Scope Precision EstimateContact Us

Drywall Estimating & Takeoff

Send your architectural and structural plan sets. We return a board, stud and finish-level takeoff you can price or bid from, organized by CSI division.

24–48 hours for most projectsTypical turnaround
Excel + marked-up PDFsOrganized by CSI section
ZIP-code pricingLocal material and labor
Price confirmed firstBefore any work starts
Sample estimate sheet
Division 09 — Gypsum Board AssembliesSample format
Line itemQtyUnitBoard
1/2" regular gypsum board walls18,400SF18,400 SF
5/8" Type X gypsum board rated9,800SF9,800 SF
5/8" moisture-resistant board2,150SF2,150 SF
3-5/8" 25-ga studs at 16" o.c.4,600LF—
Acoustical batt insulation6,200SF6,200 SF
Total board (regular + Type X + MR)30,350 SF
Illustrative quantities. Waste factor applied as a separate line.
Stud gauge changes noted

What is drywall estimating?

Drywall estimating is the quantity takeoff and pricing of gypsum board assemblies, non-structural metal framing and related finishes, organized by CSI MasterFormat Division 9 sections. Board is measured in square feet by type and thickness, studs and track in linear feet by gauge and width, and finish levels are noted by area. Deliverables include Excel and PDF takeoffs with marked-up plan sets.

  • Board quantities are taken off in square feet by type and thickness; studs and track in linear feet by gauge.
  • Typical waste factors range from 5% to 10% for board and 5% to 7.5% for studs.
  • The most common costly miss is not separating finish levels by room, leading to under-priced Level 5 areas.

Drywall estimating is not a square-foot number. A wall with 5/8 in. Type X board on 20-gauge studs at 16 in. o.c. costs more than the same wall in 1/2 in. regular board on 25-gauge studs — and a Level 5 finish at a corridor costs more than Level 4 in a tenant space. You need a takeoff that separates board by type and thickness, studs by gauge and spacing, and finish level by room, so your bid reflects what the drawings actually show.

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

We take off the gypsum board assemblies, non-structural metal framing and related finishes from your plan set. The takeoff is organized by CSI MasterFormat division and section — drywall sits in Division 09, Section 09 29 00 — with board quantities in square feet by type, studs and track in linear feet by gauge and width, and finish levels noted by area. We work from the wall type schedule and the reflected ceiling plans, and we flag any drywall scope gap we find, such as missing deflection track at a structural slab or shaftwall at a stair core. If your project also includes flooring or painting, those scopes are taken off separately and can be combined into one bid package.

Every drywall sheet count, drywall screw count, drywall joint compound and drywall tape quantity is derived from the wall type schedule and the reflected ceiling plans. We also count drywall corner bead, drywall metal studs and track by gauge and width, and we note where a drywall UL fire-rated assembly or drywall STC acoustic assembly changes the board type or stud spacing. For a drywall BIM takeoff or a drywall PDF plan takeoff, we work from the model or the PDF set and mark up each wall on the plan. A drywall change order is priced from the same wall-by-wall backup, so you can see what moved.

Most projects are returned in 24–48 hours. We work in Bluebeam Revu and PlanSwift, price material and labor by ZIP code using RSMeans data, and deliver Excel and PDF files with marked-up plan sets so you can see exactly where each quantity came from. For projects in Texas or California, local labor and material pricing is applied. Send your plans through the estimate request page to get started.

Services

What our commercial drywall estimating takeoff covers

We measure board, framing, finish and accessories from the architectural and structural drawings, then break quantities by assembly type and location. The takeoff follows CSI MasterFormat Division 09 and Division 05, with firestopping and insulation included where they are part of the wall assembly.

Gypsum Board Takeoff

Measure board by type, thickness and location: regular, Type X, moisture-resistant, abuse-resistant and impact-rated.

SF

Metal Stud Framing

Take off studs and track by gauge, width and spacing, including deflection and slip track at structural conditions.

LF

Finish Level Pricing

Identify and price finish levels 1 through 5 by area, since higher levels require more labor and materials.

SF

Acoustical Insulation

Measure batt insulation in partition cavities where specified for acoustic or thermal performance.

SF

Firestopping

Take off firestopping at head-of-wall and penetration joints in rated assemblies.

LF

Corner Bead & Trim

Count and measure corner bead, J-trim, L-bead and expansion joints at edges and transitions.

