Residential takeoff
Single-family and townhome plans priced by division, including snow-load framing and high-desert roof assemblies.
SF · EARedmond, OR
Construction estimating services in Redmond, OR
We produce line-item construction estimates and quantity takeoffs for Redmond, Oregon contractors, developers and owners. Pricing uses ZIP-code-adjusted material and labor costs, and most jobs return in 24–48 hours as Excel and PDF organized by CSI MasterFormat division.
24–48 hours for most projectsTypical turnaround
Every CSI divisionSitework through MEP
Redmond ZIP pricingLocal material and labor
Price confirmed firstBefore any work starts
Census BPS · Redmond · 2025Real permit data
Redmond new housing permits2025
New housing units374Change vs. 2024−28%Permitted construction value$90MAverage value per unit$241,400Rank among covered Oregon cities#8
Single-family: 205 (55%)Multifamily: 169 (45%)
U.S. Census Bureau, Building Permits Survey, 2025. Residential only.
What makes construction estimating in Redmond, OR different?
Redmond pricing turns on high-desert climate and volcanic soil, a short building season, Deschutes County seismic and snow-load requirements, well and septic scope on rural sites, and a permit mix where 45% of 2025 residential units were multifamily. Each drives different labor, excavation and foundation line items.
- Redmond permitted 374 new housing units in 2025, #8 among the Oregon cities we cover.
- About 45% were in multifamily buildings; 55% were single-family.
- Permit volume was down 28% compared with 2024.
Redmond sits in Deschutes County on the dry side of the Cascades, where volcanic pumice and basalt sit close to grade and winter snow load governs roof framing. That combination changes excavation, foundation and roofing quantities from what a Willamette Valley estimate would show, so we price from ZIP-code-adjusted material and labor data rather than a statewide average. On a typical Redmond plan set, that means rock excavation and over-excavation allowances in Division 31, engineered fill and stem walls in Division 03, and rafter or truss sizing driven by the snow load the adopted code edition requires for this elevation. We work from your plan set and specifications, mark up the sheets, and return an estimate organized by CSI MasterFormat division. Bidders use it to check scope before submission, builders use it to buy out trades, and owners use it to compare contractor proposals line by line. If you are pricing work outside Redmond, our Oregon construction estimating page covers the rest of the state, and the same approach applies in nearby markets such as Grants Pass.
- Coverage
- Redmond and nearby Oregon communities
- Deliverable
- Excel estimate + marked-up PDF plans
- Pricing basis
- Redmond ZIP-code material and labor costs
- Turnaround
- 24–48 hours for most projects
- Software
- Bluebeam Revu, PlanSwift, RSMeans data
01
For bidders. You get a division-by-division takeoff with quantities, units and marked-up plans, so you can spot missing scope before bid day. Useful when a Redmond RFP includes sitework, foundation and framing packages that need separate pricing.
02
For builders. Buy out concrete, framing, roofing and MEP trades against real quantities. Waste factors, snow-load framing and pumice excavation are called out so your purchase orders match what the crew actually installs.
03
For owners. Compare contractor bids on the same line items instead of lump sums. You see where one proposal omits dewatering, rock excavation or roof insulation that another includes.
Redmond by the numbers
Redmond's residential construction pipeline
Select a bar to compare Redmond with the largest Oregon markets we cover.
374New housing units, 2025
4%Of all units in the Oregon cities we cover
$90MPermitted residential value
45%In multifamily buildings
New housing units permitted in 2025. Source: U.S. Census Bureau, Building Permits Survey.
This city
Redmond
374 new housing units in 2025 (-28.4% vs 2024).
205 single-family · 169 multifamily (45%).
