Residential takeoffs
Single-family and small multifamily plans, with lumber, sheathing, roofing and finish quantities by floor.
SF · LF · EAAmherst, NY sits in Erie County, where new residential permits have softened but renovation and commercial work continue. We produce CSI-organized quantity takeoffs and estimates for contractors and owners, delivered in Excel and PDF within 24–48 hours.
Amherst pricing is driven by Erie County union labor rates, lake-effect snow loads and frost depth, clay-heavy soils requiring engineered fill or deep foundations, a mix of aging postwar housing stock and new suburban infill, and ZIP-code-adjusted material costs that differ from downstate New York.
Amherst is a first-ring suburb of Buffalo in Erie County, and its construction market looks different from New York City's high-rise core. Permit activity here is mostly residential: 44 new privately-owned units were permitted in 2025, down 12% from 50 in 2024, with 40 single-family and 4 multifamily units. That mix means your estimates lean on wood-frame assemblies, foundation and sitework quantities, and residential MEP rough-in rather than tower crane and curtain wall pricing.
We build takeoffs from your plan set in Bluebeam Revu and PlanSwift, then price with RSMeans data adjusted to Amherst ZIP codes. Deliverables come in Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets so you can trace every quantity back to the sheet. If you are bidding work in nearby Cheektowaga or West Seneca, the same labor and material assumptions carry across, but soil and utility conditions can change the sitework numbers. Start with our New York construction estimating overview, or send plans through the estimate request page.
For bidders. You need division-level quantities fast enough to price a bid. We return most Amherst takeoffs in 24–48 hours, with waste factors and unit costs you can defend in a scope review.
For builders. You are carrying the budget from permit to punch list. We break out foundation, framing, roofing and MEP quantities so change orders show up as line items, not surprises.
For owners. You want a second opinion before signing a GMP. We reprice the plans from scratch and flag missing scope, so you can compare bids on the same basis.
Select a bar to compare Amherst with the largest New York markets we cover.
44 new housing units in 2025 (-12% vs 2024).
40 single-family · 4 multifamily (9%).
The 2025 Building Permits Survey shows 44 new privately-owned residential units permitted in Amherst, a 12% drop from 50 units in 2024. Single-family units account for 40 of those, with 4 multifamily units, or 9% of the total. Permitted value reached $18M, averaging $410,000 per unit. For bidders, that means fewer large multifamily packages but a steady flow of custom and infill single-family work, plus additions and teardown rebuilds. At 16th of 24 covered New York cities by units, Amherst is a mid-sized market in our coverage, contributing 1.2% of the 3,635 units permitted statewide. Pricing should reflect residential-scale crew sizes, not high-rise productivity assumptions. See how nearby Cheektowaga and West Seneca compare.
With average permitted value at $410,000 per unit, finishes and MEP systems carry a larger share of the budget than structure. Expect wood-frame walls, asphalt shingle roofs, and forced-air HVAC in most new single-family plans. Renovation work in Amherst's older neighborhoods often exposes knob-and-tube wiring, undersized joists, or asbestos-containing materials, which belong in the estimate as separate line items, not allowances. Because the market is smaller than downstate, subcontractor coverage matters: confirm that your bid includes prevailing-wage or union requirements only where the project actually triggers them. For public and infrastructure work across the region, our sitework estimating services cover excavation, utilities and paving quantities.
We price the scopes that show up on Amherst plans, from residential foundations to commercial tenant fit-outs.
Single-family and small multifamily plans, with lumber, sheathing, roofing and finish quantities by floor.
SF · LF · EAErie County clay and frost conditions drive over-excavation, engineered fill and footing depth quantities.
CY · TON · LFFormwork, rebar, concrete and waterproofing for full basements, crawl spaces and slab-on-grade.
CY · SF · LBWall, floor and roof framing with stud counts, headers, sheathing and typical waste factors.
LF · EA · SFShingle, membrane and flashing quantities sized for lake-effect snow and ice-dam detailing.
