Stucco and EIFS Estimating and Takeoff Services

We quantify stucco and EIFS from your elevations and wall sections — lath, coats, insulation board, mesh, accessories and the drainage plane behind the system — kept as separate line items and delivered as an editable Excel workbook with the marked-up plan set.

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What We Take Off

Stucco and EIFS are routinely treated as the same trade and they are not. Traditional stucco is a cementitious system over lath, applied in coats, heavy and hard. EIFS is insulation board with a thin reinforced coating over it, light and soft. They cost differently, fail differently, and carry different code and drainage requirements. An estimate that does not distinguish them is not describing either.

System identificationtraditional three-coat stucco, one-coat stucco, barrier EIFS and drainage EIFS quantified as distinct systems, since they differ in build-up, cost and code treatment

Water-resistive barrierby area including laps, with the number of layers stated, because traditional stucco over a wood substrate commonly requires two layers rather than one

Drainage planedrainage mat, grooved insulation board or furring by area, which is what separates a drainage system from a barrier one and is a code requirement in most of the country

Lathself-furring metal lath, paper-backed lath or wire by area with the fastening schedule, plus the corner reinforcement and lath laps

Stucco coatsscratch, brown and finish coats each quantified by area, since a three-coat system is three separate applications with curing between them and a one-coat system is not

EIFS insulation boardby area and thickness with the board type, plus the adhesive or mechanical attachment method the assembly specifies

Base coat and meshby area with the mesh weight specified, separating standard mesh from the heavy-duty and high-impact mesh required at ground level and high-traffic areas

Finish coatby area with the texture and colour specified, since texture affects both material consumption and application rate

Accessoriescasing bead, corner bead, control and expansion joints, weep screed, drip edge and terminations by linear foot and profile, each counted individually

Weep screed and terminationsat the base of every wall and above every opening, which are code-required details and a common omission

Openingstrim, returns, sills, head flashing and the reinforcement at every corner of every opening, where diagonal mesh at opening corners is a specified requirement and a common crack location

Control and expansion jointsby linear foot at the spacing the system requires, which is substantially closer than most estimators assume and is a real accessory quantity

Architectural featuresbands, reveals, cornices, quoins, arches and shapes counted individually, since these are slow detailed work well above the field rate

Substrate preparationsheathing condition, levelling and any required transition on re-clad work

Flashing interfacehead, sill and transition flashing where the system meets openings, roofs and other cladding, counted as detailed conditions

Sealantat every termination, joint and dissimilar-material interface by linear foot and joint size

Access and stagingarea split by working height and access method, since this is an exterior trade worked entirely from staging above the first storey

Curing and weather provisionstraditional stucco requires curing time between coats and has temperature limits, which is a schedule item as well as a cost one

How Stucco & EIFS Quantities Are Measured

Every quantity below is reported in the unit the scope is actually bought and bid in — not converted into a single convenient unit that hides where the cost sits.

System areaSF by system typeTraditional three-coat, one-coat, barrier EIFS and drainage EIFS quantified as distinct systems, never as one wall area.

Water-resistive barrierSF including laps and layersWith the number of layers stated — traditional stucco over wood commonly requires two, not one.

LathSF with fasteningBy type with the fastening schedule, plus corner reinforcement and lath laps counted.

Stucco coatsSF per coatEach coat separately. Three-coat is three applications with curing between; one-coat is a different system.

EIFS boardSF by thicknessWith the attachment method, since adhesive and mechanical attachment are different operations and different costs.

Base coat and meshSF by mesh weightStandard, heavy-duty and high-impact mesh separated. Ground-level areas commonly require the heavier grades.

AccessoriesLF by profileCasing bead, corner bead, control joints, weep screed and drip edge each counted by profile.

Control jointsLF at required spacingAt the spacing the system actually requires, which is closer than most estimates assume.

Opening reinforcementEA per cornerDiagonal mesh at every opening corner is specified and it is the most common crack location when omitted.

