Residential takeoffs
Single-family and townhome quantities from your permit set, including the footing and drainage items Salem clay soils require.
EA · SF · LFWe prepare quantity takeoffs and cost estimates for Salem contractors, developers and owners. Pricing is ZIP-code adjusted for Marion and Polk County labor and material costs, delivered in Excel and PDF by CSI MasterFormat division.
Salem pricing turns on Willamette Valley clay and high winter groundwater, which drive excavation, dewatering and footing costs; seismic and energy-code requirements on new residential; a multifamily-heavy permit mix; and ZIP-adjusted material and labor rates that differ from Portland metro pricing.
Salem sits in the Willamette Valley, where wet winters, expansive clay soils and a shallow water table shape what your estimate has to carry. Footing over-excavation, drainage rock, vapor barriers and dewatering allowances show up on almost every foundation scope here, and they are the line items bidders most often leave out. We build those into the takeoff rather than treating them as a contingency note.
Our takeoffs follow CSI MasterFormat divisions, with quantities and pricing tied to ZIP-code-adjusted material and labor data. Residential work is priced from the same unit-cost structure we use for residential estimating, while commercial and industrial scopes are organized by division so your subcontractors can bid straight from the spreadsheet. Most projects return in 24–48 hours, with rush available. If you are comparing Salem against work elsewhere in the valley, our Oregon construction estimating page covers how we handle the state.
Salem issued 778 new privately-owned residential units in 2025, down about 14% from 905 the year before, and 53% of that volume was multifamily. That mix changes what a takeoff has to prove: repeated unit types, shared risers, and sitework spread across a larger footprint than a single-family subdivision. We price those scopes from the same division structure whether you are bidding an apartment building off Commercial Street or a townhome row in West Salem. Contractors working the corridor north to Gresham or Hillsboro should price each city separately, because the same plan set does not produce the same number across those ZIP codes.
For bidders. You get a division-organized takeoff with marked-up plan sets, so you can check quantities against your own read and adjust labor crews before the bid goes in. Useful when you are pricing against Portland and Eugene contractors on the same job.
For builders. We quantify framing, foundation, roofing and MEP scopes from your permit set, flag missing scope items, and return Excel you can sort by trade. Change-order pricing can be added later against the same unit costs.
For owners. Budget-level estimates for feasibility, lender packages and value engineering, with assumptions stated line by line. You see what the soil, drainage and code items add before you commit to a pro forma.
Select a bar to compare Salem with the largest Oregon markets we cover.
778 new housing units in 2025 (-14% vs 2024).
364 single-family · 414 multifamily (53%).
Salem issued 778 new privately-owned residential units in 2025, down from 905 the year before — about a 14% decline. Multifamily accounted for 414 units, or 53% of the total, with 364 single-family units. Permitted value reached $172M, an average of $221,700 per unit. That mix matters to bidders: more than half the residential volume is apartment and townhome work, where you are pricing repeated unit types, shared MEP risers and sitework across a larger footprint. Salem ranked 4th of 25 covered Oregon cities by units and took 8.2% of the 9,431 statewide units. For a contractor, that is a market with real multifamily depth but fewer single-family starts to chase.
Statewide demand is being pulled by Portland-area semiconductor investment and Willamette Valley suburban growth, and Salem is close enough to both to feel it — in subcontractor availability as much as in work volume. Material and labor rates here run below Portland metro, but they are above the smaller valley towns, so a bid copied from a Portland estimate will usually be high on labor and low on the sitework items that Salem soils require. Contractors working a corridor from Salem north to Gresham or Hillsboro should price each city separately; the same plan set does not produce the same number across those ZIP codes.
We price the scopes that dominate Salem work — residential subdivisions, multifamily, and the commercial and industrial projects along the I-5 corridor.
Single-family and townhome quantities from your permit set, including the footing and drainage items Salem clay soils require.
EA · SF · LFUnit-type matrices, shared risers and common-area scopes for the apartment and townhome projects that make up most Salem permits.
EA · SF · LFOver-excavation, footing, slab and dewatering quantities priced against local soil and groundwater conditions.
CY · SF · TONWall, floor and roof framing counts from plan dimensions, with waste factors stated so you can see the assumption.
LF · EA · BFSlope, area and penetration takeoffs with underlayment and flashing line items for valley rain exposure.
SQ · LF · EAFormwork, reinforcement and placement quantities for foundations, slabs and site concrete.
CY · SF · TONMechanical, electrical and plumbing scopes organized by division, including riser and fixture counts for multifamily.
EA · LF · TONDivision-by-division budgets for retail, office, warehouse and light industrial work near the I-5 corridor.
