Top 10 Best Bricklaying Software of 2026

Masonry Designer is built around bond layouts, coursing, and modular brick dimensions, so wall area measurements and brick counts stay consistent as dimensions and offsets change. The workflow supports updating openings and corner returns so the layout recalculates instead of requiring manual redraws. The main tradeoff is limited coverage for nonstandard, highly bespoke masonry assemblies compared with general CAD tools.

Masonry Designer fits projects where masonry drawings must update quickly across iterations, such as early design changes to openings, reveals, and gauge. It is less ideal for teams that require full BIM geometry authoring or deep structural detailing beyond masonry-specific documentation.

STACK fits teams that treat brick and block quantities, wall assemblies, and setting-out documentation as managed work items instead of ad hoc spreadsheets. It supports collaborative estimating with review steps, so quantity changes can be tracked through an approval path. It also provides an extensibility surface for connecting estimating events to downstream systems, such as accounting mappings and project status updates.

A key tradeoff is that deeper automation and integration work can require more configuration time than tools that only provide manual quantity fields. STACK is most effective when an estimator team has an established estimating standard for bond layouts, waste factors, and material schedules, since outputs align to those conventions.

PlanSwift’s core workflow centers on measuring on a drawing canvas, placing takeoff items, and building quantity outputs that stay linked to the plan context. Masonry-oriented users can model common wall assemblies and compute quantities for bricks and blocks using defined dimensions and linework. CAD import and drawing referencing support brick quantity takeoff from setting-out drawings and construction drawings without re-drawing geometry.

A tradeoff is that accurate results depend on clean plan underlays and consistent units in the source drawings. PlanSwift fits best when masonry quantities must be derived repeatedly across similar sheets, such as estimating elevation sets with recurring openings and coursing logic. It is less ideal when the estimate must be driven primarily by spreadsheet inputs with minimal plan interaction.

BrickControl focuses on bricklaying workflow management and job progress visibility, with task-level handling for site execution. It organizes brickwork deliverables around setup activities, measurement inputs, and scheduled outputs so teams can track work across the build.

The tool supports coordination of plans, updates, and production status to reduce rework when dimensions or bond layouts change. BrickControl is most effective when projects need structured field updates tied to masonry quantities and execution milestones.

Mortar AI turns masonry estimating inputs into structured takeoff outputs by guiding wall-by-wall quantity and material calculations. It focuses on generating consistent brick bond layouts and mortar quantity logic tied to masonry wall assemblies.

Workflow configuration supports project-specific settings for dimensions, openings, reveals, and waste factors that affect build quantities. The system then produces exportable takeoff and schedule results for downstream construction drawings and material schedules.

Fieldwire maps construction progress onto shared project drawings and lets masonry crews mark up walls, openings, and issues in the field. It supports task workflows tied to plans, plus photo and document capture that helps reconcile site updates with ongoing masonry shop drawing work.

Fieldwire’s collaboration model centers on plan-based comments and revision-friendly project artifacts, which matters for brick bond layouts, cavity wall detailing, and setting-out deliverables. It is best suited to teams that need day-to-day progress tracking connected to the same drawing set used for masonry coordination.

Buildertrend is a construction management system that fits bricklaying jobs through scheduling, field documentation, and client-facing progress updates. It ties estimating, proposals, and cost tracking to day-to-day execution so a masonry crew can keep work orders aligned with quantities and change orders.

Buildertrend also supports dashboards for subcontractors and teams that need visibility into upcoming tasks, photos, and inspection notes. Automation centers on recurring workflows like task assignments, status changes, and update generation for stakeholders.

BuildScope targets bricklaying project workflows by combining takeoff-related calculations with draw-based and material schedule output for masonry work. It organizes work around walls, openings, and coursing so estimating output can flow into construction tracking and revisions.

The system supports bond and layout driven quantities so teams can align brick quantity takeoff with setting-out drawings and site changes. It also provides automation hooks for keeping materials, waste factors, and labor assumptions synchronized across updates.

Revailo creates masonry and brickwork estimates by combining takeoff inputs with quantities and assembly assumptions. The solution focuses on producing bill-ready output for brick and blockwork scope elements, including openings, reveals, and coursing-based breakdowns.

Revailo also supports reusable project templates to standardize bond layouts and material schedules across multiple jobs. It is geared toward teams that need repeatable estimating workflows rather than CAD-based drawing automation.

Traddie is bricklaying software that focuses on takeoff-to-schedule workflows for masonry tasks instead of general construction project management. It supports estimating inputs for brick and block quantities, waste factors, and material schedules that feed into coursing plans and order-ready outputs.

Traddie also emphasizes setting-out and documentation artifacts used on site, so teams can connect wall area measurement to bill of materials and drawings. Automation depth is centered on reusing project templates across recurring bond patterns and wall assemblies rather than building custom integrations.