SQ · LF · EAHVAC, plumbing and electrical rough-in counts for residential and light commercial scopes.
LF · EA · TONTenant improvements along Niagara Falls Boulevard and other retail corridors, priced by division.
SF · EA · LSWe reprice each subcontractor bid to a common scope so gaps and exclusions are visible.
LS · EAYou bid Amherst subdivisions and small commercial fit-outs in Erie County and need division-level quantities before the bid date, not a lump sum.
Your infill and single-family work in Amherst and nearby Cheektowaga turns on framing, foundation and MEP takeoffs that hold up through rough-in inspections.
You price concrete, framing, roofing or MEP scope from the same plan set as the GC and need quantities you can defend in a scope review.
You are comparing Amherst sites and need a budget that reflects ZIP-adjusted material and labor costs before you commit to a pro forma.
You want a cost check at design milestones, so your Amherst clients see foundation, envelope and MEP dollars before documents are final.
You are planning a renovation or addition in Amherst and need a second opinion on a contractor's proposal before you sign.
We take off plans for projects across Amherst and the surrounding Erie County communities. If your site is in one of these areas, the takeoff methods and pricing basis are the same.
The permit mix here is mostly residential: 44 new privately-owned units in 2025, with 40 single-family and 4 multifamily. We estimate the property types that follow from that mix.
Custom and production homes on Amherst infill lots and in subdivisions. We take off foundation, framing, roofing, siding, and MEP rough-in from the architectural and structural sheets.
Watch for: Wall heights, window schedules, and whether the foundation is full basement or slab.
Small apartment and townhouse projects, typically two to three stories with wood frame over a concrete base. Unit counts drive plumbing fixture and electrical device counts.
Watch for: Typical unit repetition, corridor lengths, and fire separation assemblies.
Room additions, second-story build-outs, and kitchen or bath remodels in Amherst's older housing stock. Demolition and selective framing quantities matter as much as new work.
Watch for: Load-bearing wall removals, header sizing, and matching existing finishes.
Retail, office, and small medical buildings along the Niagara Falls Boulevard and Transit Road corridors. We price tenant fit-outs and shell construction separately.
Watch for: Storefront glazing, rooftop units, and ADA restroom counts.
Small distribution and shop buildings near the I-290 and Transit Road industrial pockets. Slab-on-grade, pre-engineered metal buildings, and dock equipment drive the cost.
Watch for: Slab thickness, column reactions, and dock leveler quantities.
Schools, municipal buildings, and religious facilities in the Amherst and Williamsville area. These projects often require prevailing wage and multiple prime contracts.
Watch for: Prevailing wage rates, phased occupancy, and security scope.
Amherst is not Buffalo, and it is not New York City. These are the local conditions that move numbers on an Erie County takeoff.
The Town of Amherst Building Department reviews plans under the adopted New York State Uniform Fire Prevention and Building Code, which follows the IBC family with state amendments. Review times vary with project type and completeness, so confirm the current adopted edition and submittal requirements with the building department before you set a schedule. Plan review comments on egress, energy code, and fire separation can add design time and resubmittal costs.
Town of Amherst Building Department · New York State Uniform Fire Prevention and Building Code · IECCMuch of Amherst sits on glaciolacustrine clays and silts left by former Lake Tonawanda, with localized areas of fill and high water table. These soils can require over-excavation, engineered fill, or deeper footings than a standard prescriptive design assumes. A geotechnical report is the single best input for foundation pricing. Without one, we carry a contingency and flag the risk in the takeoff notes.
Geotechnical report · Engineered fill · Footing depthAmherst carries a ground snow load in the range of 40 to 50 psf under the adopted code, and lake-effect snow can pile drifts against lower roofs and entries. Roof framing, truss design, and snow guards need to reflect that. Wind exposure is generally suburban, but open sites near the I-990 and Transit Road corridors can see higher uplift on roof edges and overhangs.
