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Construction InfrastructureTop 10 Best Quantity Estimating Software of 2026
Ranked comparison of quantity estimating software for takeoff and cost estimates, including Planswift, On-Screen Takeoff, Bluebeam Revu, and Countfire.
How we ranked these tools
Core product claims cross-referenced against official documentation, changelogs, and independent technical reviews.
Analyzed video reviews and hundreds of written evaluations to capture real-world user experiences with each tool.
AI persona simulations modeled how different user types would experience each tool across common use cases and workflows.
Final rankings reviewed and approved by our editorial team with authority to override AI-generated scores based on domain expertise.
Score: Features 40% · Ease 30% · Value 30%
Gitnux may earn a commission through links on this page — this does not influence rankings. Editorial policy
Countfire is the best fit for quantity survey teams that want repeatable, rule-based on-screen counting outputs, whereas CostX works better when you’re running disciplined BOQ and revision cycles from 2D and 3D BIM measurements for broader enterprise workflows.
Editor’s top 3 picks
Three quick recommendations before you dive into the full comparison below — each one leads on a different dimension.
Countfire
Reusable measurement rules let estimators apply consistent counting logic across multiple projects.
Built for fits when quantity survey teams need rule-based on-screen counting with repeatable outputs..
CostX
Editor pickRules-based measurement setup that keeps quantities and BOQ schedules synchronized during revisions.
Built for fits when QS teams run repeatable BOQ and revision cycles from drawing measurements..
McCormick
Editor pickTemplate-driven measurement and bill preparation keeps quantities, rates, and schedules consistent during scope changes.
Built for fits when QS teams need controlled measurement-to-BOQ costing across frequent revisions..
Comparison Table
Countfire
vertical specialistAutomated electrical estimating software for counting symbols on drawings.
Reusable measurement rules let estimators apply consistent counting logic across multiple projects.
Countfire is built around on-screen measurement with a focus on turn-key counting, area, and linear tracking rather than only annotation. Measurement results can be organized into countable items with quantities that roll up into a bill of quantities style output. The tool fits teams that rely on repeatable measurement rules and want fewer manual rekeying steps between drawings and schedules. It is also positioned for iterative work because estimators can compare revisions and refine quantities without rebuilding takeoff structures from scratch.
A notable tradeoff is that Countfire’s automation depth matters most when projects match the way measurement rules are set up during configuration. Teams that need frequent, bespoke calculation logic per drawing often spend time tuning rule sets before production work. Countfire fits situations where takeoff work is performed on 2D drawings with recurring element types that map cleanly to reusable measurement logic.
- +Measurement rules reduce manual adjustment across repeated takeoffs
- +Count-focused workflow fits digitising and quantity-based estimation
- +Revision handling supports iterative refinement without starting over
- +Exports support BOQ-style rollups for downstream costing
- –Complex per-drawing custom calculations require upfront configuration work
- –Tight alignment between drawing conventions and rules improves results
- –Large drawing sets can slow review when rule sets are complex
- –Cross-discipline workflows depend on how projects are structured
Quantity surveyors
Build BOQ from measured drawing elements
Faster schedule production
Cost estimators
Revise quantities after drawing updates
Reduced rework
Show 1 more scenario
Estimating teams
Standardize takeoff logic across projects
More consistent quantities
Saved configurations help enforce consistent measurement rules for recurring element types.
Best for: Fits when quantity survey teams need rule-based on-screen counting with repeatable outputs.
CostX
enterpriseQuantity surveying and estimating software with 2D and 3D BIM measurement capabilities.
Rules-based measurement setup that keeps quantities and BOQ schedules synchronized during revisions.
CostX fits teams that need consistent measurement rules across multiple projects and recurring work packages. The workflow centers on defining measurement logic, capturing quantities from drawings, and driving bill outputs from those measurements. Changes in drawings map back to the measurement records so revision cycles can be managed inside the same project context.
A tradeoff appears in projects that require heavy model-based takeoff or deep BIM automation, since CostX is strongest around 2D measurement and BOQ outputs rather than full construction model workflows. CostX works best when estimators want repeatable templates for schedules and rate buildup, with predictable revision behavior during estimate and remeasure cycles.
