Residential takeoff
Single-family and townhome plans priced by division, with framing, concrete and finishes broken out per lot.
EA · SF · LFWe produce quantity takeoffs and construction estimates for Wake Forest, NC contractors, developers and owners — organized by CSI MasterFormat division, priced with ZIP-code-adjusted material and labor rates, and returned in 24–48 hours for most projects.
Wake Forest pricing turns on Wake County soil and site prep, steep subdivision lots, piedmont heating and cooling loads, fast residential permitting volume, and a mix of single-family and multifamily work. Each one changes excavation quantities, foundation design, framing labor and MEP counts rather than just the unit price.
Wake Forest sits in Wake County at the northeast edge of the Raleigh metro, and the permit mix reflects it. The city issued 908 new privately-owned residential units in 2025, up 22% from 747 in 2024, with 523 single-family and 385 multifamily units — a 42% multifamily share. If you are bidding here, you are usually estimating a subdivision phase, a garden-style apartment building, or a small commercial shell on one of the corridors feeding into town. Our North Carolina construction estimating work covers all three.
We build takeoffs from your plan set in Bluebeam Revu and PlanSwift, price them with RSMeans data adjusted to the local ZIP code, and return Excel and PDF files sorted by CSI MasterFormat division with marked-up drawings. That format lets you drop quantities straight into your bid without re-keying them. Crews working nearby in Apex and Chapel Hill get the same treatment, since the piedmont cost base is close but never identical.
For bidders. You need quantities you can defend line by line. We return division-sorted takeoffs with marked-up plans so you can check every count before the bid goes in.
For builders. You are buying out framing, concrete and MEP packages on a subdivision schedule. We break scopes by phase and building so purchase orders match what is actually installed.
For owners. You want a budget before design is finished. We price what is drawn, flag what is missing, and show the assumptions so your pro forma holds.
Select a bar to compare Wake Forest with the largest North Carolina markets we cover.
908 new housing units in 2025 (+21.6% vs 2024).
523 single-family · 385 multifamily (42%).
Wake Forest issued 908 new privately-owned residential units in 2025, up from 747 in 2024, a 22% increase. Single-family accounted for 523 units and multifamily 385, so 42% of the year's volume was attached housing. For bidders that means two very different estimate types: repeating single-family plans where framing and concrete quantities should be identical lot to lot, and apartment buildings where MEP counts, corridor finishes and elevator or stair scopes drive the number. The permitted value was $136M, an average of $149,400 per unit — treat that as a permit-value average, not a construction budget, and build your own cost model from the drawings. Wake Forest ranked 7th of 17 covered state cities by units, at 4.6% of the covered total. See how the rest of the state breaks down on our North Carolina estimating page.
Wake County labor is priced against the Raleigh–Durham market, and material pricing is adjusted to the local ZIP code, so a framing takeoff here will not match one built off a national average. Sitework is the line item that moves most: piedmont soils hold moisture, and lots with grade change need more cut, fill and retaining than a flat pad. Foundation scope follows — stepped footings, deeper stem walls, and crawlspace or slab decisions that change concrete yardage. Multifamily bids also carry commercial-grade MEP and fire protection scopes, which is why we price those separately from the residential work. Contractors pricing adjacent markets in Huntersville or Kannapolis see the same pattern with different labor rates.
These are the takeoff and estimating packages we build most often for Wake Forest and Wake County work. Send the plan set and we will confirm scope, format and turnaround.
Single-family and townhome plans priced by division, with framing, concrete and finishes broken out per lot.
EA · SF · LFApartment and attached housing budgets with unit-mix counts, corridor finishes and shared MEP scopes separated.
EA · SF · TONClearing, cut and fill, erosion control and utility trenching quantities from the grading and civil sheets.
CY · LF · ACFootings, stem walls, slab-on-grade and rebar counts for piedmont soils and stepped subdivision lots.
CY · SF · TONStuds, plates, headers, sheathing and truss counts with a waste factor you can adjust before ordering.
LF · EA · BFPlumbing, HVAC and electrical counts sized to piedmont heating and cooling loads and fixture schedules.
EA · LF · TONSquares, underlayment, flashing and ridge vent counts for gable and hip subdivision roof plans.
SQ · LF · EAShell and tenant fit-out budgets for corridor commercial buildings and light industrial space.
SF · EA · TONYou are bidding subdivision phases and small commercial shells in Wake County, and you need division-sorted quantities you can defend line by line before the bid goes in.
