You send us a residential plan set — architectural, structural, MEP, and the specifications. We return a line-by-line material takeoff organized by CSI MasterFormat divisions, with quantities in the units your crews and suppliers actually use: LF of studs, SF of drywall, CY of concrete, SQ of roofing. Every item is priced with ZIP-code-adjusted material and labor rates from RSMeans data, so the numbers reflect your market, not a national average. The deliverable is an Excel workbook and a PDF, plus a marked-up plan set showing exactly where each quantity came from.
- 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 estimate single-family homes, multi-family buildings, ADUs, remodels, and custom homes. The takeoff is built the same way whether you are a general contractor comparing bids, a remodeler pricing a kitchen, or an owner checking a builder's proposal. For each project, we review the full set of drawings, including architectural, structural, and MEP sheets, and cross-check for consistency. We apply waste factors typical for each material—such as 10% for framing lumber and 15% for roofing shingles—and note them as separate lines. If you also handle light commercial work, our Commercial Estimating Services follow the same format. For state-specific labor and code considerations, see our Texas estimating and California estimating pages. Ready to start? Get an estimate.
Our residential takeoff services are used by builders who need a reliable residential estimate for contractors, developers comparing a residential bid estimating package, and owners who want a second opinion. We also act as an outsourced residential estimating company for firms that prefer to keep their residential estimator focused on closing work rather than measuring. If you are a residential estimating company looking to scale, or a builder who needs home building estimating support, we can match the format you already use. For a broader view of how this fits with other project types, see Estimating by Project Type.
What our residential estimating services cover
We take off the full residential scope from foundation to final grade, organized by CSI division. Each line item includes quantity, unit, and a reference to the sheet or detail it came from. We price with ZIP-adjusted material and labor, and we flag any scope gaps we find in the documents.
Sitework & Earthwork
Clearing, excavation, backfill, and haul-off measured by volume from grading plans and spot elevations.
CY · SF · EAConcrete & Foundation
Footings, stem walls, slab-on-grade, rebar, and formwork priced by volume and area.
CY · SF · LFFraming & Sheathing
Studs, plates, headers, joists, rafters, trusses, and wall/roof sheathing in OSB or plywood.
LF · SF · EARoofing
Underlayment, shingles, ridge, hip, and flashing measured in squares with typical waste.
SQ · LF · EAInsulation & Drywall
Batt, blown-in, or spray foam with R-values; drywall board, finish level, corner bead, and texture.
SF · LF · EAInterior Finishes
Doors, trim, cabinets, countertops, and flooring priced by unit and area from finish schedules.
EA · LF · SFPlumbing & HVAC
Fixtures, water heater, rough-in piping, equipment, ductwork, and fittings from MEP plans.
EA · LF · SFElectrical & Exterior
Devices, fixtures, panel, wire, plus driveways, walkways, patios, and landscaping.
EA · LF · SFWhat every residential estimating takeoff includes
- Earthwork: clearing, excavation, backfill, and haul-off by CY
- Concrete: footings, foundation walls, slab-on-grade, rebar, and formwork
- Framing: studs, plates, headers, joists, rafters, and trusses
- Sheathing: wall and roof sheathing in OSB or plywood
- Roofing: underlayment, shingles, ridge, hip, and flashing
- Insulation: batt, blown-in, or spray foam with R-values
- Drywall: board SF, finish level, corner bead, and texture
- Interior finishes: doors, trim, cabinets, countertops, and flooring
- Plumbing: fixtures, water heater, and rough-in piping
- HVAC: equipment, ductwork, and fittings
- Electrical: devices, fixtures, panel, and wire
- Exterior improvements: driveways, walkways, patios, and landscaping
Concrete volume calculator
Quick check for a single element. For a full drawing set, send the plans and we measure everything, including the items calculators miss.
Typical waste: 3–5% for slabs, 5–10% for footings and walls. Truck count assumes 10 CY loads; confirm load size with your ready-mix supplier.
