Sitework takeoff
Clearing, stripping, cut and fill, ledge removal, and utility trenching for lots on sandy glacial soils.
CY · LF · TONWe prepare material and labor takeoffs for builders, subcontractors and owners working in Plymouth, MA and Plymouth County — organized by CSI MasterFormat division, priced with ZIP-code-adjusted RSMeans data, and delivered in Excel and PDF with marked-up plan sets.
Plymouth pricing is driven by coastal exposure and wind-driven rain detailing, sandy glacial soils that change footing and dewatering scope, a tight South Shore subcontractor market, long haul distances to some suppliers, and a mostly single-family permit pipeline where one bad waste factor can wipe out the margin on a whole house.
Plymouth issues residential permits at a volume that puts it near the top of the state's cities, and almost all of that work is single-family. That means the estimating you need here is house-by-house: footing and frost depth, framing, roof geometry, siding and trim, MEP rough-in, and the sitework that goes with a lot that may have never been built on. We take off those scopes from your plan set and return quantities you can price line by line.
Our output is organized by CSI MasterFormat division, priced with ZIP-code-adjusted material and labor rates, and returned in Excel and PDF with the plan sheets marked up so you can see where each quantity came from. Most projects turn around in 24–48 hours. If you are bidding against three other South Shore builders, that window matters. Start with our Massachusetts construction estimating services, or send plans straight through the get an estimate page.
For bidders. You need quantities you can defend in a bid review. We break out concrete, framing, roofing, siding and MEP by division so you can see exactly what is in the number before you sign a lump sum.
For builders. You are buying material and scheduling crews. We return takeoffs with waste factors stated separately, so your lumber and sheathing orders match what the plan actually shows instead of a rule of thumb.
For owners. You want a budget before you commit to a design. We price the scope as drawn, flag missing items, and give you a format you can hand to a lender or a contractor for comparison.
Select a bar to compare Plymouth with the largest Massachusetts markets we cover.
265 new housing units in 2025 (-9.6% vs 2024).
265 single-family · 0 multifamily (0%).
Plymouth issued 265 new privately-owned residential units in 2025, down about 10% from 293 in 2024, according to the U.S. Census Bureau Building Permits Survey. All 265 were single-family; multifamily share was zero. That still ranks Plymouth 4th of 25 covered state cities by units and gives it 5.8% of the 4,601 covered state total. Permitted value was $67M, an average of $252,600 per unit. For bidders, the read is straightforward: fewer starts means more competition per job, and a $252,600 average unit value leaves little room for a quantity error. Take off the whole house, not just the framing. See how this compares across the state on our Massachusetts construction estimating services page.
With zero multifamily permits in the 2025 data, the local pipeline is detached houses, additions, and rebuilds — work where sitework, foundation, framing, roofing and MEP all land on one estimate. Coastal Plymouth lots bring wind-driven rain detailing, higher exposure categories on roof coverings, and sandy glacial soils that can push footing depth and dewatering. Interior lots near the historic districts bring their own trim and window requirements. If you also bid in Taunton or Brookline, the scope mix changes and so does the unit pricing. Our Taunton construction estimating and Brookline construction estimating pages cover those markets.
We take off the scopes that show up on Plymouth residential and light commercial plans, priced for Plymouth County labor and material.
Clearing, stripping, cut and fill, ledge removal, and utility trenching for lots on sandy glacial soils.
CY · LF · TONFootings, frost walls, slab on grade, and waterproofing, with concrete and rebar broken out separately.
CY · SF · LBFloor, wall and roof framing counted member by member, with sheathing, hardware and waste shown apart.
LF · EA · SFRoof area by pitch and plane, underlayment, ice barrier, flashing and ventilation for coastal exposure.
SQ · LF · EAFoundations, flatwork, driveways and stoops, with formwork, reinforcement and finish priced by area.
CY · SF · LFPlumbing, HVAC and electrical rough-in counts for single-family plans, including fixture and device schedules.
EA · LF · TONFull-house takeoffs for new builds, additions and gut renovations, organized by CSI division.
SF · EA · LSLight commercial and mixed-use scopes for Plymouth center and Route 3 corridor projects.
SF · EA · LSPlymouth permitted 265 single-family units in 2025 with no multifamily, so your pipeline is one-off houses on scattered lots. We take off each plan separately rather than averaging square-foot costs across a subdivision.
You are pricing against South Shore and Cape builders on the same drawings. Division-by-division quantities with marked-up sheets let you defend or adjust a line before you sign the lump sum.