With 523 single-family permits issued in 2025, you are buying out framing, concrete and MEP packages on a rolling schedule and need takeoffs split by plan and lot.
The 385 multifamily units permitted here in 2025 — 42% of the total — mean garden-style and stacked flat buildings where unit-mix repetition drives your framing and MEP pricing.
Concrete, framing, roofing and MEP trades bidding in the Raleigh northeast corridor need accurate quantities from plans they did not draw, without paying for a full-time estimator.
You want a cost check while drawings are still moving, so we price what is drawn, flag what is missing and show the assumptions behind each division.
You need a budget before design is finished to keep your pro forma honest on Wake County land and vertical costs, with quantities you can hand to your lender.
We estimate projects across Wake County and the northeast Raleigh metro, from inside the Wake Forest town limits to the surrounding communities where the same crews and suppliers work.
The 2025 permit mix here is 523 single-family and 385 multifamily units, so most takeoffs we build are residential subdivisions and apartment buildings, with a steady layer of small commercial and institutional work.
Production plans repeated across a phase, where your takeoff has to separate per-plan quantities from site-specific foundation and flatwork so purchase orders match what is installed.
Watch for: Per-plan vs. per-lot quantities; option and elevation changes.
Three- and four-story wood-frame buildings with repeated unit stacks, where unit-mix repetition drives framing, MEP rough-in and drywall quantities across the whole building.
Watch for: Unit-mix multipliers; corridor and common-area scope.
Party-wall construction with tight footprints, where fire separation, floor-ceiling assemblies and shared MEP chases change quantities compared with detached houses.
Watch for: Party-wall assemblies; firestopping and sound isolation.
Retail, office and medical shell buildings along the corridors feeding into town, priced to a warm shell with tenant fit-out scopes broken out separately.
Watch for: Shell vs. fit-out split; storefront and MEP service size.
Schools, churches and municipal buildings in the Wake County area, where occupancy-driven code requirements change structural, egress and MEP scope from the residential work.
Watch for: Occupant load; egress and fire-rated assemblies.
Grading, utilities, curb and paving on subdivision phases, priced separately from the vertical work so you can bid the site package on its own or as part of a full development.
Watch for: Cut-fill balance; utility trench quantities and bedding.
Wake Forest sits in the Piedmont, so the cost drivers here are the adopted code editions, the clay soils under the footings, and a labor market shared with the rest of the Raleigh metro.
Wake Forest enforces the North Carolina State Building Code, which adopts the IBC and IRC with state amendments. Edition changes shift wind and seismic detailing, energy envelope requirements and egress dimensions. Permit review and inspection sequencing affect your schedule, and schedule affects general conditions. Confirm the adopted edition and local amendments with the Wake County or Wake Forest inspections office before you price.
NC State Building Code · IBC · IRC · Wake County inspectionsPiedmont residual soils include clay and weathered rock, with expansive clay in some areas. That drives footing depth, rebar, and sometimes engineered fill or pier systems instead of simple spread footings. A geotechnical report changes your concrete and excavation quantities more than any other single document. Price foundations from the soils report, not from the typical detail.
Piedmont clay · geotechnical report · engineered fill · pier foundationsCentral North Carolina sees hot humid summers, occasional ice, and hurricane-season wind and rain. Roofing underlayment, flashing, and drainage details carry more cost than in drier markets. Wind-borne debris and wind speed requirements can apply to certain occupancies. The energy code drives insulation, glazing and HVAC sizing, so confirm the adopted energy edition before pricing the envelope.
IECC · wind speed requirements · hurricane season · HVAC sizingWake Forest competes for the same crews as Raleigh, Durham and the rest of the Piedmont corridor, where data center, EV and battery plant work pulls labor. That tightens framing, concrete and MEP pricing and lengthens lead times. Your estimate should reflect current crew rates and realistic productivity, not a rate from a project two counties away last year.
Raleigh metro labor · data center demand · EV and battery plants · crew productivityWake County stormwater rules and local land development standards govern impervious area, detention and stream buffers. On rolling Piedmont terrain, cut-fill balance and retaining walls change your earthwork quantities quickly. Utility extensions, road widening and off-site improvements can sit in the site package. Price these separately so you can see what is truly vertical cost.
stormwater rules · detention · stream buffers · cut-fill balanceMost material comes through Raleigh-area suppliers and distributors, so freight is short but not free. Lumber, concrete and MEP equipment pricing moves with regional demand, and ZIP-code-adjusted pricing matters even between Wake Forest and Apex. Sales tax treatment and delivery windows affect your buyout. We price with RSMeans data adjusted to the local ZIP code so material and labor lines reflect this market.