LF

Ceiling Systems

Take off gypsum board ceilings, including soffits and bulkheads, with appropriate framing and finish.

SF

Backing & Blocking

Measure and count backing and blocking for wall-mounted items, including 12-gauge studs where required.

LF · EA

What every drywall estimating & takeoff takeoff includes

  • 1/2 in. regular gypsum board at walls and ceilings
  • 5/8 in. Type X board at rated assemblies
  • 5/8 in. moisture-resistant board at wet walls and backer
  • 1/2 in. or 5/8 in. abuse-resistant board at corridors and service areas
  • 1/2 in. impact-rated board at gymnasiums and high-abuse walls
  • 3-5/8 in., 4 in. and 6 in. 25-gauge studs at 16 in. o.c.
  • 20-gauge and 16-gauge studs at 16 in. o.c. for tall partitions
  • 12-gauge studs and backing at heavy wall-mounted items
  • deflection or slip track at structural ceilings and head-of-wall
  • corner bead, J-trim, L-bead and expansion joint
  • acoustical batt insulation in partition cavities
  • firestopping at head-of-wall and penetration joints
Free tool

Drywall sheet calculator

Estimate board for a room or area. A full takeoff also separates board types, fire-rated assemblies, finish levels and framing.

Typical waste: 10–15%. Openings are usually not deducted when smaller than about 30 SF. Check the wall types and finish levels on the drawings.

Result
18sheets
Board area (net)760 SF
Board area with waste852 SF
Tape (approx. 0.37 LF/SF)315 LF

Need the full takeoff with pricing? Upload your plans.

How we work

How we take off drywall quantity from your PDF plans

  1. Review wall types and schedulesWe start with the wall type schedule and partition legend. Each wall type is assigned a board build-up, stud gauge and spacing, and finish level. If the schedule is missing or incomplete, we note the assumption and flag it for your review before pricing. We also cross-check the fire rating and acoustic requirements noted on the schedule against the life safety and acoustic plans. Any conflict between sheets is logged as an RFI item.
  2. Measure board by assemblyUsing Bluebeam Revu, we measure each wall and ceiling area by type. Board is separated by thickness and product — 1/2 in. regular, 5/8 in. Type X, moisture-resistant, abuse-resistant, impact-rated, shaftliner. Both faces are counted where the assembly is double-sided. Ceiling board is measured from the reflected ceiling plan, with 5/8 in. thickness noted where required for fire or sag resistance. Openings over 10 SF are deducted from wall area.
  3. Count framing and trackStuds are counted by gauge, width and spacing. We measure linear feet of studs from wall length divided by spacing, then add track, corner bead, J-trim and backing. Deflection track and slip joints are noted at structural ceilings and head-of-wall conditions. For walls over 12 feet, we check the wall section for required stud gauge and note any change. Backing and blocking for grab bars, casework and wall-hung items are counted by location.
  4. Apply finish levels by roomFinish level is not a project-wide number. We read the drawings and specs to assign Level 4 or Level 5 to specific rooms — lobbies, corridors, boardrooms. Level 5 requires a skim coat, which changes material and labor. We note each area and its level in the takeoff. The finish schedule and general notes are checked for any room-specific requirements, such as Level 5 at wall-wash lighting conditions or in areas with critical lighting.
  5. Add firestopping and insulationHead-of-wall firestopping, penetration wraps and acoustical batt insulation are measured where the assembly requires them. These items are often shown on the life safety or acoustic plans rather than the architectural sheets, so we cross-check those drawings. Firestopping is measured in linear feet of joint, with the UL system number referenced where listed. Acoustical insulation is measured in square feet of cavity area, with the R-value and thickness noted from the specification.
  6. Price and packageMaterial and labor are priced using ZIP-code-adjusted RSMeans data. The final takeoff is delivered in Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets showing each measurement. Waste factors are listed as separate lines — typical range is 5 to 10 percent for board and 5 to 15 percent for studs. We also include a list of assumptions and clarifications for any condition not clearly shown on the drawings.

What we need from you

  • Architectural plansFloor plans, reflected ceiling plans, elevations and wall sections. These show wall locations, heights and ceiling conditions.
  • Wall type schedulePartition types with board build-up, stud gauge and spacing, and fire rating. Without it, we assume typical assemblies and flag them.
  • Finish scheduleRoom-by-room finish levels and wall finishes. Level 5 areas must be identified for correct pricing.
  • Structural plansFor head-of-wall conditions, deflection track and slip joints at structural ceilings.
  • SpecificationsDivision 09 sections for board standards, finish levels, and firestopping requirements.
  • Addenda and RFIsAny changes issued after the base bid date. We price to the latest documents.
Sample output

Sample drywall material takeoff by assembly

This sample shows how line items are organized by CSI section and referenced to the drawing sheet. Quantities are illustrative for a mid-size commercial project.

