Top 10 Best Taking Off Software of 2026

Togal.AI targets estimator role workflows where drawings must turn into consistent quantities without re-keying measurement callouts. Its core loop centers on extracting measurable quantities from plan inputs, mapping them to estimate line items, and exporting structured results that quantity surveyors can cost in their downstream process. Automation is the key focus, so teams that already standardize their takeoff-to-cost item structure will get the least friction. The tool also fits teams that need higher throughput on repetitive drawing sets where counts, lengths, and areas recur.

A tradeoff appears in governance and mapping accuracy, because automated extraction still needs rules and review to match a team’s measurement rules and naming conventions. A common usage situation is production takeoffs for subcontractor bids where speed matters, and an internal checker validates extracted totals before cost build-up. For teams with highly custom item taxonomies, upfront configuration work is required to keep exports aligned to existing bills of quantities.

PlanSwift’s core strength is taking off directly on plans with quantifiable objects that stay linked to the drawing context, which supports remeasurement updates instead of re-digitizing from scratch. The tool supports linear and area measurements, count takeoff, and earthworks volume calculations with quantity takeoff settings that map to measurement conventions used in estimating and quantity surveying. Exports are built around BOQ-style reporting so estimators can carry totals into cost models without manual redraw steps.

PlanSwift can require disciplined configuration of takeoff properties and measurement rules to keep outputs consistent across estimators and projects. Teams with highly customized BOQ structures sometimes need additional spreadsheet mapping work after export, especially when clients require specific SMM measurement rule interpretations. A common good fit is a desktop-based estimating workflow where one estimator prepares digitized takeoff summaries for review and updates across change orders.

Countfire centers on count takeoff workflows and quantity organization that map directly to estimating outputs, which makes it easier to drive bill of quantities style deliverables from measured items. The tool supports measurement sessions over shared plan inputs so teams can re-open the same quantity set and continue measurement without rework. Countfire also fits workflows where estimating depends on consistent quantity groupings, because totals and itemized outputs stay tied to the same takeoff structure.

The main tradeoff is that teams expecting deep BIM model takeoff behavior or high-fidelity 3D quantity extraction may find the workflow less aligned than plan-centric or model-centric tools. Countfire is a practical fit when a project team needs fast, repeatable count and linear style measurements across many sheets, while keeping quantities organized for assembly-based or elemental cost analysis.

Stack is a taking off software focused on digitized workflows for quantity measurement and estimation handoff. It supports on-screen digitized takeoff and organizes measured quantities into estimate-ready outputs aligned to common construction measurement practices.

STACK also provides an integration-first approach for connecting estimators’ results to downstream estimating and takeoff reuse across projects. The most practical differentiator is its automation around measurement-to-output consistency, which reduces rework when plans change.

PrebuiltML generates structured takeoff outputs by turning estimator inputs into reusable measurement records. The product emphasizes automation around quantity preparation, so teams can reuse the same rules across repeated projects.

PrebuiltML also provides an integration surface for connecting takeoff production with downstream estimating workflows. It is positioned for organizations that need repeatable measurement extraction and controlled outputs rather than manual spreadsheet-only work.

Autodesk Takeoff is a desktop taking-off workflow built around Autodesk model inputs, including Revit and IFC, for estimators who need repeatable quantity extraction. It supports plan-based measurement through PDF and DWG imports, plus takeoff markups and quantity rollups used to produce an extractible bill of quantities.

The tool fits teams that already standardize on Autodesk ecosystems and want controlled templates for linear, area, count, and volume calculations. Automation and extensibility are centered on Autodesk integration points rather than a standalone scripting-first takeoff engine.

Procore coordinates estimating and project execution in one system, tying quantity outputs to real field workflows and project controls. The application supports plans and documents, submittals, RFIs, and task assignment that estimators can connect to specific work packages and schedules.

Procore also supports configuration for roles, permissions, and project-level governance that helps teams control who can publish changes to scope and cost. For taking off, it functions best as the work and data backbone, with quantity capture typically driven by connected takeoff tooling rather than Procore alone.

Buildxact is a cloud-based quantity takeoff system that focuses on measurable quantities tied to cost workflows. It supports web plan review with digital markup and supports measurement creation directly from uploaded drawings and models.

Its toolset centers on extracting quantities and turning them into structured lists that estimators can reuse across revisions. Automation is oriented around repeatable estimating structures rather than heavy custom integrations.

eTakeoff performs digitized takeoff by letting estimators measure from imported plans and markups to build quantities and assemblies. It targets quantity survey workflows with bill of quantities style outputs, measurement breakdowns, and exportable schedules that keep line items tied to takeoff markings.

It also supports bid package organization so teams can group quantities by discipline or scope for review and revision cycles. The experience centers on browser-based plan viewing and estimator-driven quantity extraction rather than desktop-only drafting.

Roctek is a taking-off workflow tool focused on structured digitized measurements and export-ready quantity results. It supports importing common plan formats and turning drawn marks into measurable quantities for estimate production.

Roctek emphasizes configuration of measurement behavior for repeatable takeoff output and supports collaboration around shared estimate work. It fits teams that need consistent extraction from 2D plan inputs and want results packaged for downstream estimating workflows.