SF · EA · TONBidding multifamily and commercial work in Salem and the Willamette Valley, you need division-organized quantities you can hand to subs without re-keying. We mark up the plan set so your superintendent sees what was counted.
Concrete, framing and roofing crews pricing Salem jobs need footing, slab and shear quantities that account for expansive clay and wet-weather sequencing. Your bid number should reflect the soil conditions, not a generic square-foot allowance.
Running pro formas on Salem infill and suburban multifamily, you need a budget before design is complete. We price repeated unit types and shared sitework so your per-unit cost holds up against the 2025 permit mix.
When your Salem permit set goes out for bid, a third-party takeoff catches scope gaps between drawings and specifications. We flag missing divisions before contractors price them into contingency.
Planning a tenant improvement or building addition in Salem, you want a cost check before committing to a lease or lender package. We break assumptions out line by line so you can see what drives the total.
Managing scattered-site residential portfolios in Salem, you need repair and replacement scopes quantified quickly. We price roofing, siding and MEP work by unit so you can compare bids across properties.
We price projects across Salem and the surrounding Willamette Valley, from downtown infill to subdivision work on the edges of the city.
Salem issued 778 new privately-owned residential units in 2025, and 53% of them were multifamily. That mix drives what we quantify most often.
Repeated unit types, shared plumbing risers and common-area MEP make apartment takeoffs a density exercise. We count per unit and per building so your per-door cost is clear before you bid.
Watch for: Shared riser counts, corridor lengths, unit-mix repetition.
Salem's single-family permits run through the same footing, framing and roofing scopes as the valley around them. We price from the permit set with waste factors typical for stick framing.
Watch for: Footing over-excavation, vapor barrier, roof pitch changes.
Party walls, fire separations and repeated floor plans change the framing and MEP takeoff. We break quantities by building type so you can see where the repetition saves labor.
Watch for: Fire-rated assemblies, shared utility runs, party-wall framing.
Downtown Salem storefront and office buildouts need division-by-division quantities for demising walls, ceilings and MEP. We price from the architectural and MEP sheets together.
Watch for: Demising walls, ceiling heights, ADA restroom scope.
Salem's industrial work runs on slab, tilt-up or pre-engineered frames and sitework. We quantify slab thickness, reinforcement and dock equipment separately from the building shell.
Watch for: Slab flatness, dock aprons, fire suppression.
Schools, clinics and municipal buildings in Salem carry code-driven scope that shows up in the estimate. We organize by division so your CM can compare our quantities to the design team's.
Watch for: Seismic bracing, egress counts, mechanical ventilation.
The same plan set does not price the same across Salem's ZIP codes. These are the drivers we adjust for.
Salem and Marion County review residential and commercial permits under the Oregon Structural Specialty Code, which adopts the IBC with state amendments. Plan review comments on egress, energy and fire separation can add scope after your first bid. Confirm the adopted code edition and any local amendments with the city building department before you lock your estimate, because the edition in force changes wall assemblies and insulation values.
Oregon Structural Specialty Code · IBC · city building departmentWillamette Valley soils include expansive clays that shrink and swell with moisture, so footing depth, reinforcement and over-excavation are real cost items, not allowances. A geotechnical report governs the design, and we price the foundation scope from it when you have one. Without it, we state our assumptions line by line so you can see where the number could move.
expansive clay · geotechnical report · footing reinforcementSalem's wet season runs from fall through spring, and a shallow water table shows up on sitework and foundation scopes. Dewatering, drainage rock, footing drains and vapor barriers belong in the takeoff, not in contingency. Winter concrete placement also carries curing and protection costs that a dry-season schedule avoids.
shallow water table · dewatering · vapor barrierSalem draws from the same Willamette Valley labor pool as Portland and Eugene, so crew availability shifts with the larger market. We price labor from ZIP-code-adjusted data rather than a statewide average, because the rate that applies in Salem is not the rate in Portland. Overtime, shift work and prevailing-wage requirements on public jobs change the labor line materially.
ZIP-code-adjusted labor · prevailing wage · Willamette Valley labor poolGrading, erosion control and utility trenching are often the largest swing item on a Salem subdivision or infill lot. Slope, existing utilities and the presence of fill dirt change how much export or import the site needs. Land use and stormwater requirements can also add detention or treatment scope that is not on the architectural sheets.
mass grading · erosion control · stormwater detentionSalem sits close enough to Portland suppliers that most material freight is short-haul, but specialty items still carry lead times. We price from current material costs and note where a long-lead item could affect your schedule. Sales tax does not apply in Oregon, so your material number is not inflated by a use-tax line the way it would be in Washington.
short-haul freight · lead times · no sales taxSalem sits in the Willamette Valley, where wet winters, expansive soils and a steady mix of residential and institutional work shape what you have to measure. Here is how each trade's takeoff changes when the plans land in Marion County.
