# Quantity Takeoff Sample: Formats, Examples & Templates
Author: Brands SurgeAIO
Author URL: https://www.meltplan.com/blogs/author/brands-surgeaio
Published: 2026-11-04
URL: https://www.meltplan.com/blogs/quantity-takeoff-sample

An estimator who skips a structured quantity takeoff and works straight from a rough material guess finds out the gap the hard way - on the invoice, weeks after the concrete truck has already come and gone. A quantity takeoff sample shows exactly what a defensible, line-by-line measurement looks like before that number ever reaches a bid.

## **Key Takeaways**

- **A quantity takeoff (QTO) is a measured, itemized list of materials, labour, and equipment needed to complete a project.** It's the foundation of every construction estimate, not a rough guess dressed up in a spreadsheet.

- **Quantity takeoff and material takeoff are related but not identical.** Material takeoff (MTO) lists materials and types; quantity takeoff is the broader measurement that also covers labour and equipment.

- **The takeoff formula stays consistent across trades.** Volume, area, and linear measurements follow the same length × width × height logic - what changes is the unit of measure and the waste factor applied.

- **A quantity takeoff sample is only useful if it's traceable.** Every line item should show the source drawing, the raw dimension, the formula applied, and the final quantity - not just a number.

- **Excel remains the default format for quantity takeoff sheets**, even at firms using BIM-based software, because it's flexible enough to adapt to any trade or project size without a licensing barrier.


## **What Is a Quantity Takeoff?**

A quantity takeoff is a detailed measurement of the materials, labour, and equipment required to complete a construction project, extracted directly from drawings, specifications, and models. It's the process that converts a design into a quantified list an estimator can price.

The objective of a quantity takeoff is straightforward: produce accurate, traceable quantities so an estimate reflects what the project actually requires, not an approximation. Every dollar in a construction bid ultimately traces back to a quantity someone measured off a drawing.

Quantity takeoff sits at the front of the estimating process. An estimate begins with a quantity takeoff, because pricing anything before the quantities are known just means pricing a guess.

Once quantities are measured, unit costs, labour rates, and equipment costs get applied to produce the estimate itself. For the full workflow this fits into - from drawing review through pricing and bid leveling - see our guide on [construction takeoff, estimating, and bid leveling](https://www.meltplan.com/blogs/construction-takeoff-estimating-and-bid-leveling).

## **Quantity Takeoff vs. Material Takeoff**

These two terms get used interchangeably, but they describe different scopes of work. Knowing the distinction matters when deciding what a takeoff sheet needs to capture.

**Material takeoff (MTO)** is a list of materials with quantities and types - grades of steel, classes of concrete, specific brick or block sizes - generated by analyzing drawings or a model. Its job is to answer one question: what has to be purchased.

**Quantity takeoff (QTO)** is broader. It includes materials but also covers labour hours and equipment time needed to install those materials - the full measured basis for a cost estimate, not just a purchasing list.

In practice, most estimating teams use "takeoff" loosely to mean either. The sample sheet formats below work for both - the difference shows up in which columns get filled in.

## **The Quantity Takeoff Formula and Method**

![Takeoff Formula and Method](https://prod.superblogcdn.com/site_cuid_cmsrfxcxy000e01wdzeb6bv86/images/image-cp-1793784930931-compressed.png)

The math behind a quantity takeoff is simple; the discipline is in applying it consistently and documenting every step.

**Area takeoffs** (flooring, drywall, roofing): Area = Length × Width, summed across all rooms or sections, with openings subtracted.

**Volume takeoffs** (concrete, excavation, fill): Volume = Length × Width × Height (or Depth), the standard formula for earthwork and concrete quantity takeoff alike.

**Linear takeoffs** (framing, piping, conduit, trim): total linear footage measured along the run, with fittings and waste added separately.

**Count takeoffs** (doors, fixtures, outlets): a direct item count, with no formula beyond tallying occurrence on the drawings.

The quantity takeoff method that ties these together follows a consistent sequence: review the documents, identify what needs to be measured, take the raw dimensions, apply the correct formula, subtract deductions, add a waste factor, and record the final quantity against its source. When doing a quantity takeoff, the last step is always reconciling the total against the drawing set and specifications one more time.

Catching an error before it reaches the estimate is far cheaper than catching it after award.

