
GITNUXSOFTWARE ADVICE
Construction InfrastructureTop 10 Best Bricklaying Software of 2026
Compare bricklaying software tools for estimating, scheduling, and project tracking, with tradeoffs to help teams choose practical options.
How we ranked these tools
Vendors set the topic, but our editors set the inclusion criteria and the evaluation framework before research starts.
Agents extract product evidence with provenance, then collect written reviews and transcribe video reviews and podcasts.
Framework: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
STACK is the best choice for masonry estimating teams that need controlled collaboration because its approval-driven quantity revision history keeps every change auditable through review cycles, while Buildertrend suits smaller jobs that want client-ready progress updates tied directly to schedule and change work.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
STACK
Approval-driven quantity revision history that keeps estimates auditable through collaborative review cycles.
Best for: Fits when masonry estimating teams need controlled collaboration and repeatable outputs tied to approval workflows.
Buildertrend
Editor pickClient-ready progress updates driven from task and field activity timelines, tied directly to schedules and change-order workflow.
Best for: Fits when masonry teams need project management tied to estimating changes, daily documentation, and client updates.
Fieldwire
Editor pickPlan-based issue and progress markup that keeps masonry changes attached to the same drawing context across roles.
Best for: Fits when teams need drawing-linked progress tracking for brick and blockwork coordination without heavy estimating.
Comparison Table
STACK
vertical specialistCloud software for construction takeoff, estimating, bidding, and project collaboration.
Approval-driven quantity revision history that keeps estimates auditable through collaborative review cycles.
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.
- +Workflow-based estimating supports review and approval of quantity changes
- +Material schedules stay consistent across repeated project templates
- +Automation hooks can trigger downstream actions from estimating events
- +Collaboration supports parallel work without losing change context
- –Automation configuration takes more time than form-first quantity tools
- –Bond and detailing coverage depends on how estimate templates are set
- –Export customization can require iterative adjustments for shop-drawing formats
Masonry estimating managers
Standardize quantities across multiple estimators
Fewer rework cycles
Takeoff engineers
Turn plan review into schedules
Faster schedule generation
Show 2 more scenarios
Project controls teams
Sync estimating updates to project status
Up-to-date project baselines
Automation triggers send quantity and scope changes into downstream project tracking workflows.
Estimating coordinators
Coordinate approvals for revisions
Clearer revision signoff
Coordinators route revisions through review states so stakeholders see what changed and why.
Best for: Fits when masonry estimating teams need controlled collaboration and repeatable outputs tied to approval workflows.
Buildertrend
SMBConstruction management software for scheduling, budgets, client communication, and project documents.
Client-ready progress updates driven from task and field activity timelines, tied directly to schedules and change-order workflow.
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.
- +Scheduling and task assignment stays connected to field status updates
- +Client-facing progress reporting uses shared project timelines and activity logs
- +Change orders and cost tracking reduce disconnects between estimating and execution
- +Photo and document capture supports masonry punch lists and daily records
- –Brickwork-specific takeoff and bond layout logic is limited versus dedicated takeoff tools
- –Automation rules require careful setup to prevent misrouted tasks
- –Some advanced estimating workflows depend on the quality of entered item data
- –Role-based governance can feel admin-heavy for multi-subcontractor job structures
Best for: Fits when masonry teams need project management tied to estimating changes, daily documentation, and client updates.
Fieldwire
vertical specialistConstruction field management software for plans, tasks, inspections, and team communication.
Plan-based issue and progress markup that keeps masonry changes attached to the same drawing context across roles.
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.
- +Plan-based markup connects issues and progress notes to the exact drawing location
- +Field updates can be tied to tasks so masonry work stays traceable
- +Photo and document capture supports ongoing reconciliation of site conditions
- +Project collaboration reduces the need for separate coordination tools
- –Brickwork estimating like mortar quantity calculation is not a native takeoff engine
- –Brick bond layout specification workflows require careful manual setup in attachments
- –Automation depth for masonry data workflows depends on external integrations
- –Advanced governance controls can feel light versus enterprise construction systems
Best for: Fits when teams need drawing-linked progress tracking for brick and blockwork coordination without heavy estimating.