RSMeans data · Raleigh suppliers · ZIP-code adjustment · sales taxWake Forest sits in Wake County, where the Piedmont's clay soils, humid summers and steady subdivision pipeline shape what a real takeoff has to carry. The trades below are where we see the biggest spread between a low bid and a complete one.
Wake County's red clay and the town's stormwater rules drive more sitework quantity than most bidders allow. We take off clearing limits by acre, then separate topsoil strip from unsuitable subgrade removal because the two price differently and the second one is where bids bleed. Sediment basin volume, silt fence by linear foot, and construction entrance stone are counted off the grading plan, not the site plan. We also carry rock excavation as an allowance line when the geotech report is thin. See our sitework estimating services for how we structure those lines.
Two-story plans dominate the new subdivisions here, which means the framing takeoff has to separate first-floor plates, second-floor plates and roof trusses rather than lumping lumber. We count studs by wall run and height, headers by span, and sheathing by sheet with openings deducted. Truss packages come from the supplier's layout, so we price them as a delivered line and keep the crane and setting labor separate. Wind bracing and hold-downs get their own lines because the adopted code edition governs them. Our framing estimating services page covers the board-by-board method.
Mechanical, electrical and plumbing takeoffs for Wake Forest homes are driven by fixture and device counts, not floor area. We count receptacles, switches, smoke and CO alarms, bath fans, hose bibbs, floor drains and panel schedules from the electrical and plumbing plans, then price each as a device line with its own rough-in and trim labor. HVAC is taken off by tonnage and by run length for ductwork, with the air handler and condenser as separate equipment lines. Multi-family buildings get their own riser and branch breakdown. Our MEP estimating services page explains the format.
Piedmont clay holds moisture and moves with it, so most Wake Forest production homes land on stem-wall or slab-on-grade foundations with thickened edges rather than full basements. We take off continuous footing by linear foot, stem wall by height, and slab by square foot with thickened edges and vapor barrier broken out separately. Driveways, walks and patios are measured from the plot plan, and we apply a typical 5–10% waste factor to formed concrete. Our foundation estimating services and concrete estimating services pages show the line structure we use.
Architectural shingle over synthetic underlayment is the norm on Wake Forest production housing, with steep-slope and low-slope sections priced apart. We take off roof area from the elevation and plan, add ridge, hip and valley by linear foot, and count pipe boots, vents and step flashing individually rather than as a lump sum. House wrap, window flashing tape and sill pans are envelope lines that bidders often fold into the framing number. Ice and water membrane at valleys and eaves depends on the code edition your jurisdiction has adopted, so confirm that with the local building department. See roofing estimating services.
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.
| Section | Line item | Qty | Unit |
|---|---|---|---|
| 03 30 00 | Slab on grade, 4 in., w/ vapor barrier | 1,850 | SF |
| 03 30 00 | Thickened edge footing, 12x24 in. | 168 | LF |
| 06 10 00 | 2x4 stud wall, 8 ft, 16 in. O.C. | 1,240 | LF |
| 06 10 00 | 2x6 exterior wall, 9 ft, 16 in. O.C. | 196 | LF |
| 06 10 00 | Roof trusses, delivered package | 1 | LOT |
| 07 30 00 | Architectural shingle roofing | 2,940 | SF |
| 09 29 00 | 1/2 in. drywall, hung and finished | 6,180 | SF |
| 26 00 00 | Electrical devices, rough and trim | 142 | EA |
This is an illustrative takeoff for a 1,850 SF slab-on-grade house with a 168 LF perimeter thickened edge. Dimensions are illustrative; your plan governs.
Step 1 — Slab area. Use the interior footprint, not the footprint to the outside of the stem wall. A 40 ft x 46.25 ft rectangle gives 1,850 SF. No deduction for the thickened edge, because the edge is inside that rectangle.
Step 2 — Concrete volume for the slab. 1,850 SF x (4 in. / 12) = 616.7 CF. Divide by 27: 22.84 CY.
Step 3 — Thickened edge volume. 12 in. x 24 in. = 2.0 SF cross-section. 2.0 SF x 168 LF = 336 CF. Divide by 27: 12.44 CY.
Step 4 — Vapor barrier. 1,850 SF plus 10% lap and perimeter waste = 2,035 SF. Order in 10 ft x 100 ft rolls (1,000 SF each): 3 rolls.
