Stucco and EIFS estimates fail when the wall is priced as one square-foot number. The scope actually breaks into wall area net of openings, linear feet of control and expansion joints, casing and corner beads, weep screed, drainage-plane layers, and sealant joints at every window and penetration. We take off each of those separately so your bid matches how the material is bought and installed.
- Deliverable
- Excel estimate + marked-up PDF plans
- Organized by
- CSI MasterFormat section
- Turnaround
- 24–48 hours for most projects
- Pricing
- ZIP-code-adjusted material and labor pricing
- Software
- Bluebeam Revu, PlanSwift, RSMeans data
You need this takeoff when you are bidding a residential or commercial project with portland cement plaster (09 24 13), acrylic stucco (09 25 13), or an EIFS assembly (07 24 13 or 07 24 16), or when you are buying out a stucco subcontractor and want to compare their scope against the drawings. We also price the related thermal and moisture scope — insulation and waterproofing — on the same plan set if it is in your package. As an outsourced stucco estimating company, we also support exterior finish estimating and plaster estimating services for contractors who need a second set of eyes on a bid package.
Our takeoff is organized by CSI MasterFormat division, with Division 09 and Division 07 line items separated. Quantities come from marked-up elevations and wall sections: every opening is tagged, every joint run is traced, and every bead is measured. We use Bluebeam Revu, PlanSwift, and ZIP-code-adjusted RSMeans data for material and labor pricing. Turnaround is 24–48 hours for most projects, with rush available. We also provide on-screen takeoff with marked-up plan sets, and we track materials such as lime, fiber mesh, metal lath, and EPS insulation by the square feet required, referencing standards such as ASTM C926 where the specification calls for them.
If you are comparing bids or need a stucco estimate for contractors, we can also price siding and roofing on the same plan set. Send us a set of drawings through our get an estimate page and we will return a line-item takeoff you can drop into your bid.
What the Stucco Takeoff and EIFS Takeoff Covers
We measure the full exterior envelope scope from the finish schedule and wall sections: substrate by type, lath or WRB, scratch and brown coats, finish coat, EIFS layers, and every accessory that runs linear. Flashing and sealant at openings are included when they are part of the stucco or EIFS contract.
Three-Coat Stucco
Scratch, brown, and finish coats measured by wall area net of openings, with lath and accessories.
SFAcrylic Stucco
Acrylic and one-coat stucco finishes by SF, including texture schedule and base coat.
SFEIFS Assembly
Insulation board by thickness, adhesive or mechanical attachment, base coat, and reinforcing mesh.
SFLath & Accessories
Self-furring, woven wire, or paper-backed lath with fasteners, casing, corner, and stop beads.
SF · LFJoints & Trim
Control, expansion, and building expansion joints by LF, plus reveal trim and weep screed.
LFDrainage Plane
Weather-resistive barrier and drainage plane by SF with laps, and EIFS starter track by LF.
SF · LFFlashing & Sealants
Head, sill, jamb, kick-out, and through-wall flashing by LF; sealant joints at windows and penetrations.
LF · EAScaffolding & Staging
Scaffolding and staging measured by wall face SF or lifts, including access and height adjustments.
SF · LSWhat every stucco & eifs estimating takeoff includes
- Three-coat portland cement plaster: scratch, brown, and finish coats by SF
- Acrylic and one-coat stucco finishes by SF and texture schedule
- Lath: self-furring, woven wire, or paper-backed, with fasteners
- Weather-resistive barrier and drainage plane by SF with laps
- EIFS insulation board by thickness, adhesive or mechanical attachment
- Base coat and reinforcing mesh over EIFS insulation by SF
- Control joints, expansion joints, and building expansion joints by LF
- Casing beads, corner beads, stop beads, and reveal trim by LF
- Weep screed, foundation screed, and EIFS starter track by LF
- Sealant joints at windows, doors, penetrations, and dissimilar materials
- Flashing: head, sill, jamb, kick-out, and through-wall by LF
- Scaffolding and staging measured by wall face SF or lifts
How We Take Off Stucco and EIFS
- Tag openings and trimWe mark every window, door, garage door, storefront, and louver on the elevations. Each opening is deducted from wall area and its perimeter is added back as casing bead or sealant joint length. This prevents the common error of deducting openings without recovering the trim and sealant that run around them.