PlanSwift
vertical specialistDesktop construction takeoff and estimating software with customizable assemblies and measurements.
Bond layout and masonry wall assembly takeoff tools translate plan measurement into brick quantity takeoff outputs.
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.
- +Plan-linked takeoff items keep quantities tied to drawing measurements
- +Bond layout and wall assembly measurement supports masonry workflows
- +Structured outputs reduce manual retyping during estimates and revisions
- +CAD underlay measurement works well for multi-sheet drawing sets
- –Clean units and scale in imported plans are required for accuracy
- –Governance and audit logging for large teams is limited versus enterprise estimating systems
- –Deep automation for custom masonry rules needs more manual modeling
- –Image-only underlays can slow measurement and increase error risk
Masonry estimating teams
Estimate brick and blockwork from CAD sets
Fewer rework cycles during revisions
General contractors
Produce material schedules for submittals
More consistent trade package numbers
Show 1 more scenario
Small masonry contractors
Repeat estimates across similar project elevations
Faster estimates with less manual effort
Reuse takeoff structure across drawing sets to speed material calculations.
Best for: Fits when estimating crews need drawing-based masonry quantities with repeatable takeoff logic.
BrickControl
vertical specialistCloud-based construction management software designed for masonry and bricklaying contractors.
Site progress tracking tied to execution milestones with field updates that stay connected to the job workflow.
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.
- +Task-level progress tracking maps field updates to job milestones
- +Workflow structure helps keep execution aligned when dimensions change
- +Coordination features support consistent status reporting across sites
- +Practical measurement-to-output flow reduces document mismatch risk
- –Masonry-specific calculation depth for takeoff and waste factors is limited
- –CAD and BIM integration coverage is not positioned for full shop drawing automation
- –Automation depth for rules like gauge and coursing is constrained
- –Cross-project configuration requires more upfront setup discipline
Best for: Fits when masonry teams need structured field task tracking tied to measured brickwork quantities.
Revailo
vertical specialistAI-powered masonry estimation software with 3D takeoffs from PDF blueprints, wall assemblies, and crew assignment.
Reusable estimation templates that standardize bond layouts, coursing breakdowns, and material schedules across projects.
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.
- +Template-driven estimating keeps brick bond and assembly assumptions consistent
- +Structured scope breakdown improves traceability from takeoff to material schedule
- +Bill-oriented outputs match masonry estimating workflows with minimal rework
- +Project reuse reduces time spent re-entering standard job assumptions
- –Limited direct CAD or BIM drawing authoring for setting-out and shop drawings
- –Automation depends on manual input quality for accurate waste factors and quantities
- –API and integration depth for estimating files is not clearly designed for CAD pipelines
- –Governance features like RBAC and audit logs are not strong differentiators
Best for: Fits when masonry estimating teams need repeatable takeoff-to-quantity reporting without CAD automation needs.
Mortar AI
vertical specialistAI-driven quantity takeoff and estimating tool for masonry and bricklaying projects.
Bond-layout-driven material calculations that propagate coursing changes into brick and mortar quantities.
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.
- +Brick bond layout generation that keeps coursing and gauge consistent
- +Mortar quantity calculation tied to bed joint and perpend joint assumptions
- +Project settings for openings and reveals reduce manual correction loops
- +Exports that support material schedules and masonry shop drawing workflows
- –Bond layout results require careful input for cavity wall detailing
- –Limited visible controls for multi-estimator governance and audit log trails
- –CAD and BIM integration depth looks thin compared with CAD-native workflows
- –Automation rules need more upfront configuration for complex assemblies
Best for: Fits when teams need repeatable masonry quantities and bond layouts for construction drawing deliverables.