Ground snow load · Lake-effect snow · ASCE 7Erie County union trades cover most commercial work, and residential builders often use non-union crews. Wage rates and crew availability change by season. We price with ZIP-code-adjusted RSMeans data for Amherst, but if your project is prevailing wage or has a project labor agreement, tell us so we use the correct rate table. Overtime and winter conditions add cost.
RSMeans data · Prevailing wage · Project labor agreementAmherst requires stormwater management for new development, and the town's drainage criteria can drive detention basins, underdrains, and erosion control quantities. Flat sites with clay soils drain slowly, so footing drains and sump systems are common. We take off sitework separately from the building so you can see how much of the budget is underground. Confirm current stormwater requirements with the town.
Stormwater management · Detention basin · Erosion controlAmherst is within a day's haul of Buffalo-area lumber yards, concrete plants, and mechanical suppliers, so freight is rarely a major adder. The bigger variables are lead times on engineered wood, roof trusses, and electrical gear. If your schedule is tight, we can note long-lead items in the takeoff so you can buy them out early. Sales tax treatment on materials depends on the contract structure.
Lead times · Engineered wood · Sales taxAmherst is a first-ring Buffalo suburb where the mix runs to infill single-family, small commercial fit-outs, and institutional work near the UB North Campus corridor, so a takeoff here has to respect both the Town's plan review sequence and Western New York's freeze-thaw cycle.
Amherst sits on glaciolacustrine clays and silty tills that hold water and lose bearing capacity fast when they are disturbed, so a sitework takeoff has to separate topsoil strip from unsuitable subgrade removal by depth, not by area. Line items we carry include 31 23 16 excavation, 31 23 23 backfill, and 31 25 00 erosion control with silt fence measured by linear foot and inlet protection by each. Sanitary and storm runs get measured by linear foot with separate bedding, pipe, and trench backfill quantities. Confirm the Town's current stormwater requirements with the building department before you price the drainage scope — see our sitework estimating services for how we format these quantities.
Amherst residential framing is mostly dimensional lumber with engineered floor systems, so the takeoff splits 06 10 00 rough carpentry into wall, floor, and roof assemblies and prices each by board foot or by piece. We pull plate counts, stud counts at 16-inch and 24-inch on center, header schedules, and sheathing by sheet with a typical waste factor applied to cut material, not to full sheets. Roof trusses come back as a vendor quote line rather than a material line because the supplier's engineering and delivery sit outside your labor. See framing estimating services for the format we use on these packages.
MEP scope on Amherst projects is where the biggest number swings live, because fixture counts, home runs, and panel schedules are frequently incomplete at bid time. We take off 22 00 00 plumbing by fixture and by linear foot of pipe by material and size, 23 00 00 HVAC by tonnage, by linear foot of duct, and by each register or diffuser, and 26 00 00 electrical by device, by linear foot of conduit and conductor, and by panel. A 200-amp service is standard on new single-family; anything larger needs the load calculation in hand. MEP estimating services shows how we flag the missing data.
Frost depth drives everything. Footings sit below the local frost line, so a foundation takeoff needs the bottom elevation stated on the drawings before we can convert a plan area into cubic yards. We measure 03 30 00 cast-in-place concrete by cubic yard for footings, foundation walls, and slab-on-grade separately, then break out 03 20 00 reinforcing by tonnage with lap and chair allowance, and 03 11 00 forms by square foot of contact area. Garage slabs and driveway aprons are typically 4-inch and 5-inch thicknesses and get their own lines. Our foundation estimating services page shows the breakdown we return.
Lake-effect snow loads and freeze-thaw cycling push Amherst roofs toward steeper pitches, ice-and-water membrane at eaves, and heavier underlayment coverage than a southern market would use. A roofing takeoff measures 07 30 00 by square (100 square feet) with separate lines for field shingles, starter course by linear foot, ridge and hip by linear foot, valley flashing by linear foot, and drip edge by linear foot. Tear-off is its own line with disposal by cubic yard. Ventilation — ridge vent, soffit vent, and any bath or kitchen exhaust terminations — gets counted by each. Our roofing estimating services page covers the assembly breakdown.
