Workflow — Plan Takeoff

Plan takeoff in 4 hours, not 4 days.

Architectural and structural drawings — linear feet, square feet, fixture counts, categorized by CSI MasterFormat division and cross-referenced against the specs. Delivered into Bluebeam, PlanSwift, On-Screen Takeoff, ProEst, or Sage Estimating. Replaces offshore takeoff estimators at a fraction of the per-takeoff cost.

Take the AI Assessment Get a Per-Takeoff ROI Model

$15–$30

Per hour, offshore takeoff estimator (billed)

$400–$2,500

Per takeoff at the offshore estimator

60–85%

Volume that comes off the BPO line after cutover

What This Replaces

The Offshore Estimator Doing 4-Day Quantity Surveys

The work the offshore takeoff estimator does on every drawing set — and the cost of leaving it there during bid season.

The labor

Plan takeoff today moves through offshore takeoff estimators at firms like Outsource2india, Tejjy, McLine Studios, BuildSourced, EstimatorPro, ResearchFox, or a captive shop in India or the Philippines. Fully-loaded billed cost: $15–$30 per hour, with per-takeoff pricing typically running $400–$2,500 depending on drawing-set complexity and trade scope.

The cycle time

Turnaround of 3–5 business days per takeoff is the norm at the offshore estimator, with backlogs that grow to 7–10 days during bid season and addendum cycles. Every day a takeoff sits in a queue is a day the estimating team can't issue an apples-to-apples bid invitation, the GC carries preconstruction overhead without a sub list locked, and an addendum-driven scope change goes unmeasured against the original takeoff.

The Workflow

Input · Analysis · Output

What goes in, what we do to it, and what shows up in your estimating system.

Input

Drawings, specs, addenda

Architectural drawing PDFs (full set, single sheets)
Structural drawing PDFs and DWG exports
MEP drawings (mechanical, electrical, plumbing)
Civil and site drawings
Project manual / specifications
Addenda and revision packages
Mixed-quality scans, mobile uploads

Analysis

Measure, classify, reconcile

Linear feet, square feet, cubic yards, fixture counts
Trade classification per CSI MasterFormat division
Spec cross-reference (drawing intent vs spec language)
Addendum-driven scope changes flagged
Drawing-vs-spec discrepancy detection
Quantity by location and area for sub bid packaging
Confidence score per measurement; exceptions to human queue

Output

Structured takeoff into the SoR

Bluebeam Studio (markup and session APIs)
PlanSwift (CSV / XML import)
On-Screen Takeoff (project file format)
ProEst (estimating import schema)
Sage Estimating (DB / import format)
Bid-package builder for sub invites by trade
Quantity-survey audit trail per measurement

Side by Side

Plan Takeoff Today vs. With Last Rev

The numbers that matter: cycle time, per-takeoff cost, accuracy, and audit posture.

Dimension	Offshore Takeoff BPO	Last Rev Plan Takeoff
Cycle time, drawing set to structured takeoff	3–5 business days (longer in bid season)	2–6 hours
Per-takeoff unit cost	$400–$2,500 per takeoff	Per-takeoff, benchmarked at 30–50% of BPO unit cost
Surge capacity (bid season, addendum cycles)	Add headcount, queue grows to 7–10 days	Elastic by design — no headcount ramp
Audit log per takeoff	Bluebeam markups, no measurement-level lineage	Source sheet + extracted measurement + model version + confidence per quantity
Drawing-vs-spec reconciliation	Caught when the senior estimator re-reads the spec	Surfaced at extraction with sheet and spec-section evidence
Addendum handling	Manual re-takeoff against the addendum, days behind	Addendum diff against prior takeoff in hours
System of record integration	Bluebeam markups emailed in, manual re-keying into PlanSwift / Sage	Direct via documented Bluebeam / PlanSwift / OST / ProEst / Sage formats

How It Works

From Drawing Set to Estimating System

Five steps. Every one logged. Every one reversible if your confidence threshold isn't met.

Submission Lands

Architectural, structural, MEP, civil drawings — PDFs, DWG exports, project manual / specs, addenda, revision packages. From your bid-portal download, your project folder in Procore or Box, or directly from the architect. We accept the channel and the format your estimating team already collects.

Extraction & Classification

Linear feet, square feet, cubic yards, fixture counts measured per sheet. Trade classification per CSI MasterFormat division (03 Concrete, 09 Finishes, 23 HVAC, etc.). Quantities organized by location and area to drop into bid-package builds.

Validation Against Specs and Addenda

Drawing intent cross-referenced against the project manual / specification language. Addendum-driven scope changes flagged against the prior takeoff. Drawing-vs-spec discrepancies surfaced for the senior estimator. Anything below your confidence threshold per measurement is routed to a human exception queue — your call which queue, ours or yours.

Push to System of Record

Structured takeoff delivered into Bluebeam Studio, PlanSwift, On-Screen Takeoff, ProEst, or Sage Estimating via the documented integration or import schema. Bid-package builder ready for sub invites by trade. Excel takeoff export for the estimate review meeting.

Audit Log Persisted

Every measurement, classification, and spec cross-reference logged with the source sheet, model version, prompt, and confidence score. Defensible chain of custody for the takeoff if a sub disputes scope at award or change-order time.