Traddie
SMBJob management software for UK bricklayers and bricklaying gangs with quoting, day rates, and CIS invoicing.
Template-driven bond and coursing generation that keeps estimating inputs linked to setting-out and material schedules.
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.
- +Fast workflow from wall dimensions to quantity outputs for masonry orders
- +Reusable project templates for repeating bond layouts and coursing styles
- +Clear documentation set for setting-out and masonry shop drawing handoffs
- +Waste factors and material schedules stay attached to the same estimating inputs
- –Limited CAD and BIM exchange support for DWG and IFC-centric workflows
- –Automation cannot model complex masonry assemblies beyond predefined bond templates
- –Data rework is slower when bond rules change after quantities are generated
- –API and integration surface is not prominent, reducing extensibility for custom pipelines
Best for: Fits when masonry contractors need consistent brick quantity takeoff and wall documentation for recurring jobs.
Masonry Designer
vertical specialistCAD software for designing masonry walls with brick patterns and bond configurations.
Bond layout engine that recalculates coursing, gauge, and openings as inputs change.
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.
- +Live brick bond layout updates from dimension edits
- +Cavity wall detailing stays aligned with material scheduling
- +Set-out and masonry documentation outputs for handoff
- +Opening and reveal edits propagate through coursing
- –Bespoke assembly workflows can require workarounds
- –CAD-grade modeling flexibility is limited for non-masonry details
- –Automation breadth depends on structured input patterns
Bricklaying contractors
Iterate bond drawings after site measurements
Fewer re-draw cycles
Masonry estimators
Convert drawings into consistent material schedules
More consistent quantities
Show 2 more scenarios
Architectural technicians
Produce shop drawings from design drawings
Faster review-ready deliverables
Set-out and masonry documentation outputs track reveals and corner returns across revisions.
Small fabrication shops
Standardize cavity wall detailing documentation
Lower drawing rework
Cavity assembly details remain consistent while dimensions and gauge settings change.
Best for: Fits when teams need repeatable bond layouts and drawing updates for standard masonry wall assemblies.
BuildScope
SMBUK bricklayer quoting software that calculates brick quantities, mortar, sand, cement, and labour from wall dimensions.
Bond layout based quantity calculation tied to wall sections and opening definitions, with repeatable automation for revision cycles.
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.
- +Wall, openings, and coursing workflows keep quantities tied to build logic
- +Bond and layout driven quantity calculations reduce manual rework
- +Material schedule output stays aligned during revision cycles
- +Automation hooks support repeating templates for standard masonry assemblies
- –Automation requires workflow discipline to prevent quantity drift
- –CAD and BIM integration is not a primary strength for downstream models
- –Setup for bond variants and gauge can add early onboarding time
- –Export formats can be limiting for highly custom masonry shop drawings
Best for: Fits when masonry teams need brickwork estimating output that remains consistent through revisions and site tracking.
Conclusion
After evaluating 10 bricklaying software, STACK stands out as our overall top pick — it scored highest across our combined criteria of features, ease of use, and value, which is why it sits at #1 in the rankings above.
Use the comparison table and detailed reviews above to validate the fit against your own requirements before committing to a tool.
How to Choose the Right Bricklaying Software
Masonry Designer leads this comparison with a bond layout engine that recalculates coursing, gauge, and openings when dimensions change. STACK, PlanSwift, BrickControl, Mortar AI, Fieldwire, Buildertrend, BuildScope, Revailo, and Traddie cover approval-controlled estimating, plan-linked takeoffs, field progress, material calculations, project timelines, revision workflows, templates, and recurring wall documentation.
The ranking separates dedicated masonry calculation from broader construction coordination. Masonry Designer and Mortar AI connect bond layouts to quantity changes, while STACK emphasizes approval-driven estimate revisions and Fieldwire attaches issues and progress to plan locations.