Step 5 — Waste and rounding. Apply a typical 5% waste to formed concrete. 22.84 + 12.44 = 35.28 CY. 35.28 x 1.05 = 37.04 CY. Round to 37.5 CY to match ready-mix truck increments.
| Step | Calculation | Quantity | Unit |
|---|---|---|---|
| Slab area | 40 ft x 46.25 ft | 1,850 | SF |
| Slab concrete | 1,850 x 0.333 / 27 | 22.84 | CY |
| Thickened edge | 2.0 SF x 168 LF / 27 | 12.44 | CY |
| Subtotal | 22.84 + 12.44 | 35.28 | CY |
| With 5% waste | 35.28 x 1.05 | 37.04 | CY |
| Vapor barrier | 1,850 x 1.10 | 2,035 | SF |
Two things change this number in Wake County. First, if the geotech calls for a gravel capillary break or a thicker edge, both add volume you have to carry. Second, pump or chute access on a tight subdivision lot can force a pump line, which is a separate cost item. We price material and labor using ZIP-code-adjusted rates from RSMeans data so the concrete and forming numbers reflect the local market, not a national average. If you want this run against your plan set, send the drawings through our get an estimate page.
The permit figures come from the U.S. Census Bureau's Building Permits Survey, which counts permits issued by the city itself for new privately-owned residential units only. It does not include commercial permits, additions, remodels or accessory structures. That means the 908 units reported for 2025 and the $136M in permitted value describe new housing, not total construction activity in Wake Forest.
Piedmont clay expands and contracts with moisture, so the geotechnical report drives whether you carry a gravel capillary break, deeper footings or pier reinforcement. We take off the footing and stem wall from the foundation plan, then carry any soil-dependent items as separate lines so they can be adjusted when the geotech is issued. If the report is not available at bid time, we flag those lines as allowances rather than burying them in the concrete price.
Yes. Of the 908 residential units permitted in Wake Forest in 2025, 523 were single-family and 385 were multifamily, so roughly 42% of the residential pipeline is attached housing. Multi-family takeoffs need unit-mix matrices, repeated floor plans and separate riser diagrams for plumbing and electrical, which is a different structure from a single-family board takeoff. Our multi-family estimating services page shows how we organize those.
Send the full plan set, the specification book, the geotechnical report if you have it, and any addenda. For sitework we also need the grading and erosion control plans. If you only have architectural sheets, we can still produce a takeoff but we will mark MEP and structural quantities as incomplete. Deliverables come back in Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets showing what we measured.
Most projects come back in 24 to 48 hours, and rush turnaround is available when your bid date is close. Turnaround depends on how complete the drawings are; a full set with specifications and a geotech report moves faster than a partial set where we have to request clarifications. We confirm the schedule when we receive the plans so you know what to expect before the bid date.
We price material and labor using ZIP-code-adjusted rates, which means the Wake Forest numbers reflect the Raleigh-area market rather than a national average. We work from RSMeans data and cross-check against current supplier and subcontractor pricing where it is available. Labor rates in the Triangle have moved with the volume of residential and data center work in the region, so a national number would understate or overstate your cost.
Yes. Renovation takeoffs are structured differently from new construction because you have selective demolition, existing conditions and tie-in work. We take off demolition by area and element, then price new work separately, and we flag any scope that depends on what is behind the existing wall. Older housing stock in and around Wake Forest often has framing and wiring that does not match current code, so those items get allowance lines rather than fixed prices.
We measure in Bluebeam Revu and PlanSwift, then build the estimate in Excel with RSMeans data for unit pricing. Marked-up plan sets come back as PDFs so you can see exactly which sheets and dimensions produced each quantity. That matters on a disputed line, because you can trace a number back to the measurement rather than taking it on faith.
Yes. Along with Wake Forest, we cover Chapel Hill, Apex, Wilson and Rocky Mount in the eastern Triangle, plus Huntersville and Kannapolis on the Charlotte side. Soil conditions, jurisdiction and labor markets differ across those cities, so the takeoff is adjusted rather than copied. Our North Carolina construction estimating page lists the full coverage area.
Scope gaps, not unit prices. Two bidders can use the same framing crew rate and still land thousands apart because one carried vapor barrier, house wrap, flashing tape and truss setting labor and the other left them out. We build the estimate so every division is visible, which makes it obvious at bid review whether a low number is a real price or a missing scope item.
Send your plan set and specifications and we will return a division-organized takeoff in Excel and PDF, usually within 24 to 48 hours.