Compliance & Defensibility

Built to Meet the Quality Bar Preconstruction Already Runs On

CSI MasterFormat conformance

Quantities classified per CSI MasterFormat division (03 Concrete, 04 Masonry, 09 Finishes, 23 HVAC, 26 Electrical, etc.) so the takeoff drops directly into your existing bid-package and trade-scope structure.

AIA contract and bid-form posture

Quantities reconcile against the project manual and specification language so the takeoff matches what AIA A201 and project-specific Division 01 require. No takeoff that contradicts the spec without flagging it for review.

Award- and change-order-defensibility

If a sub disputes a scope at award or files a change order claiming the drawings show a different quantity, you can produce the chain of custody for any measurement — what was on the sheet, what the spec said, and what the takeoff captured. Cleaner than rebuilding from Bluebeam markups months later.

Drawing confidentiality and data residency

Drawings and specs contain owner IP and competitive bid information. Deployable in your VPC or our SOC 2 environment. Encryption in transit and at rest; retention policies set against your project closeout schedule.

Common Questions

What Mid-Market GCs Ask About Plan Takeoff

Bluebeam, PlanSwift, On-Screen Takeoff, ProEst, and Sage Estimating are the systems where the takeoff lives once it's been built — and they all have improving measurement features. The competitor on this page is the offshore takeoff estimator line on your preconstruction budget — typically Outsource2india, Tejjy, McLine Studios, BuildSourced, or a captive offshore shop running $400–$2,500 per takeoff. We undercut that labor cost, integrate directly into your existing Bluebeam / PlanSwift / OST / ProEst / Sage deployment, and deliver structured takeoff data into the system of record.

Plan takeoff is the upstream activity — measuring quantities off architect and engineer drawings before bids go out. Bid extraction is the downstream activity — leveling and normalizing the bids that come back from the subs. Different inputs (drawings vs sub bids), different deliverables (quantities vs leveling sheet), different cycle-time pressures. We built each as a separate page so the workflow, the systems of record, and the BPO comparison stay specific to what you actually buy.

Most GCs keep the takeoff contract in place during pilot and early production — we route exceptions to it. Volume to the BPO drops 60–85% on plan takeoff once cutover completes. You renegotiate at the next renewal from a much better position, or shift the contract to higher-complexity work like full quantity-surveying takeoffs on negotiated work or design-assist projects.

Our pilot success threshold is structured-quantity extraction accuracy at parity with or above your incumbent BPO, measured on the same shadow-data sample. Anything below your defined confidence threshold per measurement is routed to a human exception queue — your call which queue, ours or yours. Net throughput goes up because high-confidence takeoffs stop sitting in a 3–5 day queue waiting on the next shift.

Drawing intent is cross-referenced against the project manual and specification language at extraction time. When the drawing shows one quantity and the spec implies another, the takeoff flags the discrepancy with both the sheet and the spec-section evidence so the senior estimator makes the call on a richer file. Addenda are diffed against the prior takeoff — the new revision's quantity changes are highlighted against what the original drawing set captured.

Yes — through the standard integration patterns each platform supports. Bluebeam via Bluebeam Studio's session and markup APIs; PlanSwift via CSV and XML import; On-Screen Takeoff via its project file format; ProEst via its estimating import schema; Sage Estimating via the database import format. Your IT team reviews and approves a service account, and we connect through the documented integration. We do not require platform-side custom development.

Plan-takeoff pilots typically run 6–8 weeks: 1–2 weeks of integration and CSI-mapping calibration with your estimating team, 4 weeks of shadow-mode running on real drawing sets with no system-of-record writes, 1–2 weeks of supervised cutover on a constrained scope (one trade, one project type, one estimator). Production rollout is staged after the pilot meets your accuracy and SLA bar.

We benchmark against your current per-takeoff cost — typically $400–$2,500 at offshore estimators billed at $15–$30 per hour. Our target is 30–50% of that per-takeoff cost at higher accuracy and faster cycle time. Pricing structures around volume tiers and outcome SLAs, not hourly billable rates.

Two Ways to Start

Take the AI assessment for a structured read on plan-takeoff feasibility in your operation. Or talk to us if you already know offshore takeoff is your highest preconstruction labor line.

Self-serve · 8 minutes

Take the AI Assessment

A short structured assessment that maps your monthly takeoff volume, current offshore unit cost, and estimating system of record to AI feasibility and ROI. Tailored read in your inbox.

Talk to a specialist

Get a Per-Takeoff ROI Model

Send us your monthly takeoff volume, current offshore estimating arrangement, and target system of record (Bluebeam, PlanSwift, OST, ProEst, Sage). We'll come back with a per-takeoff unit-cost comparison and a 6–8 week pilot plan in 5 business days.

Other Workflows

More Construction Workflows We Replace

The same approach, applied to the other document-heavy labor lines on your preconstruction and project-controls budget.

Subcontractor Bid Extraction

Sub bids — PDFs, emails, Procore folders — trade-classified, scope-extracted, and delivered as side-by-side leveling sheets in hours, not days.

Submittal Log Review

Submittals matched against specs and routed in Procore or Autodesk Build — without the project-engineer bottleneck.

RFI Processing

RFIs classified, routed, and tracked to closure. Scope questions and change requests separated at intake.

Lien Waiver Tracking

Conditional and unconditional waivers matched to pay-app line items per state rules — gating payment release in Textura, GCPay, or Procore.