Winter rainfall in the Willamette Valley means you cannot assume a dry cut. We take off stripping depth separately from structural fill, then add undercut allowance where the geotech report flags soft or expansive material. On Salem hillside lots, retaining walls and erosion control blanket quantities often exceed what the civil sheets show because the plans are drawn to a nominal slope. We measure trench excavation, backfill and haul-off by cubic yard, and flag any import that has to come from an off-site borrow pit. For a full breakdown, see our sitework estimating services.
Salem's residential mix runs from single-family infill to three- and four-story wood-frame apartments, and the framing takeoff changes with each. We count studs by wall type and height, add plates and blocking, and separate engineered lumber from dimension lumber. Floor joists are taken off by span and spacing from the structural sheets, with rim board and hangers as separate lines. Roof framing depends on whether the design uses trusses or stick-framed hips, so we confirm that before pricing. Waste factors are typical industry ranges, not guesses — we state them on the summary sheet. Framing estimating services explains how we handle both. For multi-family work, see multi-family estimating services.
MEP takeoffs in Salem follow the Oregon specialty code, but the adopted edition changes, so we price to the drawings and note where a plan reviewer may ask for more. We count fixtures by type, measure piping by diameter and material, and take off ductwork by pound or by linear foot depending on the spec. For residential, we separate rough-in from trim-out so you can see what the drywall phase depends on. For commercial tenant improvements, we list panelboards, feeders and devices by circuit. MEP estimating services shows the division-by-division format we deliver.
Expansive clay is the defining variable here. We take off footings by linear foot and stem wall by height, then add a separate line for over-excavation and replacement with granular fill when the soils report calls for it. Slab-on-grade quantities get a vapor barrier and capillary break measured in square feet, not lump sum. Rebar is taken off by bar size and lap, not by tonnage alone, because lap lengths change with the foundation detail. If your project is in a floodplain near the Willamette River, we note the finished floor elevation and any pier height that adds concrete volume. Concrete estimating services covers the full division.
A wet climate with occasional ice and wind-driven rain pushes roofing details past the standard underlayment callout. We take off field area in squares, then add starter, ridge, hip and valley linear feet separately, plus underlayment and ice barrier by square. On commercial and institutional roofs, tapered insulation is taken off by average thickness and board count, not by flat area. Wall envelope gets a separate takeoff for weather-resistive barrier, flashing and sealant joints, since those are common scope gaps between the framer and the roofer. Roofing estimating services has the full line-item format.
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, 5 in., vapor barrier | 18,400 | SF |
| 03 30 00 | Footings, continuous, 24 in. x 12 in. | 1,240 | LF |
| 05 12 00 | Structural steel columns and beams | 6,800 | LB |
| 06 10 00 | Wall framing, 2x6 at 16 in. O.C. | 22,600 | SF |
| 06 20 00 | Floor joists, I-joist, 16 in. O.C. | 14,200 | SF |
| 07 21 00 | Batt insulation, exterior walls | 22,600 | SF |
| 09 29 00 | Gypsum board, 5/8 in., walls | 41,300 | SF |
| 23 31 00 | Rectangular ductwork, galvanized | 3,900 | LB |
This is an illustrative footing run for a three-story wood-frame apartment building in Salem. The dimensions below are examples, not a real project. We use them to show the sequence from plan dimension to order quantity.
Step 1 — Measure the footing run. Take the continuous footing length off the foundation plan, then add interior bearing runs. For this example, the exterior perimeter is 480 LF and the interior bearing line is 200 LF, for 680 LF total.
Step 2 — Apply the section. The detail calls a 24 in. wide by 12 in. deep footing. Convert to feet: 2.00 ft wide, 1.00 ft deep.
Step 3 — Compute volume per linear foot. 2.00 ft x 1.00 ft x 1.00 ft = 2.00 CF per LF.
Step 4 — Compute total volume. 680 LF x 2.00 CF/LF = 1,360 CF. Divide by 27 to convert to cubic yards: 1,360 / 27 = 50.37 CY.
