Top 10 Best Masonry Takeoff Software of 2026

eTakeoff’s core workflow uses CAD-style overlays on top of imported plan sheets to drive measurement decisions directly on the drawing. Masonry-specific counting and linear measurements are organized into estimate line items so crews and estimators can reconcile scope changes during bid preparation. The tool emphasizes repeatable takeoff steps so updates from revised sheets propagate through the same measurement structure rather than starting over.

A tradeoff is that assembly logic and spreadsheet-like adjustments require estimator discipline to keep units consistent across wall types and correction factors. The strongest fit appears in bid desks that run multiple masonry scopes per project and need quick revision handling from sheet updates while keeping outputs aligned to the original markups.

Masonry estimating in STACK centers on marking and extracting quantities from plan documents, with an overlay-based review workflow for estimators who work directly off drawings. The output focuses on building line items that map to estimating needs instead of keeping takeoff data as isolated annotations. File import enables teams to bring in existing CAD work and standard plan sets for measurement and re-measure cycles.

A tradeoff appears in large, highly customized estimating standards. STACK can require more configuration work to keep wall type naming, assembly groupings, and output formatting consistent across multiple bid desks. The best fit is an estimating team that repeats similar masonry scopes and benefits from a repeatable mark-up to quantities pipeline.

For comparisons to PlanSwift and DigiTakeoff, STACK’s center of gravity is quantity capture and line-item production tied to a shared estimating workflow. PlanSwift and DigiTakeoff can be stronger where specific measurement templates or discipline-specific libraries are the main driver, while STACK is more about maintaining one takeoff-to-estimate path for masonry.

Buildxact centers masonry quantity takeoff on a markup driven flow where estimates stay tied to the underlying plan assets. Teams can import and work with plan files such as PDF and keep quantities and pricing elements organized for bid preparation. This workflow fits estimating teams that need repeatable takeoffs across multiple projects rather than one-off spreadsheets.

A key tradeoff is that deep CAD overlay precision depends on the quality of the imported plan and the estimator’s markup discipline. Buildxact fits best for jobs where masonry scope can be expressed as count and linear quantities that map cleanly to line items and assemblies. It is also well suited to subcontractor bid desks that need consistent estimate structure across recurring bid cycles.

PlanSwift is a masonry takeoff tool built around visual plan marking, quantity calculation, and assembly-style estimating workflows. It supports CAD overlay with DWG import and layered takeoff workflows for counting units and estimating linear and area quantities.

PlanSwift also supports cloud takeoff projects for distributed estimation and includes configuration controls for repeatable estimate setup. The tool fits teams that need consistent measurement rules across wall types while coordinating drawings and takeoff outputs.

Countfire performs masonry-focused quantity takeoffs by turning plan markups into material counts and derived quantities for brick, block, and related wall components. It supports a takeoff workflow that combines drawing markup with count logic so estimators can move from measured elements to count outputs for estimating.

The tool is geared toward repeatable takeoff packages with configurable assemblies and takeoff rules that reduce rework across similar projects. Countfire also supports export and integration paths that fit estimating pipelines, rather than keeping all outputs inside a single viewer.

Togal.AI is a masonry-focused takeoff workflow that turns plan inputs into structured quantities tied to unit-based estimation steps. Its core strength is configuration-driven estimation for wall-related scopes such as brick and CMU assemblies, where the software can generate counts and material drivers from annotated CAD or PDF plan views.

Togal.AI also supports automation hooks for repeatable estimating runs, which reduces rework when the same wall types recur across projects. The system is designed for estimating teams that need consistent takeoff outputs they can hand to bid and production processes.

Kreo is a masonry takeoff workflow tool that centers on quantity takeoffs from imported plan sheets and then ties those quantities to assemblies and labor. The software supports count, linear, and area style takeoff entry so masonry quantities like block and brick can be tracked against wall segments.

Kreo’s admin controls focus on team permissions for project access and controlled estimation workspaces. Automation is handled through repeatable takeoff structures that reduce rework when similar wall types repeat across drawings.

PrebuiltML positions masonry takeoff around assembling quantities from repeatable building elements rather than starting from blank measurements. The workflow centers on turning plan inputs into takeoff-ready outputs such as brick count, block count, and mortar joint volume with assembly-level organization.

PrebuiltML also focuses on automation through repeatable templates so estimators can re-run similar jobs with consistent assumptions. The tool’s core value comes from repeatability and output structure, not from broad CAD editing.

Autodesk Takeoff measures quantities directly from DWG and PDF plan sets, then maps them into takeoff sheets for masonry estimating workflows. It focuses on count and linear measurements, with assembly-oriented output that supports brick and block style breakdowns plus unit quantity rollups.

Autodesk Takeoff also connects into the wider Autodesk estimating and BIM ecosystem through file-based plan inputs and interoperable work products, which helps keep takeoffs aligned with design references. Its automation relies more on repeatable measurement workflows than on a deep masonry-specific rules engine.

Cubit Estimating targets masonry takeoff workflows with estimating views built around unit output and quantity build-ups. It supports CAD and PDF plan inputs for quantity survey style measurement, then maps results into takeoff sheets for brick, block, and related components.

The workflow is oriented around assembly-based estimating outputs rather than standalone measurements, which helps teams standardize wall types across recurring projects. Automation hinges on repeatable wall configurations and calculated quantities for downstream bid line items.