Permit volume dropped, but multifamily share held
Redmond issued 374 new privately-owned residential units in 2025, down from 522 in 2024 — a 28% decline, per the U.S. Census Bureau Building Permits Survey. Single-family units were 205 and multifamily 169, so multifamily was 45% of the residential mix. Permitted value was $90M, an average of $241,400 per unit. For bidders, that means fewer but larger jobs: apartment and townhome packages still move, and each one carries repeated unit types where a takeoff error multiplies across floors. Redmond ranked 8th of 25 covered Oregon cities by units and accounted for 4% of the 9,431 covered statewide units. Statewide demand is still being pulled by Portland-area semiconductor investment and Willamette Valley suburban growth, which keeps subcontractor pricing competitive even when local starts slow.
High-desert site conditions drive the sitework and foundation numbers
Redmond's volcanic soils, shallow bedrock and seasonal frost change the cost profile before a wall is framed. Rock excavation, over-excavation and import fill are common allowances, and foundation designs often need engineered fill or stem walls rather than a simple slab. Roof framing must carry the snow load the adopted code edition requires for this elevation, which affects rafter size, spacing and truss pricing. Confirm the adopted code edition and local amendments with the City of Redmond building department before you lock quantities. Contractors pricing work in wetter markets like Oregon City or McMinnville will see different excavation and drainage line items for the same square footage.
Services
Construction estimating services in Redmond
We price the scopes that show up most often in Deschutes County plan sets, from rural residential to commercial shell work.
Multifamily estimating
Apartment and duplex packages with repeated unit types, common areas and sitework broken out separately.
SF · UNITConcrete estimating
Footings, stem walls, slabs and flatwork priced for volcanic soil conditions and frost depth.
CY · SFFoundation estimating
Engineered fill, over-excavation and reinforcement quantities for basalt and pumice subgrades.
CY · TONFraming estimating
Floor, wall and roof framing with lumber counts, sheathing and hardware for the adopted snow load.
BF · LFRoofing estimating
Underlayment, ice barrier, insulation and metal or shingle areas for freeze-thaw and snow exposure.
SQ · SFSitework estimating
Clearing, rock excavation, utility trenching, and well or septic scope on rural Deschutes County lots.
CY · LFMEP estimating
Mechanical, electrical and plumbing quantities coordinated with the architectural and structural sheets.
LF · EAWho we provide estimates for
Who uses our Redmond estimates
General contractors bidding Redmond RFPs
You need Division 31 rock excavation and Division 03 stem wall quantities separated before bid day, because pumice and basalt at grade can swing your earthwork number more than any other line. We break out rock removal, structural fill, and form area so you can price the risk instead of carrying a lump sum.
Production homebuilders in Deschutes County
With 205 single-family units permitted in 2025, you are buying out framing, roofing and MEP repeatedly. We return consistent line items so your purchase orders match from lot to lot. That means the same waste factors, the same connector counts, and the same snow-load assumptions on every plan set you send.
Multifamily and townhome developers
169 of the 374 residential units permitted in 2025 were multifamily. We break out unit-by-unit plumbing, fire separation and roof snow-load framing so your pro forma holds. You see shared trench lengths, demising wall types, and per-unit fixture counts before you commit to a construction loan.
Concrete and foundation subcontractors
You bid stem walls, footings and slab-on-grade against volcanic soils. We give you form area, rebar tonnage and concrete volume with waste so your quote survives the pour. Over-excavation and engineered fill are separate lines, not buried in the footing price.
Roofing and framing subcontractors
Redmond snow load drives rafter and truss sizing. We quantify sheathing, ice barrier and ventilation from the plan set so your bid reflects the framing the inspector will require. We also list connector and hardware counts, which are easy to miss when you price from a roof plan alone.
Owners and architects comparing bids
You receive the same line items from every bidder, so you can see which proposal omits dewatering, rock excavation or roof insulation that another includes. That makes leveling bids faster and gives you a written basis for change orders when site conditions differ from the geotechnical report.
Where we provide estimates
Redmond areas and nearby communities we cover
We estimate from plan sets for projects anywhere in Deschutes County and the surrounding central Oregon markets. If your site is outside the city limits, the same ZIP-code-adjusted pricing applies.