Sample format — illustrative quantities
SectionLine itemQtyUnitRef.
09 21 161/2" regular gypsum board, walls, both faces18,400SFA-201
09 21 165/8" Type X gypsum board, rated walls, both faces9,800SFA-202
09 21 165/8" moisture-resistant board, wet walls2,150SFA-203
09 22 163-5/8" 25-ga studs at 16" o.c.4,600LFA-204
09 22 166" 20-ga studs at 16" o.c., tall walls1,200LFA-205
09 22 16Deflection track at structural ceilings380LFS-301
09 29 00Level 5 finish at lobby and corridors3,200SFA-601
09 21 16Acoustical batt insulation in partitions6,200SFA-701
07 84 00Head-of-wall firestopping1,450LFA-801
10 21 13Backing at toilet compartments24EAA-901

Drywall unit of measure and how we count them

Each line item is measured in the unit a drywall subcontractor orders and installs by. We do not convert board to square feet of wall area without accounting for both faces.

ItemUnitHow it's measured
Gypsum boardSFSurface area of each board face, by type and thickness
Metal studsLFLinear length of each stud, by gauge, width and spacing
TrackLFLinear length of floor and ceiling track, by width and gauge
Corner beadLFLinear length of outside corners, plus 10% for cuts
J-trim and L-beadLFLinear length of exposed edges and shadow reveals
Acoustical insulationSFNet area of partition cavity, measured between studs
FirestoppingLFLinear length of head-of-wall and penetration joints
Openings and backingEACount of door/window openings and blocking locations

Worked example: takeoff of one corridor wall

This example takes off a single corridor wall from a plan set. Dimensions are illustrative and used only to show the calculation sequence. We measure from the architectural plan, wall type schedule and reflected ceiling plan.

Given (illustrative): A corridor wall is 40 ft long and 10 ft high. The wall type schedule calls for 5/8 in. Type X gypsum board on both faces, 3-5/8 in. 25-gauge studs at 16 in. o.c., with R-11 acoustical batt insulation in the cavity and head-of-wall firestopping. There is one 3 ft x 7 ft door opening.

Step 1 — Gross wall area. 40 ft x 10 ft = 400 SF per face. Both faces = 800 SF.

Step 2 — Deduct openings. Door opening = 3 ft x 7 ft = 21 SF. Deduct 21 SF from each face: 400 – 21 = 379 SF per face. Net board = 758 SF.

Step 3 — Board by type. All board is 5/8 in. Type X. Net Type X board = 758 SF. If the wall had a moisture-resistant section, we would separate it here.

Step 4 — Studs. Studs at 16 in. o.c. Number of studs = (40 ft x 12 in./ft) / 16 in. = 30 spaces. Add one for the end stud = 31 studs. Each stud is 10 ft tall (full height; no deduction for door). Stud LF = 31 x 10 = 310 LF. Add 2 studs at the door jamb if not included in the 31: +20 LF. Total studs = 330 LF.

Step 5 — Track. Top and bottom track = 40 ft x 2 = 80 LF. Track is 3-5/8 in. wide, 25 gauge.

Step 6 — Insulation. Cavity area = net wall area (one face) = 379 SF. R-11 batt insulation = 379 SF.

Step 7 — Firestopping. Head-of-wall joint = 40 LF. Add 2 vertical joints at door = 14 LF. Total firestopping = 54 LF.

Step 8 — Waste. Apply waste as separate lines. Board: 758 SF x 10% = 75.8 SF, round to 76 SF. Studs: 330 LF x 10% = 33 LF. Track: 80 LF x 5% = 4 LF. Insulation: 379 SF x 5% = 19 SF.

Step 9 — Totals with waste. Board: 758 + 76 = 834 SF. Studs: 330 + 33 = 363 LF. Track: 80 + 4 = 84 LF. Insulation: 379 + 19 = 398 SF. Firestopping: 54 LF (no waste).

This sequence is repeated for every wall type and room. The final takeoff lists each line by CSI section, with board type, stud gauge and finish level noted. Waste is shown separately so you can adjust to your own installation practice. For a full project, we also measure ceilings, soffits, backing and accessories in the same way.