Need the full takeoff with pricing? Upload your plans.
How we do a residential construction takeoff
- Plan and spec reviewWe start by reviewing the architectural, structural, and MEP sheets, plus the specifications. We note the code edition referenced (IRC or IBC, IECC, NEC, IPC/UPC) and confirm with you if it is not clear. We identify all plan sheets and details that affect quantities, such as wall sections, footing details, and roof framing plans.
- Foundation and earthwork takeoffWe measure excavation volumes from footing dimensions and depths, adding for working space and swell. We count rebar by LF including laps, formwork by SF of contact area, and concrete by CY for footings, walls, and slab. We check for under-slab plumbing and electrical rough-in, which often appear only on plumbing and electrical sheets.
- Framing and sheathing takeoffWe count studs by wall length and height, applying 16 in or 24 in o.c. spacing, and add plates, headers, and blocking. Floor joists and roof rafters are measured by LF from framing plans. Sheathing is measured by SF of wall and roof area, with waste factors for cuts and openings.
- Roofing, insulation, and drywallRoofing is measured in squares (100 SF) from the roof plan, including ridge, hip, and valley flashing. Insulation is measured by SF at the specified R-value, including rim joists and attic access. Drywall is measured by SF of board, with finish level noted (Level 4 or 5) and corner bead by LF.
- MEP and finishes takeoffPlumbing fixtures are counted by EA from plumbing plans. HVAC equipment is sized in tons or EA, with ductwork by LF and fittings by EA. Electrical devices, fixtures, and panel are counted by EA, with wire by LF. Interior finishes include doors by EA, trim by LF, cabinets by LF, and flooring by SF or SY.
- Pricing and deliverable assemblyWe apply ZIP-code-adjusted material and labor rates to each line item. The estimate is organized by CSI MasterFormat division in Excel and PDF, with a marked-up plan set showing takeoff locations. We include a list of assumptions and exclusions so you know what is not covered.
What we need from you
- Plan setArchitectural, structural, and MEP sheets in PDF. Marked-up or clouded sets help us match your scope.
- SpecificationsProject manual or spec book, especially for finishes, insulation R-values, and window/door types.
- Site addressZIP code for pricing adjustments and local labor rates. Needed for accurate material and labor costs.
- Scope notesAny inclusions or exclusions you want reflected, such as owner-supplied fixtures or specific allowances.
- Bid dateYour deadline so we can schedule turnaround. Rush available for tight timelines.
- Site conditionsInformation on soil, access, and existing structures that may affect earthwork or foundation costs.
Sample residential quantity takeoff format
This is how a residential takeoff looks in our Excel deliverable. Each line references the sheet it came from.
| Section | Line item | Qty | Unit | Ref. |
|---|---|---|---|---|
| 03 30 00 | Concrete slab-on-grade, 4 in thick, 3,000 psi | 2,400 | SF | S-101 |
| 06 10 00 | Wall studs 2x4 @ 16 in o.c., 8 ft high | 1,850 | LF | A-201 |
| 06 16 00 | Wall sheathing, 7/16 in OSB | 2,100 | SF | A-201 |
| 07 21 00 | Insulation, batt, R-13 walls | 1,800 | SF | A-501 |
| 09 21 00 | Drywall, 1/2 in, Level 4 finish | 4,200 | SF | A-601 |
| 22 00 00 | Water closet, 1.28 gpf | 3 | EA | P-101 |
| 23 00 00 | HVAC equipment, 3-ton split system | 1 | EA | M-101 |
| 26 00 00 | Receptacles, 15A duplex | 42 | EA | E-101 |
| 08 11 13 | Exterior door, fiberglass, 3 ft x 6 ft 8 in | 2 | EA | A-401 |
| 09 30 00 | Ceramic tile, bathroom floor | 120 | SF | A-701 |
Units of measure in residential plan takeoffs
We measure each item in the unit that matches how it is bought, installed, and priced. This table shows the common units and what they apply to.