- Trace joint and bead runsUsing the joint layout on the elevations and the wall section details, we trace control joints, expansion joints, and building expansion joints as continuous runs. Corner beads, stop beads, and reveal trim are measured the same way. Each run is tagged to the detail number so you can audit it.
- Build the wall assembly layer by layerFor each wall type on the finish schedule, we list substrate, weather barrier or drainage plane, lath or insulation board, base coat, reinforcing mesh, and finish coat. Thicknesses come from the specifications. We convert area to material volume for scratch, brown, and finish coats using the specified mix and thickness.
- Measure flashing and sealantHead, sill, jamb, kick-out, and through-wall flashings are measured by LF from the window and wall details. Sealant joints are measured by length and grouped by width and depth so the correct caulk quantity and labor rate can be applied. Backer rod and bond breaker are included where the detail calls for them.
- Apply waste and priceWaste factors are applied per material: lath and mesh by roll length, insulation board by cut layout, finish material by batch. We price with ZIP-code-adjusted RSMeans data and note any local labor conditions. The final estimate shows quantity, unit, material cost, labor cost, and total per line.
- Review and deliverWe run a quality check against the drawings and specifications, verifying that every wall type, opening, and detail is captured. We then assemble the Excel and PDF deliverables, including marked-up plans and a summary of assumptions and exclusions. Rush delivery is available if you need it sooner.
What We Need From You
- ElevationsAll exterior elevations with finish schedule, opening sizes, and joint layout. PDF or DWG.
- Wall sectionsTypical and specific wall sections showing substrate, WRB, lath, EIFS layers, and flashing.
- Finish scheduleStucco or EIFS type by elevation, texture, color, and thickness.
- Window and door detailsHead, sill, jamb, and kick-out flashing details to measure flashing and sealant.
- SpecificationsDivision 07 and 09 sections for product standards, thicknesses, and execution.
- Addenda and RFIsAny changes to the wall assembly or joint layout since the base drawings.
Sample Takeoff Format
This is how a stucco and EIFS takeoff appears in our Excel and PDF deliverables. Each line ties to a drawing sheet and a specification section.
| Section | Line item | Qty | Unit | Ref. |
|---|---|---|---|---|
| 09 24 13 | Three-coat stucco, scratch and brown coat, 7/8 in. total | 18,400 | SF | A-201 |
| 09 24 13 | Finish coat, sand float texture | 18,400 | SF | A-201 |
| 09 24 13 | Self-furring lath, 3.4 lb/yd | 18,400 | SF | A-201 |
| 07 25 13 | Weather-resistive barrier, 60-min, laps included | 19,200 | SF | A-202 |
| 07 24 13 | EIFS with drainage, 1 in. EPS, base coat and mesh | 4,800 | SF | A-203 |
| 07 92 00 | Sealant joints at window perimeters, 1/2 in. wide | 1,240 | LF | A-301 |
| 09 24 13 | Control joints, 1/2 in. wide, full depth | 1,240 | LF | A-201 |
| 09 24 13 | Casing beads at openings | 980 | LF | A-201 |
| 09 24 13 | Weep screed at foundation | 620 | LF | A-201 |
| 09 24 13 | Corner beads, 3/4 in. radius | 1,250 | LF | A-201 |
Units We Take Off and How They Are Measured
Stucco and EIFS quantities come from elevations and wall sections. We measure each layer and accessory in the unit the installer buys and bills by.