Cost drivers

What moves the drywall cost estimating number

Relative impact on a typical estimate for this trade, based on estimator judgment. Select a bar for details.

Scale: 1 = minor, 5 = major relative impact. Estimator judgment, not measured data.
Relative impact 5 / 5

Finish level

Level 5 requires a skim coat over the entire surface, adding material and labor. A corridor specified at Level 5 but priced as Level 4 is one of the most common and costly misses in drywall bids. Level 4 is typically the default for commercial work, but lobbies, boardrooms and areas with wall-wash lighting often require Level 5. We read the finish schedule and general notes to assign the correct level to each room.

Finish level

Level 5 requires a skim coat over the entire surface, adding material and labor. A corridor specified at Level 5 but priced as Level 4 is one of the most common and costly misses in drywall bids. Level 4 is typically the default for commercial work, but lobbies, boardrooms and areas with wall-wash lighting often require Level 5. We read the finish schedule and general notes to assign the correct level to each room.

Board type

Type X, moisture-resistant, abuse-resistant and impact-rated boards carry different material costs and sometimes different installation requirements. Shaftliner and area separation wall assemblies are priced as systems, not as simple board. For example, 5/8 in. Type X is common in rated walls, while moisture-resistant board is used at wet walls and backer. Impact-rated board at gymnasiums may require special fastening. We separate each board type in the takeoff.

Stud gauge and spacing

25-gauge studs at 16 in. o.c. are standard for interior partitions. Tall walls, load-bearing conditions or heavy finishes may require 20-gauge, 16-gauge or 12-gauge studs, which cost more per linear foot and may change spacing. For example, a 16-foot wall may require 20-gauge studs at 16 in. o.c. or 25-gauge at 12 in. o.c. We check the wall section and structural notes for each condition and adjust the takeoff accordingly.

Wall height

Walls over 12 feet often require scaffolding, lifts or additional labor. Deflection track and slip joints at structural ceilings add both material and installation time. Height also affects stud gauge selection. For example, a 20-foot wall may require 16-gauge studs and a mid-height brace, which changes both material and labor. We note the height of each wall and apply the appropriate labor factor.

Fire and acoustic requirements

Rated assemblies require specific board types, firestopping at head-of-wall and penetrations, and sometimes acoustical insulation. These items are often shown on separate life safety or acoustic plans, not the architectural sheets. For example, a 1-hour rated corridor may require 5/8 in. Type X board on both sides, firestopping at the head-of-wall, and acoustical batt insulation in the cavity. We cross-reference all sheets to capture these requirements.

Ceiling conditions

Ceiling board thickness, framing and finish level affect the takeoff. A 5/8 in. board on a framed ceiling is often specified for fire or sag resistance, while 1/2 in. is typical for non-rated ceilings. Soffits, bulkheads and multi-sided conditions add labor and waste. We measure ceiling areas from the reflected ceiling plan and note the board type, framing and finish level for each condition.

Waste factor

Waste factor is applied separately for board and studs. Typical range is 5 to 10 percent for board and 5 to 15 percent for studs, depending on the complexity of the layout and the number of cuts. For example, a project with many small rooms and openings will have higher waste than a large open area. We list waste as a separate line so you can see it and adjust based on your own experience.

Scope gaps

Common drywall scope gaps we catch

These are the items most often left out of a drywall bid because they are buried in specs, on other sheets, or assumed to be someone else's scope. We check for each one.