Redmond and immediate surroundings
- Downtown Redmond
- Redmond Airport area
- Canal Boulevard corridor
- Highland Avenue area
- South Redmond
Deschutes County and nearby
- Bend
- Terrebonne
- Crooked River Ranch
- Sisters
- Prineville
Other Oregon markets we cover
Property types
Types of Redmond properties we estimate
Redmond's 2025 permit mix was 205 single-family units and 169 multifamily units, with a total permitted value of $90M. That mix drives the property types we price most often here.
Single-family homes
Custom and production homes on pumice or basalt sites. We take off excavation, engineered fill, stem walls, framing, roofing and MEP from the plan set, with snow-load framing called out by division.
Watch for: Rock excavation, over-excavation, snow-load rafter sizing
Multifamily and townhomes
Duplexes, triplexes and apartment buildings, which made up 45% of 2025 residential units. We quantify unit-by-unit plumbing, fire separation, roof framing and shared sitework so your per-unit cost is clear.
Watch for: Fire-rated assemblies, shared utility trenches, unit mix
Light industrial and shop buildings
Redmond's airport and highway corridors support shops, warehouses and small manufacturing. We estimate slab-on-grade, tilt-up or metal building systems, overhead doors and process utilities.
Watch for: Slab thickness, door openings, utility capacity
Commercial tenant improvements
Office, retail and medical fit-outs in existing shells. We take off partitions, ceilings, storefront, HVAC distribution and electrical devices from the architectural and MEP sheets.
Watch for: Existing conditions, demising walls, ADA upgrades
Agricultural and rural outbuildings
Barns, equipment sheds and hay covers on acreage outside city limits. We price pole or stick framing, metal siding and roofing, and gravel or concrete aprons.
Watch for: Wind exposure, snow load, frost depth
Additions and remodels
Room additions, garage conversions and second-story adds on older Redmond homes. We quantify selective demolition, structural tie-ins, new finishes and MEP extensions.
Watch for: Load path, existing framing, permit triggers
Local factors
What changes a construction estimate in Redmond
Redmond is not a Willamette Valley estimate with a different ZIP code. Elevation, volcanic soils and the adopted code edition each move quantities in specific divisions.
Code edition and permitting
Oregon adopts the statewide building code, but the edition in force and local amendments are confirmed with the Redmond building department. Snow load, seismic design category and energy requirements all flow from that edition. We read the adopted edition before we size rafters or specify insulation, because a change in the code cycle can add or remove line items in Division 06 and Division 07.
Oregon Building Codes Division · City of Redmond building department · IBC/IRCVolcanic soils and foundations
Pumice, cinders and basalt sit close to grade across much of Redmond. Excavation can turn into rock removal, and footings may need over-excavation and engineered fill. We carry separate lines for rock excavation, structural fill and stem wall concrete so you can see the risk rather than bury it in a lump sum.
Division 31 earthwork · Division 03 concrete · geotechnical reportSnow load and winter climate
Redmond's elevation and dry-side location produce a roof snow load that governs rafter and truss design. Ice barrier underlayment, roof ventilation and eave detailing are not optional. We take off sheathing, connectors and insulation to the snow load the adopted code requires for the site elevation, not a generic Oregon number.
Ground snow load · Division 06 framing · Division 07 roofingLabor availability and travel
Central Oregon's construction labor pool is smaller than Portland's, and crews may travel from Bend or Prineville. That affects labor hours and mobilization in your estimate. We use ZIP-code-adjusted labor rates for the Redmond area, and we flag trades where the local pool is thin so you can plan your buyout.
ZIP-code-adjusted labor · RSMeans data · mobilizationSite drainage and land use
Deschutes County and the city both regulate stormwater and erosion control. Sites with slopes or seasonal high groundwater need dewatering, sediment control and possibly drywells. We quantify these in Division 31 and Division 33 so they are not omitted from the bid.