- +Measurement rules stay consistent across projects and revisions
- +BOQ outputs link back to recorded quantities for remeasure work
- +Template-driven schedules reduce rebuilding effort during estimate updates
- +Revision cycles keep changes inside one project dataset
- –BIM-heavy workflows need extra process planning versus 2D-first teams
- –Advanced automation depends on setup of measurement and schedule templates
Quantity surveyors
Remeasure recurring packages from drawings
Faster revision turnaround
Estimator teams
Rate buildup tied to takeoff quantities
Reduced rework
Show 1 more scenario
Contractor preconstruction
Standardize estimating templates across bids
More consistent bids
Preconstruction teams reuse configuration to keep bill structures consistent across similar scopes.
Best for: Fits when QS teams run repeatable BOQ and revision cycles from drawing measurements.
McCormick
vertical specialistMEP estimating and takeoff software for mechanical, electrical, and plumbing contractors.
Template-driven measurement and bill preparation keeps quantities, rates, and schedules consistent during scope changes.
McCormick is built around the full estimating loop from measurement through bill preparation and rate buildup, which reduces rekeying when scopes change. The configuration focus supports consistent measurement rules and repeatable templates for recurring projects. Document outputs are organized around quantities, rates, and structured schedules used in cost plans and submission packs.
A tradeoff is that McCormick tends to reward disciplined setup for measurement rules and estimate templates, since those definitions control how takeoff lines roll into the BOQ. It fits best when teams run repeated tender cycles on similar project types and need consistent outputs across revisions.
- +Configurable measurement rules improve consistency across revisions
- +Rate buildup workflow reduces manual rekeying from quantities to costs
- +Repeatable templates support recurring tender cycles
- +Structured BOQ outputs align with estimating documentation workflows
- –Initial measurement-rule setup requires estimating process discipline
- –Automation strength depends on template coverage for each project type
- –Less ideal for teams needing deep BIM model-based takeoff inside the same UI
- –Export and handoff steps add overhead when downstream systems differ
Quantity surveyors
Tender BOQ for recurring building types
Faster bill generation
Estimating team leads
Revision management across tender cycles
Lower rework rate
Show 1 more scenario
Cost managers
Elemental cost plan reporting packs
More predictable reporting
Structured outputs support element-based schedules and consistent formatting for submissions.
Best for: Fits when QS teams need controlled measurement-to-BOQ costing across frequent revisions.
PlanSwift
SMBDigital construction takeoff and estimating software for measuring plans electronically.
Revision comparison that highlights quantity changes between takeoff versions to speed estimate updates.
PlanSwift centers on drawing-based quantity takeoff workflows that turn marked measurements into bill of quantities and cost-ready quantities. It supports digitizing and measurement tools for areas, lengths, and counts, plus measurement rules that standardize how takeoff lines convert into quantities.
PlanSwift also provides revision comparison so teams can track changes between takeoff sets and reduce rework. For automation and integration, it exposes an extensibility surface through its add-in and interoperability features used in estimation workflows.
- +Measurement rule support keeps quantity logic consistent across revisions.
- +Digitizer workflows reduce manual redrawing during takeoff updates.
- +Revision comparison helps isolate changed quantities between versions.
- +Export-ready BOQ structures support downstream cost estimating.
- –Add-in and interoperability depth depends on the team’s workflow setup.
- –Complex BIM-to-takeoff workflows can require careful model preparation.
Best for: Fits when teams need repeatable drawing takeoff logic, then fast revision comparisons for BOQ updates.
On-Screen Takeoff
enterpriseConstruction takeoff software for calculating materials and labor quantities.
Revision comparison ties re-measurement impact to updated drawing sets instead of treating each plan issue as a fresh takeoff.
On-Screen Takeoff performs on-screen quantity measurement directly on plan documents and turns those measurements into takeoff reports. It supports digitiser-style workflows with measurement types like area, linear, and count, plus a measurement library for repeatable rules across projects.
Measurement outputs map into BOQ-style bill structures with rate buildup and exportable reporting artifacts for cost estimating. Revision handling supports comparing updated drawings to earlier measurements so teams can track what changed between plan sets.