  • Level 5 finish specified at lobbies, corridors and boardrooms but priced as Level 4. It hides in the finish schedule or a general note. We read the room-by-room finish schedule and flag each Level 5 area.
  • Head-of-wall firestopping and deflection track. These are often on the life safety plans or structural sheets, not the architectural drawings. We cross-reference all sheets and include them as separate line items.
  • Shaftwall and area separation wall assemblies. They are sometimes shown as a wall type but priced as standard board. We identify these assemblies and take them off by component.
  • Ceiling board thickness — 5/8 in. instead of 1/2 in. on a framed ceiling. The reflected ceiling plan or a general note may specify 5/8 in. for fire or sag resistance. We check the ceiling spec and measure accordingly.
  • Acoustical insulation inside partition cavities. It is often shown on the acoustic plan or noted in the wall type schedule. We measure the cavity area and list it separately.
  • Backing and blocking for grab bars, casework and wall-hung items. These are shown on the architectural and specialty plans. We count each location and include 12-gauge studs or wood blocking as required.
  • Abuse-resistant and impact-rated board at corridors and gyms. These are specified in the finish schedule or a general note. We separate them from regular board and price them by area.
  • Curved walls, radii and multi-sided soffits. These require additional labor and sometimes special board. We measure the developed length and note the condition for pricing.
  • Board at elevator shafts, stairwells and mechanical rooms. These areas are often detailed on separate sheets and missed. We include them in the takeoff.
  • Joint treatment level by room, not by project. A single project may have multiple finish levels. We assign levels by room and list them separately.
  • Stud gauge changes at tall walls, and slip track at structural ceilings. These are shown in wall sections and structural details. We review each condition and adjust the takeoff.
  • Waste factor on board and studs. Typical range is 5 to 10 percent for board and 5 to 15 percent for studs. We apply waste as a separate line so you can see it and adjust.

Board types and where they are used

Board type drives material cost and installation requirements. This table compares common gypsum board products against thickness, standard and typical use.

Board typeTypical thicknessASTM standardWhere used
Regular gypsum board1/2 in.ASTM C1396Walls and ceilings in non-rated, dry areas.
Type X gypsum board5/8 in.ASTM C1396Rated assemblies: corridors, stairwells, shaftwalls.
Moisture-resistant board1/2 in. or 5/8 in.ASTM C1396Wet walls, backer for tile, restrooms, kitchens.
Abuse-resistant board1/2 in. or 5/8 in.ASTM C1629Corridors, service areas, schools, hospitals.
Impact-rated board5/8 in.ASTM C1629Gymnasiums, high-abuse walls, correctional facilities.
Shaftliner board1 in.ASTM C1396Shaftwall assemblies at elevator and mechanical shafts.
Foil-backed board1/2 in. or 5/8 in.ASTM C1396Vapor retarder in ceilings or walls where specified.
Cement board1/2 in.ASTM C1288Wet areas, tile backer, exterior soffits.
Codes and standards

Codes, standards and spec sections that affect quantities

Drywall quantities are driven by the adopted building code, fire ratings and acoustic requirements. The International Building Code (IBC) and International Residential Code (IRC) set the fire-resistance ratings for walls and ceilings. These ratings determine board type and thickness. For example, a 1-hour rated wall may require 5/8 in. Type X board on both sides. The code edition adopted in your jurisdiction may differ; confirm the adopted edition with the local building department.

The International Energy Code (IECC) affects insulation requirements, which can add acoustical batt insulation in partition cavities. The National Fire Protection Association (NFPA) standards, such as NFPA 13 for sprinklers, can affect ceiling heights and soffit construction. Firestopping requirements are often found in the life safety plans and specifications, referencing UL systems. The UL Fire Resistance Directory lists tested assemblies; the wall type schedule should reference these.

Specification sections that affect quantities include:

  • Division 09 20 00 Plaster and Gypsum Board
  • 09 21 16 Gypsum Board Assemblies
  • 09 22 16 Non-Structural Metal Framing
  • 09 29 00 Gypsum Board
  • Division 05 40 00 Cold-Formed Metal Framing
  • Division 07 84 00 Firestopping
  • Division 07 21 00 Thermal Insulation
  • Division 10 21 13 Toilet Compartments and 10 28 00 Toilet, Bath and Laundry Accessories when partitions carry them.

Finish levels are defined by the Gypsum Association GA-214 standard. Level 4 is typical for commercial walls; Level 5 requires a skim coat and is often specified at lobbies, corridors and boardrooms. The finish schedule and general notes should be checked for each room. Acoustical requirements may be shown on a separate acoustic plan. Cross-reference all sheets to capture firestopping, insulation and special board types.

Who we provide estimates for

Who uses this drywall subcontractor estimating package

General contractors

You need a drywall number to complete your bid package or compare subcontractor quotes. Our takeoff gives you a line-item breakdown you can check against each sub's proposal.

Drywall subcontractors

You bid multiple projects a week and need a fast, accurate takeoff to price from. We deliver in 24–48 hours with marked-up plans so you can see where quantities came from.

Developers and owners

You want a budget before design is complete or a check on a contractor's proposal. Our takeoff shows board by type, studs by gauge and finish levels by room.

Architects

You need a cost check on wall assemblies and finish levels during design. The takeoff shows the cost impact of Level 5 versus Level 4 or Type X versus regular board.