Architectural featuresLF or EA by typeBands, reveals, cornices and shapes counted individually — slow detailed work far above the field rate.

SealantLF by jointAt terminations, joints and dissimilar-material interfaces, by joint size and sealant type.

AccessSF by method and heightLadder, scaffold, lift or swing stage, because this is staged work for essentially its whole height.

Who This Is For

General contractors carrying this trade directly, or checking a subcontractor's number before it goes into the bid.

Subcontractors pricing their own scope in this division.

Developers and owners validating a number they've already been given.

Material suppliers and distributors verifying a customer's order.

What You Receive

An itemized Excel takeoff, organized by division
A marked-up plan set — every quantity traces back to a location on the drawings
Labor, material and equipment split out separately
Waste and overage factors shown as visible line items
An assumptions and exclusions schedule

Marked-up stucco & eifs plan crop

What Moves the Number on Stucco & EIFS

Which system it actually is. A three-coat stucco wall, a one-coat stucco wall and a drainage EIFS wall are three products with three build-ups, three application sequences and three price points. They also differ in weight, which can affect the substrate. Estimating them interchangeably is not a small error — it is pricing a different building.

Coat count and curing. Traditional three-coat stucco is three separate applications with curing time between them, which means three mobilisations of the crew across the same wall and a schedule duration that a one-coat system does not have. The labor difference is larger than the material difference.

Accessory linear footage. Casing bead, corner bead, control joints, weep screed, drip edge and terminations are a large linear quantity, and control joint spacing requirements are closer than most people assume. On an articulated elevation with many openings and changes of plane, accessories can rival the field material.

The drainage plane. Barrier EIFS is largely history because of the moisture failures it produced, and current codes require a drainage plane behind the system in most conditions. That means drainage mat or grooved board, a properly detailed water-resistive barrier behind it, and flashing at every termination. Pricing a barrier system where a drainage one is required understates both cost and risk.

Openings and articulation. Every opening brings trim, returns, sill detail, head flashing, sealant and diagonal mesh reinforcement at each corner. An elevation with many small windows is far more expensive per square foot than a blank wall of the same area, and no area rate reflects that.

Architectural features. Bands, reveals, cornices, quoins and arched openings are formed or shaped work that runs at a fraction of field productivity. They are counted individually because they behave like separate items rather than like a surface, and on a decorative elevation they can carry most of the labor.

Weather and temperature. Cementitious plaster has temperature limits and needs curing; coatings have application temperature and humidity windows. Cold or wet weather means enclosure, heating, extended schedule or a stop. On a winter programme this is a real cost and a real duration rather than a footnote.

What We Need From You

A complete set is ideal, but rarely what exists. Send what you have — we will tell you at quote stage what can be quantified firm and what has to be an allowance.

Exterior elevations with materials, extents and features identified
Wall sections and exterior details — the governing documents, since the system build-up lives there
Specification sections for portland cement plaster and for EIFS, which identify the system and its class
Details at openings, terminations, transitions, base of wall and roof interfaces
Control joint layout, or confirmation of the required spacing
Window and door schedules, for opening counts and trim conditions
Details for bands, reveals, cornices and any shaped features
Wind design criteria for attachment requirements
For re-clad work: existing system information, substrate condition and any moisture investigation

How It Works

1 Send your plans — PDF, DWG, DOC, images or ZIP, up to 100MB per file.
2 Get your quote — a flat price for the scope with a delivery date, confirmed in writing.
3 Approve — nothing starts until you confirm.
4 We take it off — quantities from the drawings and schedules.
5 Delivery — workbook, marked-up set, assumptions schedule.

How Pricing and Turnaround Work

Every project is priced individually from your drawings. Send the plan set and you get a flat quote for the scope before any work starts — no hourly billing, no open-ended engagement.

Turnaround depends on the size of the package and how many trades are in scope — which is why you get a firm delivery date with your quote rather than a generic promise.