| Item | Unit | How it's measured |
|---|---|---|
| Excavation and fill | CY | Volume from length × width × depth, plus swell factor |
| Concrete | CY | Volume of footings, walls, slabs from dimensions |
| Rebar | LF | Total length including laps and dowels |
| Formwork | SF | Contact area of forms with concrete |
| Framing lumber | LF | Linear length of studs, plates, joists, rafters |
| Sheathing | SF | Surface area of walls and roof deck |
| Roofing | SQ | 100 SF of roof surface, including waste |
| Insulation | SF | Area covered at specified R-value |
| Drywall | SF | Surface area of walls and ceilings |
| Flooring | SF or SY | Area by material type; carpet in SY |
| Paint | GAL | Coverage per coat, based on surface area |
| HVAC equipment | TON or EA | Capacity in tons or count of units |
| Plumbing fixtures | EA | Count of water closets, lavatories, tubs |
| Electrical devices | EA | Count of switches, receptacles, fixtures |
Worked example: Wall framing lumber takeoff
This illustrative takeoff shows how we calculate wall framing for a simple rectangular room. All dimensions are illustrative and do not represent a specific project.
Step 1: Define the room dimensions
- Room: 20 ft long × 15 ft wide, 8 ft wall height.
- Four walls: two at 20 ft, two at 15 ft.
Step 2: Calculate wall length and area
- Total wall length = (2 × 20) + (2 × 15) = 70 LF.
- Gross wall area = 70 LF × 8 ft = 560 SF.
Step 3: Determine stud count
- Studs spaced at 16 in o.c. (typical).
- Number of studs per wall: (length in inches ÷ 16) + 1.
- For 20 ft wall: (240 in ÷ 16) + 1 = 16 studs.
- For 15 ft wall: (180 in ÷ 16) + 1 = 12.25 → 13 studs.
- Total studs = (2 × 16) + (2 × 13) = 58 studs.
- Add corner studs (3 per corner for 4 corners) = 12 studs.
- Total studs = 58 + 12 = 70 EA.
- Convert to LF: 70 studs × 8 ft = 560 LF.
Step 4: Calculate plates
- Top and bottom plates: 2 × 70 LF = 140 LF (for single top plate; double top plate adds another 70 LF).
- Assuming single top plate: 140 LF.
Step 5: Headers and blocking
- Assume two windows (3 ft wide) and one door (3 ft wide).
- Header length = (2 windows + 1 door) × 3 ft = 9 LF.
- Add blocking for fixtures: 20 LF (allowance).
Step 6: Apply waste factor
- Typical waste for framing lumber: 10%.
- Studs: 560 LF × 1.10 = 616 LF.
- Plates: 140 LF × 1.10 = 154 LF.
- Headers and blocking: 29 LF × 1.10 = 31.9 LF.
Step 7: Summary
| Item | Quantity | Unit |
|---|---|---|
| Studs | 616 | LF |
| Plates | 154 | LF |
| Headers/blocking | 31.9 | LF |
This example does not include sheathing, insulation, or drywall. For a complete estimate, we take off all divisions and price with ZIP-adjusted rates. We also account for additional studs at openings: for each window and door, add two king studs and one trimmer stud on each side, plus a sill plate for windows. For the two windows and one door, that adds 2×3 = 6 king studs and 6 trimmer studs, totaling 12 studs × 8 ft = 96 LF. Adding this to the 616 LF gives 712 LF for studs. Plates remain 154 LF. Headers and blocking remain 31.9 LF. The total linear feet of framing lumber is 712 + 154 + 31.9 = 897.9 LF. This example does not include sheathing, insulation, or drywall. For a complete estimate, we take off all divisions and price with ZIP-adjusted rates.
What drives residential cost estimating pricing
Relative impact on a typical estimate for this trade, based on estimator judgment. Select a bar for details.