Where we provide estimates

Drywall Estimating & Takeoff in 20 states

Pricing is adjusted to the project ZIP code. Select a highlighted state to see the cities we cover there.

States we coverSelected
TX

Drywall Estimating & Takeoff in Texas

Nation's largest construction market; Sun Belt population growth, data centers, semiconductor plants, and single-family home building.

Texas estimating services
Property types

Project types and what changes

The takeoff method is the same, but the mix of board types, stud gauges and finish levels shifts by building type. Here is what changes for common project types.

Multifamily residential

Many repetitive unit plans; board by type per unit, studs at 16 in. o.c., Level 4 finish in units, Level 5 in corridors.

Watch for: Unit-to-unit wall fire and acoustic ratings; backer board at tubs and showers; backing for grab bars.

Commercial office fit-out

Open plan and private offices; 5/8 in. Type X at rated corridors, 1/2 in. regular elsewhere; Level 5 at lobbies and boardrooms.

Watch for: Landlord base-building conditions; ceiling heights and soffits; coordination with mechanical and electrical.

Healthcare and medical

Moisture-resistant and abuse-resistant board at patient areas; lead-lined board at imaging rooms; high finish levels at corridors.

Watch for: Lead-lined board requires special fastening and seams; infection control during construction; backing for medical equipment.

Education (K-12 and higher ed)

Impact-rated board at gyms and corridors; abuse-resistant at service areas; acoustic insulation in classrooms.

Watch for: High-abuse areas require reinforced assemblies; gymnasium ceiling heights and rigging; fire-rated corridors.

Hospitality (hotels)

Guest room board by type; 5/8 in. Type X at corridor and party walls; Level 5 at lobbies and restaurants.

Watch for: Guest room acoustic separation; moisture-resistant at bathrooms; backing for televisions and casework.

Retail and restaurant

Open ceilings and soffits; moisture-resistant at kitchens and restrooms; impact-rated at service corridors.

Watch for: Grease duct enclosures; health department requirements for kitchen walls; storefront coordination.

Industrial and warehouse

Limited drywall; mostly office and break areas; abuse-resistant at high-traffic zones.

Watch for: Wall protection at forklift areas; fire-rated separations; minimal finish levels.

Deliverables

What you receive

  • Excel workbook with separate tabs for board, framing, finish and accessories, organized by CSI MasterFormat division and section.
  • PDF takeoff report with the same line items and quantities, formatted for printing or sharing.
  • Marked-up plan sets in Bluebeam Revu showing each measurement and the wall type or room it belongs to.
  • Finish level summary by room, listing Level 4 and Level 5 areas separately.
  • Waste factor lines shown separately for board and studs, with typical ranges noted.
  • ZIP-code-adjusted material and labor pricing using RSMeans data, where requested.
  • A list of assumptions and clarifications for any condition not clearly shown on the drawings.
Checklist

Pre-bid checklist for drywall bid estimating

  • Verify wall type schedule for board build-up, stud gauge and spacing.
  • Check finish schedule for Level 5 areas by room.
  • Confirm ceiling board thickness and framing from reflected ceiling plan.
  • Review life safety plans for rated assemblies and firestopping.
  • Check acoustic plans for insulation and sound transmission requirements.
  • Count openings over 10 SF for deduction from wall area.
  • Note tall walls over 12 ft for scaffolding and stud gauge changes.
  • Identify shaftwall and area separation wall assemblies.
  • Locate backing and blocking for grab bars, casework and wall-hung items.
  • Confirm moisture-resistant board at wet walls and backer.
  • Check for abuse-resistant and impact-rated board at corridors and gyms.
  • Apply waste factors separately for board and studs.
Client reviews

What clients say about Scope Precision Estimate

10 client reviews
SH
Steven HarrisCommercial Builder

The quality of the estimate exceeded our expectations. Their detailed breakdown of labor, materials, and project costs gave us confidence in our bid.

MA
Michael AndersonGeneral Contractor

The cost estimate was detailed, accurate, and easy to understand. It helped us prepare our bid confidently and stay competitive without overlooking important costs.

AW
Andrew WilsonGeneral Contractor

Highly recommended for construction cost estimating. The quantities were accurate, the pricing was well organized, and the final report was easy to review.

MD
Matthew DavisConstruction Manager

Their construction estimate was thorough and professionally prepared. It made our budgeting process much easier and helped us identify potential cost issues early.