What Bricklaying Software Covers
Bricklaying software combines wall geometry, masonry quantity logic, drawing context, and site workflow in a digital workspace. Masonry Designer recalculates brick coursing, gauge, and openings from dimension edits, while PlanSwift links takeoff items to measurements on imported plans.
Other products prioritize adjacent controls rather than full masonry modeling. STACK records estimate revisions through approval workflows, and BrickControl connects field task progress to execution milestones. Fieldwire provides plan-based issue and progress markups without a native mortar quantity engine.
Masonry delivery fit: bond logic, quantity traceability, and plan-to-field linkage
Bricklaying software only saves time when bond layouts and quantities update with consistent logic across revisions. Masonry Designer recalculates coursing, gauge, and openings from dimension edits so drawings and material scheduling stay aligned when inputs change.
Bond layout engines that propagate changes into quantities
Masonry Designer recalculates coursing, gauge, and openings when bond and dimension inputs change. Mortar AI also ties bond-layout changes into brick and mortar quantities based on bed joint and perpend joint assumptions.
Plan-linked takeoff logic for drawing measurement to quantities
PlanSwift links takeoff items to plan-linked measurement so quantities follow drawing inputs. Fieldwire supports plan-based issue and progress markup so masonry changes stay attached to the same drawing context.
Approval and revision history for controlled estimating workflows
STACK records approval-driven quantity revision history so collaborative review cycles remain auditable. BuildScope also uses revision cycles driven by wall sections, openings, and coursing workflows that keep quantities consistent through updates.
Field execution tracking connected to masonry work structure
BrickControl maps task-level progress tracking to job milestones and keeps field updates connected to the job workflow when dimensions change. Buildertrend ties scheduling and field activity timelines into client-ready progress updates and change-order workflows.
Template-driven standardization across repeating masonry jobs
Revailo uses reusable estimation templates to standardize brick bond layouts, coursing breakdowns, and material schedules across projects. Traddie provides reusable project templates that generate bond and coursing outputs linked to setting-out and material schedules.
Choose by workflow: estimating-first bond automation vs plan-linked coordination vs template repeatability
Masonry Designer and Mortar AI focus on bond-layout-driven calculation so brick coursing and mortar quantities propagate from edits into outputs. PlanSwift and BuildScope focus more on turning plan and wall logic into repeatable quantity takeoff results without prioritizing multi-role coordination controls.
Start with the bond logic requirement for how changes flow
If changing dimensions must update coursing, gauge, and openings in one consistent bond engine, select Masonry Designer. If bond-layout changes must also drive mortar quantity calculations tied to bed joint and perpend joint assumptions, select Mortar AI.
Pick the revision control model for shared estimating work
If estimates need approval-driven quantity revision history that stays auditable through review cycles, select STACK. If the workflow must stay consistent through revision cycles built around wall sections and openings, select BuildScope.
Choose the drawing connection approach for takeoff accuracy
If the core work is translating plan measurements into masonry quantity takeoff outputs with plan-linked items, select PlanSwift. If drawing context is mainly for attaching issues and progress to the same location, select Fieldwire.
Match the field workflow to how teams document progress
If progress must map to execution milestones with task-level updates tied into the job workflow, select BrickControl. If progress documentation must be client-ready using schedules, activity timelines, and change-order workflows, select Buildertrend.
Decide between template repeatability and CAD-driven modeling goals
If repeating bond layouts and material schedules across projects matter most, select Revailo or Traddie. If complex masonry assemblies and drawing authoring require more CAD-grade modeling flexibility, prioritize Masonry Designer over template-first systems.
Who benefits from each masonry delivery style
Teams with masonry-specific calculation pressure benefit from bond-layout engines that keep coursing and quantities synchronized. Teams that run collaborative estimating cycles benefit from revision history and approval workflow controls.
Masonry estimators building brick and mortar quantities from bond logic
Masonry Designer and Mortar AI generate bond-layout-driven outputs so coursing and mortar quantity assumptions move together when inputs change.