Division 31 sitework · Division 33 utilities · local stormwater rulesMaterials and logistics
Redmond is roughly 160 miles from Portland, so most materials arrive by truck over the Cascades. That adds freight and lead time to structural steel, trusses and specialty finishes. We price material from the nearest realistic source and note long-lead items so your schedule and estimate agree.
Freight cost · lead times · local suppliersRedmond estimating guide
How Redmond conditions show up in a takeoff, trade by trade
Redmond sits on volcanic soils and high-desert climate, and the permit mix runs about 45% multifamily, so a takeoff here has to handle both production housing and commercial work. The five sections below show what we adjust line by line.
Sitework and utilities
Volcanic ash and pumice soils drain fast but do not compact like Willamette Valley clay, so we carry rock excavation and over-excavation separately from ordinary trenching. For a typical Redmond subdivision, the sitework takeoff runs storm drain, sanitary sewer, water main, and dry utilities as separate CSI 31 and 33 sections, with bedding stone and backfill measured by cubic yard. Because the city sits in a high-desert basin, dust control and temporary irrigation for stabilization are real line items, not afterthoughts. We price from ZIP-code-adjusted RSMeans data, so Deschutes County labor and material rates show up in the numbers rather than a statewide average. Our sitework estimating services page covers the full division breakdown.
Framing and trusses
Redmond roofs carry a snow load that pushes truss depths and lumber sizes past what a Portland-area plan set assumes. Our framing takeoff counts studs by wall run and plate height, headers by opening size, and sheathing by sheet with a typical 5–8% waste factor. Engineered floor systems and roof trusses are priced from the supplier's layout, not a rule of thumb, because girder and valley conditions change piece counts. We mark up the plan set with each wall segment and opening so your framing crew can check the count against the layout. Framing estimating services shows the deliverable format.
Roofing and exterior envelope
Snow load and freeze-thaw cycles drive roofing and envelope takeoffs here. We measure roof area by slope, add typical 10% waste for architectural shingles and 5% for standing-seam metal, and count underlayment, ice-and-water shield at eaves and valleys, ridge vent, and drip edge as separate lines. Wall assemblies include continuous insulation, weather-resistive barrier, and flashing at penetrations, which matters more in Redmond than in the valley because of wind-driven snow. We confirm the adopted energy code edition with the local building department before finalizing insulation R-values. Roofing estimating services covers the full envelope breakdown.
Concrete and foundations
Most Redmond foundation work is slab-on-grade with turned-down footings, but the volcanic subgrade changes the math. We take off footing concrete by linear foot times cross-section, add a typical 5% waste for formed footings and 7–10% for slab pours, and carry vapor barrier, capillary break, and rebar separately. Where a geotech report calls for over-excavation and structural fill, that volume is its own line, because it can double the concrete budget on a bad lot. Frost depth in Central Oregon runs deeper than the valley, so stem walls and foundation insulation thickness need to be verified against the adopted code edition with the local building department. See foundation estimating services for how we structure these divisions.
Mechanical, electrical, plumbing
A high-desert climate means heating dominates the mechanical load and cooling is a real but smaller line. We take off furnaces or heat pumps by tonnage and AFUE, ductwork by pound and linear foot, and radiant slab tubing by loop if the project uses hydronic heat. Electrical counts devices, fixtures, and panel schedules by circuit, and plumbing runs DWV and domestic water by fixture unit and pipe diameter. On multifamily, we separate house lines from unit rough-ins, because that split is where bids usually leak money. MEP estimating services explains how we handle the division split.
Scope gaps we see on Redmond bids
- Rock excavation and over-excavation for volcanic subgrade left out of the sitework bid, then added as a change order.
- Snow-load truss upgrades omitted because the plan set was drawn for a lower-elevation jurisdiction.
- Vapor barrier and capillary break under slab not carried as separate line items from concrete.
- Multifamily house-line versus unit rough-in split in MEP not clearly assigned to a trade.
- Dust control, temporary irrigation, and winter protection not priced for the high-desert season.
- Permit and plan-review fees not verified against the city's current fee schedule before bid day.