## **Quantity Takeoff Sample: PDF vs. Editable Excel**

A quantity takeoff sample shows up in two common formats, and the difference matters depending on what you need it for. A quantity takeoff example PDF is a finished, static record - useful for submitting with a bid package, archiving against a specific drawing revision, or sharing with a reviewer who shouldn't be able to edit the underlying formulas.

A quantity takeoff PDF is the right format once the numbers are locked and the takeoff is being handed off, not while it's still being built. An editable quantity takeoff sheet Excel file is the working format instead-the one an estimator actually builds the takeoff in, where formulas recalculate live as dimensions change or a drawing revision comes in.

Most firms work in Excel throughout the takeoff and estimating process, then export a locked PDF only when a proposal or bid submission goes out the door. Keeping the live Excel version as the source of truth, and treating PDF exports as snapshots, avoids the common problem of two people editing "the real numbers" in different files at the same time.

## **What a Completed Quantity Takeoff Sheet Looks Like**

A quantity takeoff sample sheet is organized by item, not by a single running total, so every quantity can be traced back to its source dimension. A typical row-level format looks like this:

**Item**

**Description**

**Dimensions**

**Formula**

**Quantity**

**Unit**

**Waste %**

**Final Qty**

1

Spread footing excavation

3.0m × 3.0m × 1.2m

L×W×D

10.8

m³

10%

11.9 m³

2

Foundation concrete, 4000 psi

3.0m × 3.0m × 0.6m

L×W×D

5.4

m³

5%

5.67 m³

3

CMU wall, 8-inch block

12m long × 3m high

L×H

36

m²

5%

37.8 m²

4

Rebar, #4 (12mm)

240 linear meters

Direct count

240

m

8%

259.2 m

Every completed row carries five things: the raw dimensions pulled from the drawing, the formula applied, the calculated quantity, a waste allowance appropriate to the material, and the final quantity that flows into pricing. A quantity takeoff sample without a visible formula column is far harder to audit - a reviewer can't tell whether an error is in the measurement or the math.

## **Trade-Specific Quantity Takeoff Examples**

Different trades apply the same core method but with different measurement conventions and waste allowances. Reviewing a few worked examples makes the differences concrete.

**Earthwork quantity takeoff:** Excavation and fill are measured in cubic meters or cubic yards, using cross-sections or the average end area method for larger cuts. A 10m × 8m foundation excavated to 2.5m depth: Volume = 10 × 8 × 2.5 = 200 m³, before swell and shrinkage factors are applied for haul-off calculations.

Swell factors matter here specifically because excavated soil occupies more volume once it's loosened than it did in place. A takeoff that ignores this under-orders trucking and disposal.

**Concrete quantity takeoff:** Concrete volumes are measured by structural element - footings, slabs, columns, beams - each with its own formula, then summed by mix design since different elements often specify different concrete grades. A concrete quantity takeoff Excel spreadsheet typically breaks these out by element so pour sequencing and truck scheduling can reference the sheet directly, rather than working from a single combined total that hides which pour needs which mix.

**Masonry quantity takeoff:** Measure wall area in square meters or square feet, then convert to unit count using standard block or brick coursing (a typical 8-inch CMU wall runs roughly 12.5 blocks per square meter). Subtract openings for doors and windows before converting to units.

Mortar joint width also factors into the final block count on larger walls, where a fraction of an inch per joint compounds across dozens of courses.

**Formwork material takeoff:** Formwork is measured by contact area - the surface of concrete the formwork touches - not by the volume of concrete itself. A column form's quantity is its perimeter times its height, not its cross-sectional area.

This distinction trips up estimators new to concrete work more than almost any other formula in this guide, since it's easy to default to a volume-based mindset carried over from the concrete takeoff itself.

**Piping material takeoff:** Measure piping by linear footage per pipe size and material spec, and count fittings (elbows, tees, valves) separately since they're priced per unit, not per foot. A piping material takeoff excel sheet typically groups by pipe diameter first, then by fitting type, since labour productivity varies significantly by size.

Running 2-inch copper and running 8-inch steel are not comparable on a per-foot labour basis, even though both are "piping."