CM
Christopher MillerResidential Builder

We needed a quick and accurate construction cost estimate, and they delivered exactly what we needed. Great attention to detail and a very responsive team.

BT
Brian TaylorProject Estimator

Fast, accurate, and dependable estimating service. They understood the project requirements quickly and provided a detailed estimate without unnecessary delays.

FAQ

Drywall Estimating & Takeoff questions

How do you handle Level 5 finish in the takeoff?

We read the finish schedule and general notes to identify each room requiring Level 5. Level 5 requires a skim coat over the entire surface, adding material and labor. We list Level 5 areas separately from Level 4 so you can price the difference. For example, in a recent office fit-out, we separated 12,000 SF of Level 5 at the lobby and corridors from 45,000 SF of Level 4 elsewhere. If the finish schedule is unclear, we flag it as an assumption and ask for clarification before finalizing.

Do you include firestopping and deflection track in the drywall takeoff?

Yes. Head-of-wall firestopping, penetration wraps and deflection track are measured where the assembly requires them. These items are often shown on life safety or structural plans, not the architectural sheets. We cross-reference all sheets and include them as separate line items. For instance, on a recent hospital project, we captured 1,200 LF of head-of-wall firestopping that was only detailed on the life safety plans. If a UL system number is specified, we reference it in the takeoff.

What is your turnaround time for a drywall takeoff?

Most projects are returned in 24–48 hours. Rush service is available for projects with tight bid deadlines. The exact time depends on the size and complexity of the plan set. For a typical 50,000 SF commercial project, we can deliver a complete takeoff in 48 hours. For larger multifamily projects with multiple buildings, we may need 3–5 days. We confirm the schedule when you send the drawings.

Can you take off drywall for a project with multiple buildings or phases?

Yes. We take off each building or phase separately and can combine them into a summary. This is common for multifamily and education projects. We organize the takeoff by building, floor and wall type so you can price each phase independently. For example, a recent 4-building apartment complex was taken off as four separate Excel tabs, with a summary tab that rolled up all quantities. This allows you to bid each building separately or as a whole.

How do you handle waste factors?

We apply waste as separate lines for board and studs. Typical range is 5 to 10 percent for board and 5 to 15 percent for studs. You can adjust these factors based on your own installation experience. We show the waste quantity so you can see the impact on the total. For example, on a project with 100,000 SF of board, a 10% waste factor adds 10,000 SF. If you typically achieve 5% waste, you can reduce that line accordingly.

Do you price labor and material, or just quantities?

We can provide both. The base takeoff includes quantities. If you request pricing, we use ZIP-code-adjusted RSMeans data for material and labor. This gives you a budget number you can compare to subcontractor quotes. We note the pricing basis in the deliverable. For example, a recent project in ZIP code 78701 was priced with Austin-specific labor rates, which differ from national averages. You can also request pricing for a different ZIP code if your project location changes.

What if the wall type schedule is missing or incomplete?

We note the missing information and assume typical assemblies based on the project type and code requirements. We flag each assumption in the takeoff so you can review and adjust. For instance, if a schedule is missing for a multifamily project, we might assume 5/8 in. Type X board at unit separation walls and 1/2 in. regular board at interior partitions. If you can provide the missing schedule later, we update the takeoff at no additional cost.

Do you take off shaftwall and area separation wall assemblies?

Yes. Shaftwall and area separation walls are priced as systems, not as simple board. We identify these assemblies from the wall type schedule and take them off by component, including shaftliner board, C-H studs, J-trim and firestopping. For example, a typical elevator shaft might have 2,000 SF of shaftliner board, 1,200 LF of C-H studs and 800 LF of J-trim. These assemblies are often missed in standard takeoffs.

How do you handle curved walls and multi-sided soffits?

We measure the developed length of curved walls and note the condition for pricing. Curved walls require additional labor and sometimes special board. Multi-sided soffits are measured by surface area, with each face counted. For example, a curved reception desk wall with a 20 ft radius and 10 ft height would have a developed length of about 31.4 ft, giving 314 SF per face. We flag these conditions so you can apply the appropriate labor factor.

Can you provide a takeoff for a single room or small tenant fit-out?

Yes. We take off projects of all sizes. For small scopes, we still measure board by type, studs by gauge and finish level by room. The deliverable format is the same. For a 1,000 SF tenant fit-out, we would take off each wall, ceiling and soffit, and list quantities by CSI section. Turnaround for small projects is often within 24 hours. There is no minimum project size.