Tools and Standards

Takeoffs are produced in Bluebeam, PlanSwift, Trimble, STACK, organized against CSI MasterFormat divisions — this scope is specified under Division 09 — Finishes (09 24 00 Portland Cement Plastering) and Division 07 (07 24 00 EIFS).

Quantities and assemblies are read against the published standards that govern this trade, because the standard is what decides whether two apparently identical items are actually the same line item:

ASTM C926 — application of portland cement-based plaster
ASTM C1063 — installation of lathing and furring for portland cement-based plaster
ASTM C1397 — application of Class PB Exterior Insulation and Finish Systems
ASTM E2568 — PB Exterior Insulation and Finish Systems
ASTM C1177 — glass mat gypsum substrate for use as sheathing
EIMA guidelines for EIFS design and installation
Manufacturer installation instructions, which on warranted systems are a condition of the warranty

Pricing is built on RSMeans cost data localized to your project's market, then reconciled against current supplier quotes and our own completed project costs. Every estimate states its pricing basis and the date it was priced.

Why Stucco & EIFS Is Estimated Wrong

Stucco and EIFS treated as one trade. They are different systems with different build-ups, weights, costs and failure modes. Pricing one as the other is not a refinement issue, and the fact that they are frequently drawn with similar hatching on an elevation is exactly why the wall section has to be read.

Coats not counted individually. A three-coat system is three applications with curing between them, which is three passes of labor over the same wall plus schedule duration. Pricing it as one coated area understates the labor by roughly the coat count and misses the programme implication entirely.

Accessories carried as a percentage. Control joints at their actual required spacing, plus casing bead, corner bead, weep screed and terminations, add up to a large linear quantity on any articulated elevation. A percentage of area cannot know how many corners and openings a building has.

Drainage plane omitted. Current code generally requires a drainage plane behind EIFS and a properly detailed barrier behind stucco. Pricing a barrier assembly where a drained one is required leaves out drainage mat or grooved board, a second WRB layer in many cases, and the flashing that makes it work.

Opening corner reinforcement missed. Diagonal mesh at each corner of each opening is a specified detail, it is small, and it is the single most common location for cracking when it is left out. Counted per corner it is trivial; omitted, it becomes a callback.

Architectural features absorbed into field area. Bands, reveals, cornices and arches run at a fraction of field productivity and are formed work rather than surface work. On a decorative elevation they can carry most of the labor while barely registering in the area calculation.

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Frequently Asked Questions

Do you price stucco and EIFS differently?

Yes, always — they are different systems. Traditional stucco is a cementitious system over lath applied in coats; EIFS is insulation board with a thin reinforced coating. They differ in build-up, weight, cost, code treatment and failure mode, so we identify which one the wall section actually shows before pricing anything.

Do you count stucco coats separately?

Yes. A three-coat system is three applications with curing time between them, meaning three passes of labor over the same wall plus real schedule duration. Pricing it as a single coated area understates the labor by roughly the coat count and hides the programme implication.

Do you include the drainage plane?

Yes, where the system requires it — which is most of the country now. Drainage mat or grooved board, the water-resistive barrier behind it with the correct number of layers, and the flashing at terminations are quantified as their own items rather than assumed into the system rate.

How do you handle accessories and control joints?

By linear foot and profile, counted individually — casing bead, corner bead, control joints, weep screed, drip edge and terminations. Control joint spacing requirements are closer than most estimates assume, and on an articulated elevation the accessories can rival the field material.

Do you price architectural features?

Yes, individually. Bands, reveals, cornices, quoins and arched openings are formed work running at a fraction of field productivity, and on a decorative elevation they can carry most of the labor while barely showing up in the area calculation.

Do you estimate stucco and EIFS remediation?

Yes, and it prices on its own basis. Removal, substrate and sheathing repair, moisture damage investigation and the conversion of a barrier assembly to a drained one are what drive these numbers, and where the existing condition has not been investigated we state the assumption rather than pricing an ideal substrate.

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