- +On-screen measurement workflow mirrors digitiser estimating habits
- +Measurement library supports repeatable rules across recurring work
- +BOQ-style bill structures connect quantities to rate buildup
- +Revision comparison flags drawing changes tied to takeoff updates
- –Advanced configuration takes time to standardize across estimating teams
- –Model-based takeoff workflows are limited compared with IFC-first systems
- –Data handoff can require format mapping for non-native report consumers
- –Complex projects may need disciplined layer and drawing calibration practices
Best for: Fits when quantity surveyors need consistent on-screen measurements with repeatable rules and revision tracking.
Autodesk Takeoff
enterpriseCloud-based quantity takeoff tool integrated into Autodesk Construction Cloud.
Measurement rules that standardize quantity calculation across drawings and model references in an Autodesk-centric workflow.
Autodesk Takeoff targets quantity surveyors and estimating teams that already work with Autodesk workflows and need measurement and cost data tied to project drawings and models. It provides on-screen measurement tools plus rules-driven quantities that can flow into a structured cost plan workflow.
The strongest distinction is Autodesk integration depth for handling design artifacts used on construction projects, including imported drawings and model-based references. Revision work is supported through comparison-style review of changes so quantities can be re-evaluated after updates.
- +Tight Autodesk workflow alignment supports model and drawing-based measurement
- +Measurement rules help enforce consistent quantity calculation across projects
- +Change review supports revisiting quantities after drawing or model updates
- +Export-friendly outputs support downstream BOQ and cost plan assembly
- –Rule setup requires discipline to avoid inconsistent outputs across estimators
- –Less efficient for teams that want purely standalone, no-Autodesk workflows
- –Complex takeoff sets can slow review when revisions are frequent
- –Advanced automation depends more on Autodesk ecosystem practices than custom scripting
Best for: Fits when teams measure quantities from Autodesk-linked drawings or models and need disciplined measurement-rule repeatability.
Procore Estimating
enterprisePreconstruction estimating software for generating quantities and bids.
Estimate revisions and approval steps are anchored to the Procore project record so measurement and cost changes stay traceable.
Procore Estimating pairs takeoff and cost estimating with the same project record and approvals used across Procore’s construction workflows. Quantity surveyor teams can capture measured quantities, build rate-based cost plans, and push estimates through revision-aware approval paths tied to specific projects.
The distinct angle versus standalone takeoff tools is deep reuse of project context, including disciplines, commitments, and documentation links, rather than treating estimating as an isolated workbench. Automation centers on rolling estimates into project tracking and keeping measurement outputs aligned with the project’s document set and version history.
- +Ties estimates to Procore project records for consistent review history
- +Revision-linked estimating workflow reduces orphaned spreadsheets
- +Imports and manages estimating outputs within the same project structure
- +RBAC supports role-based control over estimating actions and visibility
- –Takeoff workflows can feel constrained compared with dedicated digitizer-first tools
- –Cross-project estimating requires more setup than project-only measurement
- –Measurement governance depends on consistent templates and trained estimators
- –Limited control over takeoff engine tuning for specialized measurement methods
Best for: Fits when teams already standardize on Procore for project data and need estimates tied to revisions and approvals.
Stack Construction Technologies
SMBCloud-based takeoff and estimating software for subcontractors and general contractors.
Revision-linked quantity updates that propagate changes from marked drawings into the BOQ schedule.
Stack Construction Technologies provides quantity takeoff and cost estimating workflows centered on drawing-based measurement and a structured BOQ output. The system focuses on measurement rules, reusable quantities, and revision-friendly workflows that keep quantity changes traceable from marked drawings to updated schedules.
Estimators can build rate build-ups and roll totals into cost plans while maintaining element-level breakdowns for QS-style reporting. Workflow control comes from project configuration and library-driven measurement processes that reduce rework between iterations.
- +Measurement rule setup supports repeatable takeoff logic across projects
- +BOQ outputs keep element breakdowns usable for rate build-ups
- +Revision workflows maintain linkage between drawing marks and quantities
- +Resource and rate rollups keep elemental cost planning consistent
- –Advanced configurations require disciplined project setup to avoid drift
- –3D model workflows are less central than 2D and drawing-based measurement
Best for: Fits when QS teams need structured BOQ updates that stay linked to drawing takeoffs across revisions.