Estimating teams that manage collaborative change approvals
STACK uses approval-driven quantity revision history to keep estimate changes auditable during collaborative review cycles.
Project teams that need drawing-linked coordination for masonry changes
Fieldwire attaches issue and progress markup to plan locations so masonry changes stay tied to the drawing context across roles.
Masonry contractors running milestone-based field updates and documentation
BrickControl maps task-level progress tracking to job milestones, while Buildertrend ties schedules and field activity timelines into client-ready progress updates.
Contractors handling recurring wall types and standard bond assemblies
Revailo and Traddie standardize brick bond layouts, coursing breakdowns, and material schedules with reusable project templates.
Common failure points in Bricklaying Software selection
Many teams choose a platform for its interface while underestimating how much change propagation depends on bond-layout calculation depth. The wrong match leads to quantity drift when dimensions, openings, or coursing assumptions change across revisions.
Selecting a plan-markup tool for mortar quantity calculation
Fieldwire is built for plan-based issue and progress markup, so choose it only when drawing context traceability matters more than native mortar quantity takeoff logic.
Buying a bond-layout tool without checking how openings and cavities are handled
Mortar AI can propagate coursing into quantities, but bond layout results need careful input for cavity wall detailing, so cavity workflows require extra validation.
Ignoring how much governance setup affects automation outcomes
STACK can require more time to configure automation for workflow-based estimating, so onboarding governance effort must be budgeted before large multi-estimator rollout.
Expecting CAD-grade assembly modeling from a masonry-specific engine
Masonry Designer supports masonry bond logic and recalculation, but CAD-grade modeling flexibility is limited for non-masonry details, so shop-drawing-heavy workflows need additional capability planning.
Assuming field progress linkage guarantees estimating traceability
BrickControl tracks task-level progress tied to job milestones, but masonry-specific takeoff and waste factor depth is limited, so estimating accuracy must still come from a dedicated takeoff workflow.
How We Selected and Ranked These Tools
We evaluated Masonry Designer, STACK, PlanSwift, BrickControl, Mortar AI, Fieldwire, Buildertrend, BuildScope, Revailo, and Traddie by measuring bond-layout-driven calculation coverage against plan-linked takeoff support and field or approval traceability. Features accounted for 40% of the scores by weighting masonry bond and quantity propagation mechanisms higher than generic project tracking.
Ease and value each accounted for 30% by focusing on setup friction for the core estimating or field workflow and on how repeatable outputs are when inputs change. Masonry Designer ranked highest because its bond layout engine recalculates coursing, gauge, and openings from dimension edits while keeping masonry drawing updates consistent with material scheduling outcomes.
Frequently Asked Questions About Bricklaying Software
How do masonry takeoff tools keep brick bond layouts consistent when wall dimensions or openings change?
Which tools handle approval workflows and estimate revision history for parallel estimating teams?
What breaks if a team tries to run bond layout and material schedules without a shared data model for walls and openings?
How do draw-linked progress workflows differ between Fieldwire and field-task systems like BrickControl?
When is a bond-layout-first workflow a better fit than a general construction management workflow?
Which tools support automation hooks so estimating revisions can trigger downstream approvals or exports?
How do teams reduce data rework when switching between CAD-based inputs and masonry-specific takeoff outputs?
What security and access controls should be evaluated for collaborative estimating and field workflows?
Where does extensibility tend to fall short if a team needs deep API integration with estimating systems and ERPs?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
Funding and competing interests
This study was co-funded by several of the vendors assessed in it. No single vendor funded it. Funders could propose the market studied.
They had no role in selecting vendors, setting or weighting criteria, analysing data or drawing conclusions, and they received the same factual-accuracy check as every other vendor assessed.
Market definition, inclusion rules and criteria weights were fixed by an editor before research began and did not change afterwards. Editorial process →
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