Top 10 Best Framing Takeoff Software of 2026

STACK Construction Tech is built for framing-centric estimating where plan-based measurement drives downstream counts like stud count and plate takeoff. The workflow uses markup and measurement objects that remain associated to the same framing elements, which supports revision comparison on the quantities derived from those objects. Export supports quantity outputs that estimators can move into existing estimation spreadsheets and document sets.

A key tradeoff is that framing output quality depends on plan legibility and consistent plan orientation since takeoff measurement anchors to the imported drawings. Teams usually use STACK Construction Tech when they need repeatable wall assemblies and opening deductions for multi-revision projects with the same framing standards.

Quick Bid fits estimating teams that manage repeated framing scope and want standardized quantity generation with fewer manual spreadsheet steps. It supports takeoff activities across common framing deliverables and provides calculated quantity outputs that can be carried into the rest of an estimating workflow. The tool is designed for estimator throughput with a guided process from measurement to list-style outputs.

A practical tradeoff is that estimator productivity depends on setting up takeoff templates and consistent viewing practices for drawings, because variance in plan PDFs or drawing layers can slow the measurement pass. Quick Bid is a good usage situation for project groups that deliver frequent framing bids and need repeatable takeoff results across revisions.

Countfire targets framing takeoff tasks such as wall framing and structural framing quantities, then pushes results into exportable outputs for estimating workflows. It is best suited to teams that need repeatable takeoff sessions from PDF plan sets and recurring framing plans where opening deductions and assembly-level counts must stay consistent. For governance, it is most practical when estimators need a shared project workspace that preserves revision history across markup cycles.

A key tradeoff is that Countfire’s strength concentrates on framing quantity extraction rather than broad multi-discipline estimation depth like full MEP and finishes. It fits situations where the main bottleneck is getting dependable framing counts from structural drawings and turning them into spreadsheet-ready data for estimating review.

Togal.AI is an AI-assisted framing takeoff workflow tool designed to reduce manual interpretation of framing plans from PDF and CAD sources. It focuses on turning structural drawing inputs into measurable quantities for framing elements like studs, plates, and other layout-driven counts, then routes results into estimator-friendly outputs.

Automation is centered on repeatable takeoff steps rather than only ad hoc measurement, with an emphasis on configuration for different project types. Extensibility appears through import and export paths that support downstream estimating processes like spreadsheet-based cut lists and revision comparison checks.

Clear Estimates produces quantity takeoff for framing workflows by measuring from uploaded framing plans and generating assemblies that map to estimator deliverables. The tool supports recurring job setup, takeoff take sheets, and export-ready outputs that fit spreadsheet-based estimate building.

Clear Estimates also supports revision comparisons so estimators can track changes between plan sets without remeasuring everything from scratch. Automation is centered on repeatable project configuration and batch processing of takeoff sheets.

eTakeoff targets framing takeoff workflows that start from plan markups and end in consistent takeoff outputs for estimating teams. It provides takeoff measurement tools tailored to wall and roof framing geometry, then converts those results into schedules and cut-list style outputs.

Work stays anchored to model or plan inputs so quantities can be rechecked when drawings are revised. Automation is centered on repeatable assembly and deduction logic rather than fully open modeling engines.

ConstructConnect On-Screen Takeoff delivers framing takeoff workflows directly on uploaded plan sheets with visual markup and measurable takeoff outputs. It is distinct for how it fits into ConstructConnect’s estimating and plan workflow context, so measured quantities can move toward takeoff sheets, lists, and downstream estimating tasks.

The tool emphasizes on-screen scaling, revision-friendly measurement, and structured takeoff breakdowns for common framing scopes. It also supports collaboration through project-linked workspaces where plan interpretation and quantity decisions are traceable to the marked plan locations.

Groundplan focuses on framing takeoff workflows that start from uploaded drawings and then drive quantities through a guided measurement process. The workflow emphasis is on wall and opening deductions plus framing-specific outputs like member and schedule views, which supports estimator review without leaving the takeoff environment.

Groundplan also offers export paths for downstream estimating work, including spreadsheet-ready outputs that fit common estimator processes. Automation depth centers on repeatable project configuration and measurement reuse across revisions.

Kubla Software provides a framing takeoff workflow that turns structural drawings into measured quantities for lumber and assemblies. It is built around plan import, measurement calibration, and takeoff tracking so revisions can be compared to prior quantities.

The software supports exporting takeoff results for downstream estimator workflows that rely on spreadsheets and schedules. Estimator teams also use automation to standardize recurring framing elements and output consistency across projects.

Buildxact is a framing takeoff workflow tool for estimating teams that need faster quantities from framing plans without spreadsheet-only processes. It supports plan imports, takeoff measurement, and building a bill-style output that maps to framing scope items like members, openings deductions, and assembly totals.

The workflow emphasizes configuration for recurring job types so estimators can repeat consistent assumptions across revisions. Integration and automation are oriented around exporting structured takeoff results into estimator workflows rather than deep bid management.