Togal.AI
emergingAI-powered takeoff software for automated quantity extraction from architectural plans.
Rules library driven takeoff logic that recalculates quantities using consistent measurement criteria across revisions.
Togal.AI converts drawings and model-based inputs into quantity takeoff outputs by combining measurement logic with a rules-driven workflow. It supports plan-view digitiser style measurements for 2D work and model-based workflows when input geometry is available.
The core value is automation around repeatable measurement rules, which reduces manual recalculation when revisions change scope. It also provides an API and integration hooks for moving takeoff data into downstream cost estimating processes.
- +Rules-driven measurement automation for repeatable quantity takeoff tasks
- +API surface supports pushing takeoff results into external estimating workflows
- +Digitiser-style 2D measurement supports common on-screen workflows
- +Revision-focused updates reduce manual rework when drawings change
- –Advanced governance controls are limited compared with enterprise takeoff suites
- –Measurement setup can require careful configuration of library rules
Best for: Fits when mid-size quantity surveyor teams need automated measurements with an API to sync outputs into cost estimating tools.
Kreo
emergingCloud-based AI takeoff and estimating software for construction professionals.
Revision comparison that highlights what changed between takeoff runs and cascades into cost item updates.
Kreo is a quantity estimating workflow built around linking takeoff results to cost items, then tightening rework control during revisions. The tool supports on-screen digitizing on drawings and keeps measurement outputs organized for rate buildup style cost plans.
Kreo also provides integrations and an automation surface through an API for pushing or pulling project data. Administration focus centers on project-level access controls and audit-oriented change history for measurement and cost updates.
- +API-first integration for pushing and pulling measurement and cost data
- +Revision-aware workflow that tracks and compares updates to takeoff results
- +Digitiser-style on-screen measuring with repeatable measurement outputs
- +Clear linkage between measured quantities and cost item build-ups
- –Cross-drawing measurement libraries need more up-front setup to standardize output
- –Automation coverage is strongest for data sync, less for full rules automation
Best for: Fits when project teams need digitised takeoff outputs tied to cost items and controlled revisions.
Conclusion
After evaluating 10 construction infrastructure, Countfire 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 quantity estimating software
Quantity estimating software turns measured drawings into quantities that can be tracked through revision cycles, with tools like Countfire, CostX, and PlanSwift focused on repeatable measurement logic. The lineup also covers On-Screen Takeoff, Bluebeam Revu, Autodesk Takeoff, Procore Estimating, Stack Construction Technologies, Togal.AI, and Kreo.
This guide narrative focuses on what differs in day-to-day estimating work. It emphasizes how revision comparison, rule-based measurement setup, and integration depth affect throughput and output consistency when estimates move from takeoff into BOQ schedules and cost item updates.
Quantity estimating software for takeoff-to-BOQ measurement, revision tracking, and cost-ready outputs
Quantity estimating software supports on-screen or model-based measurement workflows that produce quantities tied to repeatable measurement rules, so teams can remeasure consistently across issued drawings. Countfire and CostX use rules-based measurement setup to keep quantity outputs aligned with schedules during revisions.
These tools also manage the handoff from measurement to cost preparation by maintaining traceability between measured quantities and structured estimate outputs. PlanSwift and On-Screen Takeoff emphasize revision comparison so updated drawing sets drive quantity changes instead of forcing teams to treat each plan issue as a new takeoff.
Quantities that stay consistent: rules, revisions, and structured outputs
Quantity estimating software works only when quantity logic stays consistent across remeasure runs, revision sets, and BOQ schedule updates. Tools like Countfire, CostX, and McCormick emphasize measurement rules and revision-linked behavior so the same counting logic produces comparable outputs each time scope changes.
Reusable measurement rules for repeatable counting logic
Countfire uses reusable measurement rules to apply consistent counting logic across projects. Autodesk Takeoff and CostX also use rules-based measurement setups that enforce consistent quantity calculation across drawings and model references.
Revision comparison that drives quantity updates
PlanSwift highlights quantity changes between takeoff versions to speed estimate updates. On-Screen Takeoff ties re-measurement impact to updated drawing sets, which avoids treating each issued plan set as a fresh takeoff.