Plan completeness
A full set with architectural, structural, and MEP sheets takes less time to take off than a partial set. Missing details require assumptions or RFIs, which can add time and cost. For example, if wall sections are not provided, we must infer insulation and sheathing requirements. Complete plans reduce the need for clarifications and speed up the process.
A full set with architectural, structural, and MEP sheets takes less time to take off than a partial set. Missing details require assumptions or RFIs, which can add time and cost. For example, if wall sections are not provided, we must infer insulation and sheathing requirements. Complete plans reduce the need for clarifications and speed up the process.
Square footage, number of stories, and custom features like vaulted ceilings or complex rooflines increase takeoff time. A simple ranch is faster than a custom home with many angles. Complexity also affects the number of line items and the need for detailed quantity checks. Larger projects may also require more time for pricing and assembly.
More trades mean more line items and more coordination. A full residential estimate covers 15+ CSI divisions, each with its own units and pricing. For instance, electrical and plumbing each have their own sheets and specifications. The more trades involved, the more time we spend cross-checking and ensuring nothing is missed.
Standard turnaround is 24–48 hours for most projects. Rush service is available for shorter deadlines, which may affect cost. Rush projects require us to prioritize your estimate and may involve overtime. We will confirm the schedule and any additional fees before starting.
A bid-level estimate with allowances is faster than a detailed takeoff with every fixture and finish itemized. We can adjust the level of detail to your needs. For example, you might want a summary by trade for budgeting, or a line-by-line takeoff for procurement. The more detailed the estimate, the more time it takes to produce.
Soil type, access, and existing structures can affect earthwork and foundation costs. If the site has poor soil, we may need to include additional excavation or backfill. Limited access might require smaller equipment, increasing labor hours. We rely on your geotechnical report or site notes to account for these factors.
Local amendments to the IRC or IBC can impact materials and methods. For example, some jurisdictions require sprinklers or specific energy code compliance. We check the code edition with you and adjust the estimate accordingly. Confirm with your local building department for the adopted edition.
Common scope gaps in a residential bid package
These items are frequently missed in residential estimates. We check for them during takeoff and flag them in our deliverables.
- Excavation haul-off and disposal fees: often excluded from earthwork quotes. We verify soil conditions and add haul-off if needed. This cost hides in the sitework section and can be significant if soil is unsuitable for reuse.
- Under-slab plumbing and electrical rough-in: shown on plumbing and electrical sheets, not on foundation plans. We cross-check all sheets. Missing this leads to change orders after the slab is poured.
- Roof sheathing replacement during re-roof: if existing sheathing is damaged, it adds cost. We note the condition and include an allowance. This is often discovered only after tear-off, so we flag it upfront.
- Window and door flashing and WRB integration: critical for moisture control. We include flashing tape and WRB by LF and SF. These items are sometimes omitted from window schedules and can cause water intrusion if missed.
- Insulation at rim joists and attic access: often missed in insulation takeoff. We measure these areas specifically. Rim joists are a common gap that leads to energy code failures and higher utility bills.
- HVAC duct sealing and return air pathways: required for efficiency. We include duct sealing and verify return air paths. Missing return air can cause pressure imbalances and comfort issues.
- Drywall finish level: Level 4 vs Level 5 affects labor and material. We confirm the specified level and price accordingly. Level 5 requires a skim coat, which is a significant cost difference.
- Interior door hardware: hinges, locksets, and stops are separate from door slabs. We count each by EA. This is a frequent omission that adds up quickly, especially in multi-family projects.
- Bathroom accessories and mirrors: not always shown on plans. We include allowances based on typical residential specs. These are often owner-supplied but still need installation labor.
- Exterior concrete flatwork: driveways, walkways, and patios are often omitted. We measure from site plans. These can be a large cost item and are sometimes left out of the general contract.
- Final grade and landscaping allowances: required for certificate of occupancy. We include allowances for topsoil and seed. This is often overlooked until the final inspection.