Step 5 — Add waste. Typical waste for formed footings runs 5 percent. 50.37 CY x 1.05 = 52.89 CY, rounded to 53 CY.
| Step | Calculation | Result |
|---|---|---|
| Footing run | 480 LF + 200 LF | 680 LF |
| Section area | 2.00 ft x 1.00 ft | 2.00 SF |
| Volume per LF | 2.00 SF x 1.00 ft | 2.00 CF/LF |
| Total volume | 680 x 2.00 | 1,360 CF |
| Convert | 1,360 / 27 | 50.37 CY |
| With 5% waste | 50.37 x 1.05 | 53 CY |
Step 6 — Add rebar and formwork. Rebar is taken off by bar size and lap, not by this volume. Formwork is measured by contact area: 680 LF x 2.00 ft of vertical face = 1,360 SF, plus any step-ups at grade changes.
Step 7 — Check against the soils report. If the geotech calls for over-excavation, add a separate line for granular replacement. That material is measured by cubic yard and is not part of the footing concrete quantity.
This is the level of detail we deliver in our standard Excel and PDF takeoff, organized by CSI MasterFormat division with marked-up plan sets. For a Salem project, send the foundation plan, the structural sheets and the soils report together so the footing and over-excavation lines stay separate. See foundation estimating services for the full scope.
The U.S. Census Bureau Building Permits Survey, covering new privately-owned residential units only, reported 778 units permitted by the city in 2025, down from 905 in 2024 — a 14 percent decline. Of those, 364 were single-family and 414 were multifamily, so multifamily was 53 percent of the total. Permitted value was $172 million, an average of $221,700 per unit. Salem ranked 4th of 25 covered state cities by units and accounted for 8.2 percent of the 9,431 units permitted across those cities. These figures cover residential permits only, not commercial or industrial work.
Rain between roughly October and May means the site may not be workable at the depth the plans assume. We take off stripping and structural fill separately, then add a line for undercut and granular replacement where the geotech report flags soft or saturated material. Erosion control and temporary drainage are measured as separate items rather than buried in general conditions. If your schedule crosses the wet season, tell us, because the quantity of imported fill and the haul-off of unsuitable material both change.
Expansive clay soils shrink and swell with moisture, so footings and slabs often need deeper embedment, granular backfill or a post-tensioned design. In a takeoff, that shows up as over-excavation measured by cubic yard, a thicker granular base under slabs, and sometimes pier or caisson quantities that do not appear on a standard foundation plan. We read the soils report alongside the structural sheets and list those items separately so you can see what the base bid does and does not include.
We deliver Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets so you can trace every quantity back to the drawing. Each line shows the CSI code, description, quantity and unit of measure. Waste factors are stated as separate columns rather than baked into the quantity. For Salem projects we also flag items that depend on the adopted Oregon code edition so you can confirm them with the local building department before you finalize the bid.
Most projects turn around in 24 to 48 hours. That covers a standard set of architectural, structural and civil sheets for a residential or light commercial project. Larger multifamily or institutional packages with full MEP sets take longer, and we will tell you the schedule before we start. Rush turnaround is available if your bid date is close. Send the plans and we will confirm scope, sheet count and delivery date in the same reply.
Yes. We cover the wider Willamette Valley and the Portland metro, including Portland, Eugene, Gresham and Hillsboro. Pricing is adjusted by ZIP code for both material and labor, so a takeoff for a Salem project does not carry Portland wage assumptions or the reverse. If your project is in a nearby city, see our Oregon construction estimating page or the city page closest to your site.
Send the architectural, structural, civil and MEP sheets, plus the soils report and the geotech recommendations. For multifamily, we also need the unit mix and the typical floor plan so we can count repeated assemblies rather than measure each unit. If the project is in a floodplain or on a sloped site, include the grading plan and any retaining wall details. The more complete the set, the fewer assumptions we have to state in the takeoff.
We state them as separate columns so you can adjust them. Typical industry ranges are 5 to 10 percent for concrete and masonry, 5 to 10 percent for framing lumber, and 10 percent or more for roofing and finishes, depending on the plan complexity and the number of corners and penetrations. We do not hide waste inside the quantity. If your supplier or your field crew uses a different factor, you can change one column and the totals update.
Yes. Tenant improvements and remodels are measured differently from new construction because you have to separate demolition from new work and identify what stays. We take off demolition by item and disposal, then new partitions, ceilings, finishes and MEP by division. Existing conditions matter, so if you have as-built drawings or a site walk report, send them. Where the existing structure is unknown, we list an allowance and label it clearly rather than guessing.
The figures come from the U.S. Census Bureau Building Permits Survey. They count permits issued by the city itself for new privately-owned residential units only. That means additions, alterations, commercial buildings and industrial projects are not included in the 778 units or the $172 million permitted value. Use the numbers as a read on residential activity, not on total construction volume in Salem. For commercial or industrial scope, the takeoff is driven by the drawings, not by the permit survey.
Send your plans and we will confirm scope, turnaround and a fixed price for a CSI-organized takeoff in Excel and PDF.