BOQ synchronization with revisions for fewer orphaned schedules
CostX keeps quantities and BOQ schedules synchronized during revisions. Stack Construction Technologies propagates revision-linked quantity updates into the BOQ schedule so element breakdowns remain usable for rate build-ups.
Measurement-to-cost control through templates and rate buildup workflows
McCormick uses template-driven measurement and bill preparation to keep quantities, rates, and schedules aligned during scope changes. Kreo focuses on revision-aware workflows that track and compare updates to takeoff results and cascade into cost item updates.
Integration depth and API surface for syncing takeoff outputs
Togal.AI provides an API for rules-driven measurement automation that pushes takeoff results into external estimating workflows. Kreo also positions as API-first for pushing and pulling measurement and cost data.
Governance via traceability anchored to project records
Procore Estimating anchors estimate revisions and approval steps to the Procore project record for traceable measurement and cost history. Procore’s revision-linked estimating workflow reduces orphaned spreadsheet workflows compared with standalone takeoff tools.
Pick the workflow that matches how revisions and BOQ schedules are managed
The right quantity estimating tool depends on whether the estimating process is driven by stable measurement rules, by revision comparison across issued drawings, or by integration into an existing project system. Countfire, CostX, and McCormick center rules so the same logic produces consistent outputs across repeated takeoffs.
Choose rules-first when measurement logic must stay identical across projects and revisions
If teams repeatedly apply the same counting logic, Countfire’s reusable measurement rules reduce manual adjustment across repeated takeoffs. If outputs must stay synchronized to BOQ schedules during revisions, CostX keeps quantity and schedule synchronization tied to measurement rules.
Choose revision-driven updates when issued drawings are the trigger for quantity changes
If the workflow depends on comparing takeoff runs against prior versions, PlanSwift’s revision comparison highlights quantity changes between takeoff versions. If teams want on-screen measurement that mirrors digitiser habits and revision tracking that ties changes to updated drawing sets, On-Screen Takeoff supports that comparison approach.
Choose template-driven measurement when scope changes must map into rates and schedules
If estimate accuracy depends on templates that keep quantities, rates, and schedules aligned, McCormick’s template-driven measurement and bill preparation fits frequent revision cycles. If the workflow must cascade revision-aware takeoff differences into cost item updates, Kreo’s revision-aware workflow supports that cascade.
Choose Procore anchoring when revisions and approvals must be traceable in a single project record
If estimate revisions and approvals must live inside an existing project governance system, Procore Estimating ties revisions and approval steps to the Procore project record. This reduces orphaned spreadsheet workflows by anchoring measurement and cost changes to a shared project history.
Choose API and automation-first tools when takeoff outputs must flow into external estimating systems
If takeoff results must be pushed into external estimating workflows, Togal.AI’s API supports rules-driven measurement automation with consistent calculation criteria. If bidirectional syncing between measurement and cost items is required, Kreo’s API-first integration provides a mechanism for pushing and pulling measurement and cost data.
Choose Autodesk-centric measurement discipline when the team is already Autodesk-linked
If measurement happens inside an Autodesk-centric workflow, Autodesk Takeoff aligns quantity rules across drawing and model references. If the team prefers standalone use with no Autodesk workflow constraints, tools like Countfire or On-Screen Takeoff may fit better.
Teams by estimating workflow fit and revision governance needs
Quantity estimating software works best when it matches how quantities are produced and then carried through revisions into cost schedules. Teams that run repeated measurement logic across many jobs benefit from rules-first tooling, while teams that manage change by issued drawing sets benefit from revision comparison workflows.
Quantity survey teams running repeatable digitiser-style counting
Countfire supports a count-focused workflow with reusable measurement rules to keep outputs consistent during repeated takeoffs. On-Screen Takeoff also supports on-screen measurement workflows with a measurement library for repeatable rules across recurring work.
QS teams that run BOQ schedules and frequent revision cycles
CostX keeps quantities and BOQ schedules synchronized during revisions and links BOQ outputs back to recorded quantities. McCormick pairs configurable measurement rules with template-driven bill preparation and rate buildup to reduce manual rekeying.
Teams that compare takeoff versions against issued drawing sets
PlanSwift speeds estimate updates by highlighting quantity changes between takeoff versions. On-Screen Takeoff anchors re-measurement impact to updated drawing sets so revision tracking reflects actual measurement effects.