| Item | Unit | How it's measured |
|---|---|---|
| Wall area, three-coat stucco | SF | Gross elevation area minus openings larger than 10 SF, plus trim perimeter |
| Wall area, EIFS | SF | Net wall area by system type, thickness, and attachment method |
| Control and expansion joints | LF | Traced on elevations per joint layout and wall section details |
| Casing, corner, and stop beads | LF | Perimeter of openings plus vertical and horizontal terminations |
| Weep screed and drainage track | LF | Foundation line and base of wall per detail, including laps |
| Sealant joints | LF | Joint length at openings, penetrations, and dissimilar materials by width |
| Penetrations | EA | Counted from elevations and coordination drawings: vents, scuppers, lights |
| Drainage plane / WRB | SF | Wall area plus laps and flashing integration, per manufacturer detail |
| Insulation board | SF | EIFS area by thickness, with cut waste added separately |
| Lath and fasteners | SF | Lath area plus fastener count per manufacturer spacing |
| Scratch, brown, finish material | CY or TON | Area converted to volume by coat thickness and mix design |
| Scaffolding and access | SF or EA | Wall face area or number of lifts, per site logistics |
Worked Example: Takeoff of a Stucco Wall with Two Windows
This example shows how we take off a single wall elevation. The dimensions are illustrative and do not represent a specific project.
Wall description: One exterior wall, 40 ft long by 12 ft high, with two punched windows, each 4 ft wide by 6 ft high. The wall is framed with sheathing, and the stucco system is three-coat over self-furring lath. Control joints are specified at 20 ft on center, and a weep screed runs along the base. Sealant joints at window perimeters are 1/2 in. wide by 1/4 in. deep.
Step 1 – Gross wall area:
40 ft × 12 ft = 480 SF.
Step 2 – Deduct openings:
Each window: 4 ft × 6 ft = 24 SF. Two windows: 48 SF.
Net wall area = 480 SF – 48 SF = 432 SF.
We do not deduct openings smaller than 10 SF, per typical practice.
Step 3 – Measure linear accessories:
- Casing beads: perimeter of each window = 2 × (4 ft + 6 ft) = 20 LF. Two windows: 40 LF.
- Corner beads: two outside corners at wall ends, each 12 ft high = 24 LF.
- Control joints: wall length 40 ft, joints at 20 ft on center. Number of joints = (40 ÷ 20) – 1 = 1 joint. Joint length = 12 ft.
- Weep screed: wall length = 40 LF.
Step 4 – Sealant joints:
At each window, sealant runs along the perimeter on the exterior face. Length per window = 20 LF. Two windows = 40 LF.
Joint width: 1/2 in. wide × 1/4 in. deep.
Step 5 – Material quantities (illustrative):
- Lath: 432 SF + 10% waste = 475 SF.
- Scratch and brown coat: 432 SF × 7/8 in. thickness = 432 SF × 0.0729 ft = 31.5 CF. Convert to cubic yards: 31.5 ÷ 27 = 1.17 CY. Add 15% waste = 1.35 CY.
- Finish coat: 432 SF × 1/8 in. = 432 × 0.0104 ft = 4.5 CF = 0.17 CY. Add 10% waste = 0.19 CY.
- Weather-resistive barrier: 432 SF + 10% laps = 475 SF.
Step 6 – Waste and pricing:
Waste is applied as a separate step per material: lath and WRB by roll length, finish coat by batch. We price using ZIP-code-adjusted RSMeans data. The final estimate shows quantity, unit, material cost, labor cost, and total per line. For example, the lath line shows 475 SF, the scratch and brown coat shows 1.35 CY, and the finish coat shows 0.19 CY. Each line also includes a unit price and extended total. This systematic approach ensures no item is missed and provides a transparent basis for your bid.
What Drives Stucco Cost Estimating and EIFS Cost Estimating
Relative impact on a typical estimate for this trade, based on estimator judgment. Select a bar for details.
Wall assembly type
Three-coat stucco over lath requires scratch, brown, and finish coats plus lath and fasteners. EIFS with drainage adds insulation board, base coat, mesh, and drainage track but may reduce finish labor. The assembly selected on the wall section changes both material and labor hours. For example, a 7/8 in. three-coat system over self-furring lath needs three separate passes and curing time between coats, while a 1 in. EIFS with drainage requires adhesive, insulation board, base coat, and mesh but only one finish coat. These differences affect both the quantity of material and the labor hours per square foot, so the assembly type is a primary cost driver.