Free tool
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.
Result
19.4CY
Net volume18.5 CY
Cubic feet500 CF
Ready-mix trucks (10 CY)2
80 lb bags (premix)875
Need the full takeoff with pricing? Upload your plans.
How it works
How we estimate a Redmond project
- Read the full setArchitectural, structural, civil and MEP drawings, the geotechnical report and every addendum.
- Check Redmond conditionsLocal code edition, site and drainage requirements, soils and any hazard rules are confirmed before the takeoff starts.
- Take off by CSI sectionQuantities measured and color-coded on the plans, so every number traces to a sheet.
- Price to RedmondMaterial and labor costs adjusted to the project ZIP code, or to your own supplier quotes and crew rates.
- Check and deliverA second estimator checks quantities before the estimate goes out.
Sample output
Sample takeoff: Redmond single-family residence, slab-on-grade
| Section | Line item | Qty | Unit |
|---|---|---|---|
| 03 30 00 | Footing concrete, 12x24 turned-down | 18.4 | CY |
| 03 30 00 | Slab-on-grade concrete, 4 in. | 42.7 | CY |
| 03 20 00 | Rebar, #4 footing and slab | 3,850 | LB |
| 31 23 16 | Structural fill, over-excavation | 210 | CY |
| 06 10 00 | Framing lumber, walls and floors | 4,920 | BF |
| 06 17 53 | Roof trusses, snow-load rated | 38 | EA |
| 07 30 00 | Architectural shingles, 6:12 slope | 31.5 | SQ |
| 22 11 00 | Domestic water piping, PEX | 1,240 | LF |
Worked example: slab-on-grade concrete for a Redmond single-family home
This example uses illustrative dimensions for a 1,800 sq ft single-story home on a slab. The slab is 4 in. thick over a 10-mil vapor barrier and 2 in. of sand. Footings are 12 in. wide by 24 in. deep, turned down at the perimeter. All dimensions are illustrative; your plan set controls.
Step 1 — Slab volume. 1,800 sq ft × (4 in. ÷ 12) = 600 cu ft. Convert to cubic yards: 600 ÷ 27 = 22.2 CY. Add a typical 5% waste for slab pours: 22.2 × 1.05 = 23.3 CY.
Step 2 — Footing volume. Perimeter of a 30 ft × 60 ft rectangle = 180 LF. Cross-section = 1 ft × 2 ft = 2 sq ft. Volume = 180 × 2 = 360 cu ft = 13.3 CY. Add a typical 5% waste: 13.3 × 1.05 = 14.0 CY.
Step 3 — Total concrete. 23.3 + 14.0 = 37.3 CY. Round to 38 CY for ordering.
Step 4 — Rebar. Slab: #4 at 18 in. o.c. each way. 1,800 sq ft ÷ (1.5 ft × 1.5 ft) = 800 intersections. At 2 directions, roughly 1,600 pieces × 3 ft average = 4,800 LF. Footing: 4 continuous #4 bars × 180 LF = 720 LF. Total 5,520 LF. #4 weighs 0.668 lb/LF, so 5,520 × 0.668 = 3,687 lb. Add a typical 5% lap waste: 3,871 lb.
Step 5 — Vapor barrier. 1,800 sq ft plus 10% laps and turn-up: 1,980 sq ft.
| Step | Calculation | Quantity | Unit |
|---|---|---|---|
| Slab concrete | 1,800 × 0.333 ÷ 27 × 1.05 | 23.3 | CY |
| Footing concrete | 180 × 2 ÷ 27 × 1.05 | 14.0 | CY |
| Total concrete | 23.3 + 14.0 | 37.3 | CY |
| Rebar | 5,520 × 0.668 × 1.05 | 3,871 | LB |
| Vapor barrier | 1,800 × 1.10 | 1,980 | SF |
We price the concrete, rebar, and vapor barrier from ZIP-code-adjusted RSMeans data for the Redmond area, then mark up the plan set so you can trace every line back to the drawing. If your geotech report calls for over-excavation, that volume is added as a separate line before the bid goes out.