- Permit fees and impact fees: jurisdiction-specific. We exclude but remind you to verify with the local building department. These fees can vary widely and are sometimes thousands of dollars.
- Temporary power, water, and site fencing: general conditions items. We include if requested. These are often forgotten in the rush to start construction.
- Cleanup and dumpster pulls: ongoing throughout construction. We include a line item for final clean and dumpster. This is a recurring cost that can be underestimated.
Material choices and their impact on quantities
Material selection affects not only cost but also waste factors and installation labor. This table compares common options by CSI division.
| CSI Division | Material Option | Typical Waste Factor | Takeoff Impact |
|---|---|---|---|
| 03 Concrete | Cast-in-place vs. CMU vs. ICF | 5–10% | ICF requires additional bracing and concrete volume; CMU needs mortar and reinforcement. |
| 06 Wood | Dimensional lumber vs. engineered lumber | 10% | Engineered lumber may require different connectors and has less waste but higher unit cost. |
| 06 Sheathing | OSB vs. plywood vs. ZIP System | 10% | ZIP System integrates WRB, reducing separate housewrap but requires taped seams. |
| 07 Roofing | Asphalt shingle vs. metal vs. tile | 10–15% | Tile roofs require additional framing support and heavier underlayment; metal panels have specific trim. |
| 07 Insulation | Fiberglass batt vs. blown-in vs. spray foam | 5–10% | Spray foam requires thickness calculation for R-value; blown-in may need netting. |
| 08 Windows | Vinyl vs. wood vs. fiberglass | 2–5% | Wood windows need more finishing; fiberglass may require specific flashing details. |
| 09 Flooring | Carpet vs. LVP vs. hardwood vs. tile | 5–10% | Tile requires backer board and thinset; hardwood needs acclimation and may have direction layout waste. |
Codes and standards that affect residential takeoffs
Residential construction is governed by a family of codes that directly influence material quantities and installation methods. The International Residential Code (IRC) is the most common model code for one- and two-family dwellings, while the International Building Code (IBC) applies to multi-family buildings. Both reference other codes: the International Energy Conservation Code (IECC) sets insulation and window performance requirements; the National Electrical Code (NEC) dictates electrical device counts and wiring methods; the International Plumbing Code (IPC) or Uniform Plumbing Code (UPC) governs plumbing fixtures and pipe sizing; and NFPA 13 or 13R/13D may require sprinklers in some jurisdictions. These codes are updated on a three-year cycle, and local amendments are common. For example, some states require fire sprinklers in all new single-family homes, which adds a full division to the estimate. Energy code compliance can drive insulation R-values, window U-factors, and duct sealing requirements. Always confirm the adopted code edition with your local building department before finalizing an estimate. We check the code edition referenced in your plans and adjust quantities accordingly, but we do not provide code compliance review. Our takeoff reflects the materials and methods specified, and we flag any obvious code-related items that may be missing, such as sprinkler rough-in or advanced framing techniques. For example, if the plans show a 2x4 wall with R-13 insulation but the IECC requires R-20 for your climate zone, we will note the discrepancy and price the higher R-value. Similarly, if the NEC requires AFCI protection on bedroom circuits, we will include the additional breakers and wiring. We also check for egress window requirements in basements and bedrooms, which can affect window sizes and framing. Our estimates include a line item for code-related items when they are shown on the plans, but we do not perform a code review. We recommend that you verify all code requirements with your local building department and design professional.
Who uses our residential estimate for contractors
General contractors
You need a reliable takeoff to bid competitively and compare subcontractor quotes. Our CSI-organized estimate lets you check each trade line by line.
Remodelers
You work with existing conditions and limited plans. We take off from as-built drawings or site measurements and flag hidden conditions.
Custom home builders
You build one-of-a-kind homes with many custom details. We itemize every finish and feature so you can present a detailed proposal to your client.
Owners and developers
You need a third-party estimate to validate a builder's proposal or establish a budget. Our ZIP-adjusted pricing reflects your local market.