Hip-and-valley roofs, dormers and two-story foyers are common on Plymouth plans. We count studs, plates, headers, sheathing and roof planes from the elevations, not from a per-square rule of thumb.
Footing depth here follows Massachusetts frost requirements and coastal soil conditions. We quantify footings, stem walls, slab area, rebar and formwork so your pour schedule and material order line up.
You need a budget check while the design is still moving. We price the set as drawn, flag missing scope, and return it in a format you can hand back to the owner with the drawings.
You are comparing contractor bids on a Plymouth house or a small commercial fit-out. A third-party quantity takeoff shows what the drawings actually contain before you commit to a contract number.
We estimate from plan sets for projects anywhere in Plymouth County and the South Shore, from the waterfront villages to the inland lots off Route 44. Plans come to us digitally, so distance from our desk does not change turnaround.
The permit mix here is almost entirely new single-family housing, with a steady layer of renovations, additions and small commercial work in the villages and along the Route 3 and Route 44 corridors. Each type gets a different takeoff structure.
The core of Plymouth's permit volume. We take off footing and foundation, framing, roof, siding, windows, insulation, drywall, MEP rough-in and finishes from the architectural and structural sets, with waste factors stated separately.
Watch for: Frost-depth footings, roof geometry, window and door schedules
Common on established lots in Chiltonville and North Plymouth. The takeoff has to tie new work into existing framing, so we quantify new footings, beam sizing, roof tie-ins and the demolition and patching that goes with them.
Watch for: Load path at tie-ins, temporary weather protection, demolition
Gut renovations in older Plymouth Center houses. We measure selective demolition, reframing, new MEP runs through existing chases, insulation upgrades and finish replacement, and we separate what is shown from what is likely hidden.
Watch for: Hidden conditions, asbestos and lead assumptions, MEP chases
Homes near White Horse Beach, Manomet and the harbor sit in or near flood zones. We quantify elevated foundations, piling or sonotube systems, flood-resistant materials and the extra sitework those lots require.
Watch for: Flood elevation, pile depths, corrosion-resistant fasteners
Village-scale retail, office and mixed-use buildings along the main corridors. We break out structural steel, masonry, storefront glazing, roof systems and MEP by division so a tenant fit-out can be priced separately from core and shell.
Watch for: Storefront systems, sprinkler and alarm scope, tenant separation
Warehouse, shop and self-storage buildings on the inland commercial parcels. Slab-on-grade, pre-engineered or conventional framing, overhead doors and service MEP drive the takeoff, with sitework quantified as a separate division.
Watch for: Slab thickness and reinforcement, door and dock openings, site utilities
Two houses with the same square footage can price very differently here depending on where the lot sits, what the soil does and which code edition the town has adopted. These are the drivers we check before we finalize a number.
Plymouth administers its own building, plumbing, gas and electrical permitting, and the town's adopted editions of the state building, stretch energy and septic codes govern what you can build. We price to the drawings and note where a scope item depends on an inspection or a local interpretation. Confirm the adopted code edition and any local amendments with the Plymouth building department before you lock a bid, because the energy code in particular changes envelope and mechanical quantities.
Massachusetts State Building Code · Stretch Energy Code · Plymouth building departmentMuch of Plymouth sits on glacial outwash, sand and gravel, with areas of ledge and seasonal high groundwater near the ponds and coastal inlets. Footings must bear below the Massachusetts frost depth, and poor bearing or a high water table can push a design toward deeper footings, engineered fill or piles. We quantify footing and stem wall volume, rebar, formwork and any dewatering allowance separately so a soil revision does not silently change your concrete number.
Glacial outwash soils · frost depth · seasonal high groundwaterHouses near the harbor, Manomet and White Horse Beach take wind-driven rain, salt air and Nor'easters, which drives up roofing underlayment, flashing, fastener and exterior finish specifications compared with an inland lot. Snow load and ice dam detailing affect roof structure and eave protection. We carry these as separate line items rather than burying them in a roofing square-foot price, so you can see what the exposure is costing.
Salt-air exposure · wind-driven rain · snow and ice dam detailingPlymouth competes for trades with the Boston market and the Cape, and the state's life-science and urban infill work keeps labor rates among the highest in the country. Framer, roofer, electrician and plumber availability sets your schedule as much as price does. We price labor with ZIP-code-adjusted rates and keep trade hours visible, so you can see where a crew shortage would hurt before you commit to a completion date.
