Your takeoff, measured on the drawing and ready to estimate
Calibrate the scale, measure, and every quantity lands on its budget line item, backed by the drawing.
Matterial's takeoff happens on the drawing itself: you upload the sheet as a PDF or image, calibrate the scale against a dimension you know, and measure lengths, perimeters, areas, volumes and piece counts. Each measurement gets a name, sits on a layer and is sent to the budget line item it feeds, so the quantity and its backup live together. If you have the BIM model, the IFC gives you quantities by type and by level without measuring.
| Material | Unit | Quantity |
|---|---|---|
| Concrete f'c=250 | m³ | 148.5 |
| Rebar | ton | 12.4 |
| Standard formwork | m² | 620 |
| Block wall | m² | 385 |
| Concrete slab-on-grade | m² | 210 |
What problem it solves
Traditional takeoff is done with a scale ruler and Excel, line by line, and eats up whole days. A miscounted volume carries through to the final price and eats the margin; and because the measurement lives in one file and the drawing in another, nobody can check where each quantity came from.
How it works
Upload the drawing
Drag the sheet as a PDF or image into the project set. Every revision is kept and the current one is what the whole team sees.
Calibrate the scale
Draw over a dimension you know —a bay between grid lines, a gate— and type its real length. The sheet is calibrated.
Measure and count
Measure lengths, perimeters, areas and volumes (with their thickness), and count pieces with one click each. Everything stays drawn on the sheet.
Send it to the budget
Each measurement feeds the line item you choose, in its unit. Export the takeoff to Excel whenever you need it.
What's included
- Scaled measuring on PDF or image: length, perimeter, area, volume and angle
- Piece counts with one click per piece (works without calibrating)
- Named measurements on layers, drawn on the sheet
- Each measurement feeds a budget line item, in its unit
- Takeoff export to Excel and a summary for the client
- Quantities from the BIM model (IFC) by type and by level, without measuring
How to take off a project from the blueprint, in detail
What quantity takeoff really means (and what backup documentation is)
A takeoff translates the drawn project into measurable quantities: how much concrete, how much steel, how much block, how many square feet of finish. Those quantities are grouped by work section —general conditions, foundations, structure, masonry, finishes, MEP— and within each section by line item, the unit of work you later price and get paid for.
Behind every quantity there's backup: the breakdown that justifies where that volume came from —the beam run, the wall face, the floor area— piece by piece. On any serious project the backup isn't a luxury: it's what supports the baseline estimate and, later, every progress billing you send or approve. If the backup doesn't add up, the payment stalls.
Matterial's takeoff keeps that backup where it belongs: on the drawing. Each measurement stays drawn on the sheet, with its name and layer, and linked to the line item it feeds. It's your backup, organized and reviewable —not a loose sheet only you understand.
- Work section: the chapter of the project (foundations, structure, masonry, finishes…)
- Line item: the unit of work within a section, with its unit of measure (CY, lb, SF, LF, EA)
- Backup: the breakdown that justifies where each quantity came from
- Takeoff: the full quantity breakdown, organized by work section and line item, ready to price
How to take off a project from a blueprint
The starting point is always the blueprint. Taking off by hand means opening the drawing, setting the scale, going layer by layer with a scale ruler or marking areas on the PDF, and dumping every measurement into a spreadsheet. It's days of work, and the costliest mistake isn't the visible one: it's the cubic yard counted over or under that nobody revisits until the job is already underway.
In Matterial that work happens on screen, without a scale ruler: you calibrate the sheet once against a known dimension and measure with clicks —lengths, perimeters, areas, volumes with their thickness and piece counts. Every measurement stays traced on the drawing, so anyone can see what was measured and where.
And tying the measurement to its line item is the part that matters. You pick the budget line item that measurement feeds and the quantity arrives in its unit; if you delete or fix the measurement, the budget knows. You bring the construction judgment; Matterial makes sure no number gets lost between the drawing and the cost.
- Start from your PDF or image drawings, calibrated against a dimension you know
- Lengths, areas, volumes and pieces, each traced on the sheet
- Each measurement feeds a budget line item, in its unit
- With the IFC model, quantities by type and by level come off the model
From quantity to unit price: why the count decides the margin
A quantity on its own isn't money; it becomes money when you attach a unit price. And a line item's unit price is built from three things: materials, labor, and —depending on the item— tools and equipment. Labor is figured from the crew that performs the item and its production rate —how much that crew installs per day— whether you pay by the day (day rate) or by the unit installed (piece rate).
That's why the accuracy of the takeoff hits the margin directly. If the concrete volume comes in inflated, you inflate material, mix, and the crew days that place it; if it comes in short, your bid loses against reality and you eat the overrun. The unit price amplifies any quantity error as many times as there are line items depending on that volume.
In Matterial the takeoff doesn't end at the number: it's the base your estimate builds on. Each measurement reaches its line item with its unit and quantity, you assign the unit price —by hand or from your unit-price analysis— and the amount calculates itself. Measure once, correctly, and that quantity feeds everything that follows.