## **Quantity Takeoff Excel Template: Structure and Columns**

A construction takeoff Excel template needs a consistent column structure to stay usable across trades and project sizes. The core columns that belong in any quantity takeoff excel template:

- **Item number** \- a stable reference used in both the takeoff and the resulting estimate

- **Description** \- specific enough to price against (not "concrete," but "4000 psi footing concrete")

- **Location or drawing reference** \- which sheet and detail the dimension came from

- **Raw dimensions** \- length, width, height/depth as measured

- **Formula or calculation method** \- so the quantity is auditable, not just asserted

- **Unit of measure** \- consistent within each item type (m³, m², linear meters, or each)

- **Waste or contingency factor** \- trade-specific, typically 3–5% for concrete, 5–10% for steel and tile, 2–5% for masonry

- **Final quantity** \- the number that flows into pricing


A free construction takeoff template Excel file built around these columns works for a quantity takeoff spreadsheet on nearly any trade - the column structure doesn't change; only the item descriptions and waste factors do. Once you capture quantities this way, they map directly to CSI divisions for pricing.

Our [CSI MasterFormat guide](https://www.meltplan.com/blogs/csi-masterformat-explained-the-division-system-every-gc-estimator-needs-to-know) explains how that division structure should organize both the takeoff and the estimate that follows.

Once the quantities are locked, the next step is applying pricing - labour rates, material costs, and equipment rates against each line item. Our guide on [how to estimate construction costs](https://www.meltplan.com/blogs/how-to-estimate-construction-costs-a-practical-guide-for-gc-estimators) covers that pricing step in detail.

Our roundup of [free construction unit cost databases](https://www.meltplan.com/blogs/free-construction-unit-cost-databases) is a useful source for baseline unit pricing when a firm doesn't have enough historical data to price a takeoff confidently.

A completed quantity takeoff also becomes the basis for comparing subcontractor bids later in the process - a GC's own takeoff is what makes it possible to catch a scope gap in an incoming sub bid. Our guide on [how to level subcontractor bids](https://www.meltplan.com/blogs/how-to-level-subcontractor-bids-a-step-by-step-process-for-gc-estimators) covers how that comparison should work.

## **Quantity Takeoff Software and Tools**

Manual Excel takeoffs remain common, but several software categories now handle all or part of the measurement process.

**Autodesk quantity takeoff tools:** Autodesk Takeoff (part of Autodesk Construction Cloud) and Civil 3D both extract quantities from 2D drawings or 3D models. A Civil 3D quantity takeoff tutorial typically covers surface-to-surface volume calculations for earthwork - a workflow that's materially faster than manual cross-sectioning once the surfaces are modelled correctly.

**AutoCAD-based takeoff:** Quantity takeoff in AutoCAD relies on measurement tools and area/length commands run directly against 2D drawings, without the volumetric modeling that Civil 3D or full BIM platforms provide.

**Bentley OpenBuildings takeoff:** Bentley's OpenBuildings platform offers model-based quantity extraction similar in concept to Autodesk's BIM tools. It's more common on infrastructure and civil projects already standardized on Bentley's design software.

**BIM-based concrete quantity takeoff:** When a building information model includes accurate material and dimensional data, concrete quantity takeoff can be generated automatically from the model rather than measured manually. That's a meaningful time-saver, with the caveat that a software-generated quantity takeoff sample is only as accurate as the model it's pulled from.

Firms evaluating a shift from manual to software-based takeoff should weigh bid volume against tool cost. Our guide on [construction estimating software for GCs](https://www.meltplan.com/blogs/best-construction-estimating-software-for-general-contractors-2026) compares the leading platforms across exactly that tradeoff.

Regardless of which tool performs the measurement, the estimator still makes the judgment calls on waste factors, deductions, and scope interpretation. Software speeds up the mechanical part of a takeoff, not the professional review.

For more on how that role fits into a firm's broader preconstruction team, see our guide on [what a construction estimator does](https://www.meltplan.com/blogs/what-does-a-construction-estimator-do-a-complete-guide-to-the-role).

## **Quantity Takeoff in Quantity Surveying and the PE Exam**

Quantity surveying takeoff is the formal discipline built entirely around this measurement work. Quantity surveyors specialise in producing accurate, standardised takeoffs and cost estimates, particularly on larger commercial and infrastructure projects where a dedicated measurement role is justified.

Quantity takeoff methods also appear on the PE exam's construction discipline, where candidates are tested on applying the correct formula (area, volume, linear, or count) to a given set of drawings or dimensions, then producing an accurate final quantity. These are the same fundamentals covered in this guide, applied under exam conditions.

## **Common Mistakes in Quantity Takeoff**

The same handful of errors show up across almost every trade-specific quantity takeoff sample that comes back inaccurate. Recognising the pattern is most of the fix.

**Mistake 1: Mixing unit systems mid-calculation.** Converting between metric and imperial partway through a takeoff is one of the most common sources of error. Prevention: Pick one unit system for the entire project and stick with it end to end.