Teams standardizing on Procore for project records, reviews, and approvals
Procore Estimating anchors estimate revisions and approval steps to the Procore project record for consistent review history. This reduces orphaned spreadsheets by keeping measurement and cost changes traceable to the same project record.
Mid-size teams that need automated takeoff syncing via API
Togal.AI uses rules-driven measurement automation with an API surface to sync takeoff results into external estimating workflows. Kreo also uses an API-first approach for pushing and pulling measurement and cost data with revision-aware tracking.
Common failure points in quantity estimating software rollouts
Quantity estimating software often fails when measurement logic is treated as ad hoc work instead of a governed rules set. Buyers also make mistakes when revision workflow expectations are mismatched with how the tool performs revision comparison and BOQ schedule propagation.
Building custom measurement calculations per drawing without reusable rules
Countfire’s measurement rules reduce manual adjustment across repeated takeoffs when logic is reused across projects. Countfire also calls out that complex per-drawing custom calculations require upfront configuration work to avoid inconsistent outputs.
Using revision comparison tools without standardizing how templates and schedules map to quantities
McCormick emphasizes that initial measurement-rule setup needs estimating process discipline to keep quantities, rates, and schedules consistent across revisions. PlanSwift can speed updates, but add-in and interoperability depth depends on workflow setup that maps revisions to BOQ logic.
Expecting model-based workflows to be first-order when the tool is more drawing-first
Stack Construction Technologies positions 3D model workflows as less central than 2D and drawing-based measurement. On-Screen Takeoff notes that model-based takeoff workflows are limited compared with IFC-first systems, which can break BIM-led workflows.
Selecting an API tool but skipping governance for measurement library rules
Togal.AI notes that measurement setup can require careful configuration of library rules. Kreo also warns that cross-drawing measurement libraries need more up-front setup to standardize output.
Assuming cross-project estimating will be as low-friction as project-only governance
Procore Estimating anchors changes to Procore project records, which can feel constrained versus dedicated digitizer-first tools. Procore also requires more setup for cross-project estimating than project-only measurement, which affects throughput for multi-project teams.
How We Selected and Ranked These Tools
We evaluated Countfire, CostX, McCormick, PlanSwift, On-Screen Takeoff, Autodesk Takeoff, Procore Estimating, Stack Construction Technologies, Togal.AI, and Kreo on feature depth, ease of repeatable workflows, and overall value. Features accounted for 40 percent of the score, with emphasis on measurement rules behavior, revision comparison mechanics, and whether quantity outputs connect into structured BOQ or cost item updates.
Ease and value each contributed 30 percent of the score based on how quickly teams can operationalize consistent measurement logic across revisions rather than redoing setup. Countfire ranked first because reusable measurement rules specifically target repeatable counting logic and reduce manual adjustments across repeated takeoffs while supporting revision-friendly outputs for quantity survey workflows.
Frequently Asked Questions About quantity estimating software
How do PlanSwift and On-Screen Takeoff handle revision comparison for takeoff updates?
Which tools support reusable measurement rules across multiple projects?
What breaks if teams cannot keep measurement rules and BOQ schedules synchronized during changes?
How does Bluebeam Revu fit teams that need takeoff plus downstream cost plans in a single workflow?
When does Togal.AI’s API matter more than native export-only workflows?
Which tools support Autodesk-centric workflows for importing and referencing design artifacts?
How do Procore Estimating and Kreo differ in how they preserve auditability for measurement and cost changes?
Which tools offer administration features beyond basic project setup for access control and governance?
What tradeoff appears when a team relies on templates for repeatable measurement and bill preparation?
Tools reviewed
Primary sources checked during evaluation.
Referenced in the comparison table and product reviews above.
- Construction InfrastructureTop 10 Best Quantity Takeoff Software of 2026
- Construction InfrastructureTop 10 Best General Contractors Estimating Software of 2026
- Construction InfrastructureTop 10 Best Quantity Surveying Software of 2026
- Construction InfrastructureTop 10 Best Construction Estimating Services of 2026
- Construction InfrastructureTop 10 Best Outsource Estimating Services of 2026
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