- Unit price = materials + labor (+ tools and equipment)
- Crew and production rate define how much labor each line item takes
- Day rate (paid by the day) or piece rate (the unit installed): two ways to cost the same quantity
- A quantity error multiplies across every line item that depends on it
The takeoff as a living baseline: from estimate to progress
The backup isn't used only once. The same breakdown that supports the baseline estimate is the yardstick you later measure progress against. On site there are two kinds of progress: physical —how much of each line item is installed, in its unit— and financial —how much of that has been billed or paid. Both are read against the taken-off quantities: without clear backup, you don't know whether the 60% the field reports is 60% of the work or 60% of the money.
Because each measurement stays on the drawing and linked to its line item, you always know where each quantity came from. When a new revision arrives, you upload it to the same set, compare the two versions with the overlay and re-measure only what changed. That traceability —from drawing to line item to quantity— is what lets you defend a progress billing to the client or the owner's rep without endless arguments.
That's why Matterial's takeoff is the starting point, not an island: it moves to the estimate, and from there the job continues to schedule, purchasing, progress and cost control with the same origin quantity. One set of backup, consistent from bid to closeout.
- Physical progress: how much of each line item is installed, in its unit
- Financial progress: how much of that has already been billed or paid
- Both are measured against the backup quantities
- One origin quantity, consistent from estimate to cost control
Takeoff in spreadsheets vs. with Matterial
How the work of taking off a project changes when you leave the spreadsheet and the photos-by-text behind.
| Today (spreadsheets and phone photos) | With Matterial | |
|---|---|---|
| Starting point | Measure the printed drawing with a scale ruler | Measure on screen over the PDF or image, with the scale calibrated |
| Takeoff time | Days per project, copying each measurement into Excel | You measure with clicks and the quantity is captured on the spot |
| Organization | Everyone with their own template and criteria | Named measurements on layers, on the same sheet |
| Volume errors | A miscount carries through without anyone noticing | Every measurement is drawn: you check it by looking at the drawing |
| Backup documentation | Loose sheets only their author understands | The backup lives on the drawing, linked to its line item |
| Moving to the estimate | Re-entering line items and quantities | Each measurement feeds its line item, in its unit |
| A design change | Redoing the affected sheets by hand | Upload the new revision, compare and re-measure only what changed |
| BIM model | Exporting schedules and rebuilding them by hand | The IFC gives quantities by type and by level |
An example takeoff (illustrative)
A hypothetical single-family home to show what a summarized takeoff by work section looks like. The volumes and the total are made up to illustrate the format of the breakdown; they aren't market prices or a figure from your project.
Hypothetical figures, only to explain the format of the breakdown. The total depends on the unit prices you assign in the estimate; Matterial doesn't set market prices.
Use cases
A bid invitation arrives with PDF drawings. Instead of printing and measuring with a scale ruler, they calibrate each sheet, measure slabs, walls and columns on screen and send each measurement to its line item: they reach the estimate with quantities already backed by the drawing.
The client sends their own takeoff in Excel. They check it by measuring the line items that don't add up on the same drawing, to catch inflated or missing volumes before signing, not when the job is already underway.
They need to put together the monthly progress billing. They lean on the line-item backup to report physical progress against the taken-off quantities and defend each volume to the owner's rep without arguments.
Before ordering the concrete for the slab, they check the taken-off volume for that line item so they don't over-order or come up short mid-pour, keeping waste in line with what the blueprint actually calls for.
Who it's for
Works with the rest of Matterial
Coming from another tool?
Guides to go deeper
Related terms
Frequently asked questions
What is construction takeoff in Matterial?
It's measuring your project on the drawing: you calibrate the sheet, measure lengths, areas, volumes and pieces, and each measurement feeds a budget line item in its unit. The quantity and its backup stay together.
How do you take off a project from a drawing?
You start from the drawing: set the scale, identify the elements and measure lengths, areas and volumes, grouped by work section and line item. In Matterial the scale is set with a known dimension and measurements are traced on screen over the PDF or image.
What is backup documentation?
It's the breakdown that justifies where each quantity came from —segment by segment, panel by panel. It supports the base estimate and every progress billing. In Matterial each measurement stays drawn on the sheet and linked to its line item, so the backup can be checked.
Does Matterial extract quantities from the drawing automatically with AI?
No. Today takeoff is done by measuring on the drawing with the scale calibrated; it's fast and every quantity is backed up. If you have the BIM model as IFC, quantities by type and by level come off the model without measuring.
Which drawing formats does it accept?
PDF or image (JPG, PNG or WebP) for measuring, and the IFC model from Revit, ArchiCAD or Tekla to read quantities off the model.
Can I fix a measurement?
Yes. You can rename it, move it to another layer, delete it or trace it again; if it fed a line item, Matterial warns you before that quantity stops counting.
Does it use AI credits?
No. Measuring, counting and sending quantities to the budget consume no credits.
Does it work for bids and tenders?
Yes. You measure the bid drawings, each quantity reaches its line item and you build the proposal with the unit-price estimate.
What comes after the takeoff?
The takeoff feeds the estimate with line items, units and quantities, and from there you can move on to schedule, purchasing and cost control.
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