**Mistake 2: Applying a generic waste factor to every material.** Concrete, steel, tile, and masonry all carry different realistic waste percentages; using one flat number under- or over-states quantities. Prevention: apply trade-specific waste factors and document the source.

**Mistake 3: Skipping the deduction step.** Failing to subtract door and window openings from wall area, or subtracting embeds from concrete volume, inflates every downstream quantity. Prevention: build deductions into the sheet as their own line items, not a mental adjustment.

**Mistake 4: No source reference on each line.** A quantity takeoff sample without a drawing or detail reference can't be checked or updated when the design changes. Prevention: record the sheet number and detail for every measured item.

**Mistake 5: Treating the takeoff as a one-time exercise.** Drawings get revised; a takeoff frozen at an early design stage drifts out of sync with the current documents. Prevention: re-verify quantities against the latest issued drawings before final pricing.

## **Quantity Takeoff on Government and Public Construction Projects**

![Construction Projects](https://prod.superblogcdn.com/site_cuid_cmsrfxcxy000e01wdzeb6bv86/images/image-cp-1793784933941-compressed.png)

Public agencies hold quantity takeoff to a documented standard that private work doesn't always require. The U.S. Army Corps of Engineers, one of the largest public construction owners in the country, requires that estimates be based on a detailed quantity takeoff maintained in an organised, retrievable format.

That format must be examinable or recalculable if a bid is challenged-a standard USACE's [Cost Engineering](https://www.usace.army.mil/Missions/Cost-Engineering/) function maintains across its civil works and military construction programs.

That documentation standard is a useful benchmark even on private work. A quantity takeoff sample that a second reviewer can't recalculate isn't defensible if a bid is questioned or a change order is disputed later.

## **Conclusion**

A quantity takeoff sample is only as useful as its traceability - every quantity should lead back to a specific dimension, formula, and source drawing, whether it's built in a simple Excel sheet or extracted from a BIM model. Formulas stay consistent across area, volume, linear, and count takeoffs; what changes is the waste factor, the unit of measure, and the level of software support used.

Getting the takeoff right makes everything downstream-pricing, bidding, and budget control-actually defensible.

## **Frequently Asked Questions**

**What is a quantity takeoff in construction?**

A quantity takeoff is a detailed, measured list of the materials, labour, and equipment needed to complete a construction project, extracted from drawings, specifications, or a model. It's the foundation of every construction cost estimate.

**What is the objective of a quantity takeoff?**

The objective is to produce accurate, traceable quantities so a cost estimate reflects what a project actually requires, not an approximation. Every material, labour hour, and equipment cost in a bid should trace back to a measured quantity.

**When doing a quantity takeoff, what's the last step?**

The final step is reconciling the completed quantities against the current drawing set and specifications, confirming nothing was missed or double-counted before the numbers move into pricing.

**Does an estimate begin with a quantity takeoff?**

Yes. Pricing can't happen accurately before quantities are known, so every construction estimate starts with a quantity takeoff, followed by applying unit costs, labour rates, and equipment costs to those measured quantities.

**What's the difference between quantity takeoff and material takeoff?**

Material takeoff (MTO) lists materials and their types; quantity takeoff (QTO) is broader, covering materials, labour, and equipment together as the full measured basis for a cost estimate.

**What's a good quantity takeoff formula for concrete or earthwork?**

Volume = Length × Width × Height (or Depth) covers most concrete and earthwork takeoffs. The same formula applies to a footing, a slab, or a cut-and-fill excavation - only the dimensions and waste factor change.

**Is Excel still used for quantity takeoff, or has software replaced it?**

Excel remains widely used, even at firms running BIM-based software, because it's flexible enough to adapt to any trade or project size. Software like Autodesk Takeoff, Civil 3D, and Bentley OpenBuildings speeds up model-based takeoffs but doesn't fully replace spreadsheet-based takeoff on drawing-only projects.

**What waste factor should I use in a quantity takeoff?**

Waste factors are trade-specific: roughly 3–5% for concrete, 5–10% for steel and tile, and 2–5% for masonry are common starting points, adjusted based on project complexity and historical data.

**Where can I see a quantity takeoff sample before building my own?**

Reviewing a quantity takeoff sample with visible formulas - like the worked examples in this guide - is the fastest way to understand the expected format before building a sheet from scratch. Look for a sample that shows the raw dimension, the formula, the waste factor, and the final quantity on every row, not just a finished total.


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