Three-coat stucco over lath requires scratch, brown, and finish coats plus lath and fasteners. EIFS with drainage adds insulation board, base coat, mesh, and drainage track but may reduce finish labor. The assembly selected on the wall section changes both material and labor hours. For example, a 7/8 in. three-coat system over self-furring lath needs three separate passes and curing time between coats, while a 1 in. EIFS with drainage requires adhesive, insulation board, base coat, and mesh but only one finish coat. These differences affect both the quantity of material and the labor hours per square foot, so the assembly type is a primary cost driver.
More control joints, expansion joints, and beads mean more linear feet of accessory and more labor. A wall with many small openings has a higher bead and sealant length per square foot than a large blank wall, even if the wall area is the same. For instance, a wall with windows every 10 feet will have more casing beads, sealant joints, and flashing than a solid wall of the same area. We measure each joint and bead separately, so the estimate reflects the actual density. This is why a square-foot price alone can be misleading.
Scaffolding, staging, and swing stages are priced by wall face area or number of lifts. Multi-story buildings with limited ground access require more equipment and longer setup, which shows up as a separate line in the estimate. For example, a three-story building may need two tiers of scaffolding, while a single-story building may only need rolling towers. The cost of access equipment can add a significant amount to the project, especially if the building has complex geometry or obstructions. We measure the wall face area and the number of lifts to price access accurately.
Framed walls with sheathing, CMU, and concrete require different lath attachment and surface preparation. Patching, sheathing replacement, and substrate repair are measured separately so they are not buried in the stucco square-foot price. For instance, CMU walls may need a scratch coat to fill block joints before lath, while framed walls with sheathing may need a weather-resistive barrier. If the substrate is uneven or damaged, additional labor for patching and leveling is required. We review the drawings and specifications to identify the substrate type and any special preparation requirements.
Head, sill, jamb, and kick-out flashings must tie into the weather barrier or drainage plane. Complex window and storefront conditions increase both flashing length and sealant joints, and they require coordination with the window installer. For example, a storefront system with multiple mullions will have more flashing and sealant than a simple punched window. Kick-out flashings at roof-wall intersections are critical to prevent water intrusion. We measure all flashing by linear feet and note the responsibility for installation, as it is often a scope gap between trades.
Fire-resistive assemblies, such as those with a 1-hour rating, may require specific lath, sheathing, or EIFS components. These assemblies are tested as a system, so substitutions can void the rating. We check the wall schedule for fire ratings and note any impact on material selection and cost. For example, a 1-hour rated exterior wall may require a specific type of gypsum sheathing and a particular lath attachment pattern. The code edition adopted by the local jurisdiction can affect the requirements, so we recommend confirming with the local building department. We flag any fire-rated assemblies on the takeoff.
The choice of finish coat, texture, and color affects material cost and labor. For example, a sand float finish may require more labor than a smooth trowel finish. We price the finish coat based on the texture schedule and note any premium finishes. Some finishes, such as elastomeric coatings, may require additional coats or special primers. The color may also affect the number of coats needed for coverage. We review the finish schedule and specifications to identify the finish type and any special requirements. This ensures the estimate reflects the actual material and labor for the specified finish.
Common Scope Gaps We Catch
These are the items most often missing from stucco and EIFS bids. We flag them on the takeoff so you can decide whether to carry them or exclude them in writing.
- Openings are deducted from wall area but the perimeter casing bead and sealant joint are not added back. We measure both and show them as separate lines.
- Control joints and expansion joints are shown on the elevations but not quantified. We trace each run and report LF by joint type and width.
- Weep screed, foundation screed, and EIFS starter track are omitted or lumped into the wall price. We measure them by LF from the base-of-wall detail.
- Sealant joints at window and door perimeters are not measured by length or joint size. We group them by width and depth so the correct caulk quantity and labor rate apply.
