Bid fits best when estimating staff already standardize assemblies, labor unit rates, and production assumptions, and when repeat jobs follow similar scope patterns.

Clear Estimates is a masonry estimating workflow built around plan measurement, worksheet output, and recurring project formats. It supports common masonry estimating moves like material quantity calculations, opening deductions, and waste factor handling.

The software focuses on turning measured takeoff inputs into bid-ready line items for masonry scopes and related costs. Clear Estimates also provides tools for reusing assembly-based assumptions across estimates to reduce repeated setup work.

BuildBid produces masonry bid estimates from plan inputs by converting measured quantities into line-item costs for materials, labor, and assemblies. It focuses on recurring masonry workflows like opening deductions and waste factor adjustments to keep brick, CMU, and mortar calculations consistent.

BuildBid also supports estimate worksheet organization so scopes, inclusions, and alternates can be priced within one bid package. The product is positioned for teams that need repeatable takeoff-to-bid calculations rather than general-purpose estimating.

ScopeTakeoff targets masonry takeoff workflows with digital quantity calculation and estimate worksheet outputs. It focuses on brick, block, and CMU driven measurement to support material and labor rollups and bid-ready scopes.

The product workflow emphasizes plan-sheet measurement, opening deductions, and waste factor handling inside a single estimating session. ScopeTakeoff is best evaluated by how well its measurement inputs map to repeatable assemblies and labor unit rates for masonry scopes.

Builder Prime focuses on masonry-specific estimating workflows that map directly to wall takeoff, pricing, and worksheet output used in bid packages. The work process centers on plan measurement entry, quantity calculations, and estimate worksheet preparation with material and labor rate handling for unit-based bids.

It is geared toward repeatable estimating for subcontractors who need consistent scope breakdowns and dependable exports for downstream pricing and approvals. The core distinction is the masonry-first workflow design rather than generic takeoff layouts that require heavy customization for brick, CMU, and related line items.

Revailo focuses on masonry estimating workflows that convert plan measurement into brick, block, and related quantity outputs.

Material and labor calculations center on repeatable scope logic, with opening deductions and waste-factor treatment built into the estimate workflow.

Outputs center on estimate worksheet artifacts that support bid estimate review and subcontractor estimate packaging.

Exayard converts masonry estimate workflows into a structured build-from-measure process that ties quantities to assemblies and cost line items. The core capabilities focus on plan-sheet measurement inputs, takeoff-to-worksheet calculations, and repeatable estimate outputs for bid and subcontractor pricing. Exayard also supports exporting estimate data to downstream formats used by estimators who maintain their own bid forms and cost summaries.

The Blocks is a masonry estimating tool built around visual takeoff workflows and cost build-ups for brick, block, and related materials. It focuses on turning plan-sheet measurements into quantity calculations and worksheet outputs that can feed bid estimate decisions.

The Blocks supports recurring estimate structures so assemblies, unit rates, and waste assumptions stay consistent across projects. Automation and export features are oriented toward keeping takeoff-to-worksheet edits traceable and repeatable.