ZIP-code-adjusted labor rates · Boston labor market · Cape Cod tradesInland Plymouth lots off Route 44 and the pond areas often need clearing, ledge removal, engineered fill and stormwater management to meet local and state wetland rules. Coastal lots add erosion control and flood-zone elevation work. We take off clearing limits, cut and fill, retaining walls, drainage structures and utility trenching as a separate sitework division, because on a raw lot this scope can rival the foundation cost.
Stormwater management · wetland buffers · erosion controlPlymouth is a long haul from the Boston material yards, so delivery charges and lead times on lumber, trusses, windows and specialty finishes show up in the number. Massachusetts sales tax applies to most materials and is handled differently depending on whether you are buying or billing them. We price materials at ZIP-code-adjusted rates and list long-lead items so your order dates and your bid assumptions match.
Massachusetts sales tax · delivery lead times · long-lead materialsPlymouth's coastal setting, glacial soils, and steady single-family permit flow shape what you need to quantify. Here's how five trades change when you estimate here.
Plymouth's glacial till and sandy outwash mean you'll hit boulders and variable groundwater. A takeoff must include rock removal allowances by cubic yard, not just trench excavation. Because the town sits on coastal plain, you also need to price underdrain, footing drains, and stormwater structures to Plymouth's stormwater bylaws. The town enforces its own wetland regulations, so confirm buffer zones and erosion controls with the Plymouth Conservation Commission before you finalize quantities. For a typical single-family lot, expect separate line items for topsoil stripping, structural fill, and crushed stone. Our sitework estimating services break these out by area and depth so you can see where the risk sits.
Plymouth's housing stock includes many two-story colonials and capes, so floor framing often uses engineered I-joists and LVL beams. A takeoff should count each piece by length and depth, then convert to linear feet for pricing. Wall framing quantities depend on plate height and corner conditions. Because coastal winds can govern, you'll see more hardware: hurricane clips, hold-downs, and shear panels. Add waste factors typical for dimensional lumber and sheathing. Our framing estimating services handle this conversion and flag where the plan set lacks a beam schedule. For a 2,400-square-foot house, expect roughly 1.5 to 2.0 board feet per square foot of floor area, but verify against the actual layout.
Massachusetts energy code (Stretch Code in many towns) pushes high-performance envelopes and efficient mechanicals. In Plymouth, you'll see heat pump systems, ERV/HRV units, and tight duct layouts. A takeoff should count fixtures, devices, and equipment separately, then price rough-in by linear foot of pipe or cable. For plumbing, count each fixture and its vent, waste, and supply runs. For electrical, count receptacles, switches, and home runs. Our MEP estimating services help you avoid double-counting between divisions. Because the state updates the energy code periodically, confirm the current edition with the Plymouth Building Department before you lock in insulation and glazing values.
Frost depth in Plymouth is typically 48 inches, so footings must bear below that. Foundation walls often step with the grade on sloped lots, which multiplies formwork and concrete quantities. You'll price 4,000 psi wall mix, footing concrete, and slab-on-grade separately. For coastal homes, add a vapor barrier and possibly a capillary break. If the design calls for a walk-out basement, you'll need to quantify waterproofing membrane and drainage board on the exterior. Our concrete estimating services and foundation estimating services can help you separate these items by wall length, height, and thickness. Confirm the adopted Massachusetts building code with the Plymouth Building Department.
Plymouth roofs take Nor'easters and salt air. Asphalt shingles remain common, but you'll also price ice-and-water shield at eaves and valleys, synthetic underlayment, and corrosion-resistant fasteners. Roof complexity drives waste: a simple gable runs about 10% waste; a cut-up hip roof with dormers can hit 15% or more. You need to quantify ridge vent, drip edge, and step flashing by linear foot. For coastal exposure within a mile of the shore, some specs call for Class A assemblies or enhanced underlayment. Our roofing estimating services can break down squares, accessories, and labor by pitch and story height. Always confirm local amendments with the building department.
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 | Footing concrete, 24"x12" | 8.5 | CY |
| 03 30 00 | Foundation wall concrete, 8" thick | 22 | CY |
| 06 10 00 | 2x6 stud walls, 9' plate | 1,450 | LF |
| 06 10 00 | 2x10 floor joists, 16" o.c. | 1,200 | LF |
| 06 15 00 | Roof sheathing, 7/16" OSB | 48 | SQ |
| 07 30 00 | Asphalt shingles, architectural | 52 | SQ |
| 07 30 00 | Ice & water shield at eaves | 180 | LF |
| 22 00 00 | PEX water lines, 1/2" | 420 | LF |
You're estimating footings for a simple rectangular house with a full basement. The plan shows a continuous footing 24 inches wide by 12 inches thick, running under all exterior walls and one interior bearing wall. Dimensions are illustrative; always take them from the plan.