FAQ
Redmond construction estimating questions
What makes a Redmond takeoff different from a Portland takeoff?
Three things show up in the numbers: volcanic soils that change excavation and foundation quantities, a higher snow load that drives truss and framing sizes, and a colder winter that adds freeze protection and insulation depth. Labor and material pricing also differs, which is why we use ZIP-code-adjusted RSMeans data for Deschutes County rather than a statewide average. The plan set still controls, but the assumptions behind the takeoff change.
Do you handle both residential and commercial work in Redmond?
Yes. On the residential side we take off single-family and multifamily projects, including the 205 single-family and 169 multifamily units permitted in Redmond in 2025. On the commercial side we work from full plan sets and specs across all CSI divisions. The deliverable is the same format either way: Excel and PDF organized by MasterFormat division with marked-up plans.
How do you price concrete when the subgrade is volcanic?
We separate structural fill and over-excavation from the concrete line, because volcanic subgrade often needs removal and replacement before footings go in. The concrete itself is taken off by cross-section and thickness with a typical waste factor, and rebar is counted by bar length and weight. If your geotech report specifies a different bearing stratum, we adjust the excavation volume and rerun the numbers.
What turnaround should I expect for a Redmond estimate?
Most projects come back in 24–48 hours. Larger multifamily or commercial packages may take longer depending on sheet count and the number of trades involved. Rush service is available if you have a bid date closing. Send the plan set and we will confirm the schedule before we start.
Do you account for snow load in the framing takeoff?
Yes. We read the structural sheets for the ground snow load and check that truss and header sizes match. If the plan set was drawn for a lower-elevation jurisdiction, we flag the discrepancy before the bid goes out. The adopted code edition and local amendments should be confirmed with the local building department, because snow load requirements can change between code cycles.
Can you estimate a multifamily project with repeated unit types?
Yes. We build a typical unit takeoff once, then multiply by unit count and add the house lines, corridors, and common areas separately. That split matters because house-line MEP and fire protection are often missed in unit-based pricing. Redmond permitted 169 multifamily units in 2025, so this is a common request. The output shows unit counts and house lines on separate rows.
How do you handle MEP on a Redmond project?
We take off mechanical, electrical, and plumbing by system and by division. Heating is the dominant load in Central Oregon, so we price equipment by capacity and efficiency, ductwork by weight and length, and hydronic tubing by loop if used. Electrical is counted by device, fixture, and circuit. Plumbing is measured by fixture unit and pipe diameter. House lines and unit rough-ins are separated on multifamily.
What format do you deliver the estimate in?
Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets showing what was measured. The Excel file is set up so you can adjust quantities, unit costs, and waste factors without rebuilding the estimate. Marked-up plans let your superintendent or foreman check the takeoff against the drawings in the field.
Where does the Redmond permit data come from?
The permit numbers we cite come from the U.S. Census Bureau Building Permits Survey for 2025. That survey counts new privately-owned residential units permitted by the city itself. It does not include commercial permits, additions, or alterations. Redmond issued 374 residential units in 2025, down from 522 in 2024, with a total permitted value of $90 million.
Do you cover nearby cities in Central Oregon?
We cover Redmond and the surrounding region. Our Oregon construction estimating services page lists the cities we serve, including Grants Pass, Oregon City, McMinnville, Tualatin, West Linn, and Woodburn. If your project is in Deschutes County or a nearby jurisdiction, send the plans and we will confirm coverage and pricing basis before we start.
Other Oregon cities we cover
Popular services in Redmond
Send your Redmond project plans for a quote
Send your plan set and specs and we will return a MasterFormat-organized estimate with marked-up plans, typically within 24–48 hours.
- We review the set and check for missing sheets or addenda.
- You get a quote with a price and a delivery date.
- You approve and we start the takeoff.
- You receive the Excel estimate and marked-up plans.