What file formats do you deliver?

We deliver Excel workbooks and PDF reports, organized by CSI MasterFormat division. Marked-up plan sets are provided in Bluebeam Revu. You can use the Excel file to adjust quantities or add your own pricing. The PDF is formatted for printing or sharing with your team. For example, the Excel file includes separate tabs for board, studs, insulation and firestopping, with formulas so you can change waste factors. The marked-up plans show each takeoff area highlighted.

Do you offer takeoff for other finishes like flooring and painting?

Yes. We take off flooring and painting as separate scopes. If your project includes these, we can combine them into one bid package. See our flooring estimating and painting estimating services for details. For example, on a recent hotel renovation, we provided drywall, flooring and painting takeoffs in a single Excel workbook, with each trade on separate tabs. This allows you to bid all finishes together or separately.

Do you provide drywall cost estimating as well as quantities?

Yes. We deliver a drywall cost estimating package that starts with the quantity takeoff and then applies ZIP-code-adjusted material and labor pricing from RSMeans data. Board is priced by type and thickness, metal studs and track by gauge and width, and finish level by area. The output is an Excel workbook with a summary tab and detail tabs by floor, plus a PDF of the marked-up plan set. You get unit costs, extended costs and a clear basis for each line, so you can adjust markups and general conditions to match your own bid structure.

How does a drywall material takeoff differ from a labor takeoff?

A drywall material takeoff counts board sheets, studs, track, screws, joint compound, tape and corner bead in purchase units. A drywall labor estimating scope prices the installation hours by activity: layout, framing, hanging, finishing and cleanup. The two are linked because the drywall finish level drives labor more than material — Level 5 requires a skim coat over the entire surface, which adds compound and labor but almost no board. We separate the two so you can see where the cost sits and adjust if your crew is more or less productive than the RSMeans basis.

Can you handle outsourced drywall estimating for a bid package with multiple buildings?

Yes. For outsourced drywall estimating on multi-building or phased projects, we set up the takeoff by building, floor and phase so each drywall bid package can be priced and submitted separately. We track typical units — repeating tenant suites, corridor sections, stair cores — and apply them across the set, then reconcile the total against the drywall schedule. If the architect issues a revision mid-bid, we can re-takeoff only the affected sheets and issue a delta so you can see what changed before you submit.

What is drywall cost estimating and how does it differ from a material takeoff?

Drywall cost estimating assigns unit costs to the quantities from the takeoff. A material takeoff counts board in square feet by type, studs and track in linear feet by gauge, and finish levels by area. Cost estimating multiplies those counts by ZIP-code-adjusted material and labor rates from RSMeans data, then adds waste factors, fasteners, joint compound and corner bead. The result is a bid-ready number, not just a quantity list.

Can you provide drywall takeoff services for a single room or small tenant fit-out?

Yes. We take off any size plan set, including a single room or small tenant fit-out. We still separate board by type and thickness, studs by gauge and spacing, and finish level by area. The takeoff is organized by CSI MasterFormat Division 09, Section 09 29 00, and delivered in Excel and PDF with marked-up plans. Turnaround is 24–48 hours for most projects, with rush available.

How do you handle outsourced drywall estimating for a bid package with multiple buildings?

We take off each building or phase separately, then roll the quantities into one bid package. Board is counted in square feet by type, studs and track in linear feet by gauge and width, and finish levels by area. We flag scope gaps such as missing deflection track or shaftwall at stair cores. The package is organized by CSI MasterFormat division and section, delivered in Excel and PDF with marked-up plan sets, and priced by ZIP code using RSMeans data.

RH

Reviewed by Ryan H.

Senior Estimator, 15+ years in construction estimating and cost planning. is a Senior Estimator with more than 15 years of professional experience in construction estimating and cost planning.

  • Construction cost estimating
  • Quantity takeoffs
  • Material and labor cost analysis
  • Bid preparation and evaluation
  • Drawing and specification review
  • Project budgeting

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Send your plans for a drywall takeoff

Send your architectural and structural plan sets through the estimate request page and we will return a board, stud and finish-level takeoff in 24–48 hours.

  1. We review the set and check for missing sheets or addenda.
  2. You get a quote with a price and a delivery date.
  3. You approve and we start the takeoff.
  4. You receive the Excel estimate and marked-up plans.
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