First, calculate the perimeter. Assume the house is 40 feet by 28 feet. Perimeter = 2 × (40 + 28) = 136 linear feet. Add the interior bearing wall, which runs the 28-foot width: total length = 136 + 28 = 164 linear feet.
Next, convert the cross-section to square feet. 24 inches = 2 feet; 12 inches = 1 foot. Area = 2 × 1 = 2 square feet.
Volume = 164 LF × 2 SF = 328 cubic feet. Convert to cubic yards: 328 ÷ 27 = 12.15 CY. Add a typical waste factor of 5% for spillage and over-excavation: 12.15 × 1.05 = 12.76 CY. Round up to 13 CY.
Now check against the sample takeoff above, which shows 8.5 CY for footings. That sample is for a smaller footprint or a different wall layout; your actual quantity depends on the plan's dimensions. Always verify footing widths and thicknesses from the structural drawings, and confirm frost depth requirements with the Plymouth Building Department.
| Step | Calculation | Result |
|---|---|---|
| Perimeter | 2 × (40 + 28) | 136 LF |
| Interior wall | + 28 | 164 LF |
| Cross-section | 2' × 1' | 2 SF |
| Volume | 164 × 2 | 328 CF |
| Convert to CY | 328 ÷ 27 | 12.15 CY |
| Waste 5% | 12.15 × 1.05 | 12.76 CY |
| Order | Round up | 13 CY |
This method works for any continuous footing. For stepped footings on sloped lots, break the run into segments and calculate each separately.
Most single-family projects are returned in 24–48 hours. Larger or more complex plans may take longer; rush service is available. We deliver Excel and PDF files organized by CSI MasterFormat division, with marked-up plan sets so you can see exactly what we measured.
Yes. We use ZIP-code-adjusted material and labor pricing from RSMeans data. That means the labor rates and material costs in your estimate reflect Plymouth's market, not a national average. This is especially important for trades like concrete and framing, where local availability and freight affect cost.
We add line items for corrosion-resistant fasteners, enhanced underlayment, and flood-resistant materials when the plans call for them. If the project is in a flood zone, we note the need for flood vents and elevated utilities. Always confirm the specific requirements with the Plymouth Building Department and your insurance carrier.
Full basements and crawl spaces are typical, with concrete footings and walls. Frost depth is generally 48 inches, so footings must be below that. On sloped lots, stepped footings are common. We quantify concrete, formwork, reinforcement, and waterproofing separately so you can see the cost drivers.
Yes. We handle single-family, multi-family, and light commercial. For commercial work, we organize by CSI MasterFormat divisions and include allowances for specialty items. Our commercial estimating services cover everything from tenant fit-outs to ground-up buildings.
We do. Sitework takeoffs include clearing, excavation, backfill, grading, drainage, and utility runs. For Plymouth, we pay attention to rock removal and dewatering because glacial soils can vary. Quantities are broken out by area, volume, or linear feet as appropriate.
We use Bluebeam Revu for plan markup, PlanSwift for takeoff, and RSMeans data for pricing. This combination lets us measure accurately and apply current market rates. Deliverables are in Excel and PDF, so you can edit and share them easily.
We apply typical waste factors by material: 5–10% for concrete, 10% for lumber, 10–15% for roofing depending on complexity. These are guidelines; we adjust based on your specific scope and site conditions. Waste is shown as a separate line so you can see the impact.
The permit figures on this page come from the U.S. Census Bureau's Building Permits Survey for 2025. That survey counts new privately-owned residential units only. In Plymouth, 265 such units were permitted in 2025, down about 10% from 293 in 2024. The data helps you gauge market activity, but always check with the Plymouth Building Department for current permit volumes.
Yes. Our multi-family estimating services cover apartments, condos, and townhomes. We break down costs by building type, unit mix, and site conditions. For Plymouth, where multi-family permits were zero in 2025 per the Census survey, any new multi-family project would be notable, so we pay extra attention to code and utility requirements.
Upload your plans and we'll return a detailed takeoff in 24–48 hours.