- Scaffolding and staging are not carried as a line item. We measure wall face area or lifts and price access separately.
- Penetrations for vents, scuppers, hose bibs, and light fixtures are missed. We count them from elevations and include patching and sealing.
- Substrate preparation and repair are not included. We add a line for sheathing replacement, patching, and surface preparation based on the drawings and specifications.
- Flashing at openings is omitted or assumed to be included in the window package. We measure head, sill, jamb, and kick-out flashing by LF and note who is responsible for installation.
- Drainage plane integration is not detailed. We check that the WRB or drainage plane ties into the flashing and sealant, and we flag any missing details.
Wall Assembly Systems Compared
The materials axis is the wall assembly system. Each system has different layers, substrate requirements, and waste factors.
| System | Substrate requirement | Layers | Typical waste factor |
|---|---|---|---|
| Three-coat stucco over lath | Framed with sheathing or CMU | WRB, lath, scratch, brown, finish | 15–20% for lath and finish |
| One-coat / acrylic stucco | Framed with sheathing or CMU | WRB, base coat with mesh, finish | 10–15% for base and finish |
| EIFS with drainage | Framed with sheathing or CMU | WRB, adhesive, insulation board, base coat, mesh, finish | 10–15% for insulation and mesh |
| EIFS with water-resistive barrier | Framed with sheathing | WRB, adhesive, insulation board, base coat, mesh, finish | 10–15% for insulation and mesh |
| Direct-applied stucco over CMU | CMU | Bonding agent, scratch, brown, finish | 10–15% for finish |
Codes and Standards That Affect Stucco & EIFS Takeoff
Model codes
Stucco and EIFS installations must comply with the International Building Code (IBC) and International Residential Code (IRC) for structural and fire performance. The IECC governs insulation and air barrier requirements, which can affect the need for continuous insulation or specific WRB products. For fire-rated assemblies, the IBC references ASTM E119 or UL listings. The adopted edition varies by jurisdiction, so confirm with the local building department which edition applies and whether amendments change wall assembly requirements.
Industry standards
ASTM C1063 covers lath installation, C926 covers portland cement plaster application, and C897 covers aggregate for job-mixed plaster. For EIFS, ASTM C1397 covers Class PB systems, and EIMA guidelines provide installation details. These standards specify thickness, curing, and attachment methods that directly impact material quantities and labor. For example, C1063 requires specific fastener spacing and lath laps, which we measure in the takeoff.
Specification sections
An estimator must read Division 09 sections: 09 24 00 (Portland Cement Plastering), 09 24 13 (Three-Coat Stucco), 09 25 00 (Other Plastering), and 09 25 13 (Acrylic Stucco). Division 07 sections include 07 24 00 (EIFS), 07 25 00 (Weather Barriers), 07 27 00 (Air Barriers), 07 62 00 (Sheet Metal Flashing), and 07 92 00 (Joint Sealants). These sections specify products, thicknesses, and execution, all of which change material and labor costs.
Local amendments
Local jurisdictions may adopt older or amended editions of the model codes. For example, some coastal areas require enhanced corrosion resistance for fasteners, and some fire-prone areas have specific ignition-resistant construction requirements. These amendments can affect material selection and cost. Always confirm the adopted code edition and any local amendments with the local building department before finalizing your estimate.
Who Uses This Stucco Estimate for Contractors
General contractors
You need a check on the stucco and EIFS subcontractor bids before you buy out the package. Our takeoff shows the wall area net of openings, the linear accessories, and the flashing and sealant scope so you can compare bids line by line.
Stucco and EIFS subcontractors
You bid several projects a week and need a second set of eyes on quantities. We deliver a line-item takeoff in Excel so you can adjust labor rates and material pricing to your own costs.
Developers and owners
You are comparing design options or validating a budget before construction. The estimate breaks the wall assembly into layers and accessories so you can see where the cost sits and how a change in system affects the total.
Architects
You need a cost check on the wall assembly you specified. We take off the layers and flashing as drawn and note where the details are incomplete, which helps you close gaps before bid.