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" x 12" continuous | 18.5 | CY |
| 03 20 00 | Rebar, #4 and #5, footings and walls | 3.2 | TON |
| 03 11 00 | Foundation wall forms, 8" walls | 1,840 | SF |
| 06 10 00 | Wall framing, 2x6 at 16" OC | 4,250 | BF |
| 06 10 00 | Roof sheathing, 7/16" OSB | 86 | SHT |
| 07 30 00 | Asphalt shingles, architectural | 34 | SQ |
| 07 30 00 | Ice-and-water membrane, eaves and valleys | 310 | LF |
| 31 23 16 | Bulk excavation and backfill | 410 | CY |
This is an illustrative calculation, not a price. The dimensions below are made up to show the sequence; substitute your own plan dimensions before you order concrete.
Assume a rectangular house with a continuous perimeter footing, 24 inches wide by 12 inches deep, running under the exterior foundation walls. The building footprint is 40 feet by 30 feet. The footing length equals the perimeter.
Step 1 — Perimeter. 2 × (40 ft + 30 ft) = 140 linear feet.
Step 2 — Cross-section area. 24 in × 12 in = 2.0 ft × 1.0 ft = 2.0 square feet.
Step 3 — Net volume. 140 LF × 2.0 SF = 280 cubic feet. Divide by 27 to convert to cubic yards: 280 ÷ 27 = 10.37 CY.
Step 4 — Add interior bearing footings. Two interior strip footings, 16 inches wide by 12 inches deep, running 30 feet each: 2 × 30 LF = 60 LF. Area = 1.33 SF × 1.0 SF = 1.33 SF. Volume = 60 × 1.33 = 80 cubic feet = 2.96 CY.
Step 5 — Subtotal. 10.37 + 2.96 = 13.33 CY.
Step 6 — Waste and over-excavation. Footing trenches are rarely dug exactly to line and depth. Apply a typical 5 percent waste factor for spillage and trench over-dig: 13.33 × 1.05 = 14.00 CY.
| Step | Calculation | Result | Unit |
|---|---|---|---|
| Perimeter | 2 × (40 + 30) | 140 | LF |
| Exterior footing volume | 140 × 2.0 ÷ 27 | 10.37 | CY |
| Interior footing volume | 60 × 1.33 ÷ 27 | 2.96 | CY |
| Subtotal | 10.37 + 2.96 | 13.33 | CY |
| With 5% waste | 13.33 × 1.05 | 14.00 | CY |
Two things change this number on a real Amherst job. First, footing depth is set by the local frost line, so confirm the required bottom elevation with the Town before you finalize the trench depth. Second, if the excavation hits unsuitable clay or a high water table, you will remove and replace material under the footing, which is a separate line and not part of this volume.
Most Amherst packages come back in 24 to 48 hours from the time we receive a complete set of drawings and specifications. Larger commercial or multi-building packages take longer, and we will tell you the schedule up front. Rush turnaround is available if your bid date is tight. Send the architectural, structural, and MEP sets together — a partial set means we have to flag assumptions instead of measuring them.
We work from PDF plan sets, and we can also use DWG or Revit exports if you have them. The ideal submittal is the full architectural, structural, civil, and MEP drawings plus the specification book and any addenda. If you only have architectural drawings, we can still produce a takeoff, but we will mark the MEP and structural quantities as estimated rather than measured.
Snow load affects framing and roofing quantities more than any other line. We check the ground snow load stated on the structural drawings and confirm the roof framing spacing and member sizes match it. Roof sheathing, rafter or truss spacing, and ice-and-water membrane coverage all follow from that. If the drawings do not state a ground snow load, we flag it and ask you to confirm the adopted code edition with the local building department.
Yes. We use ZIP-code-adjusted material and labor pricing, so the Amherst line items reflect local supplier pricing and the Western New York labor market rather than a national average. That matters on trades like concrete, masonry, and roofing, where regional wage and material spreads are wide. We use RSMeans data as the base and adjust for the ZIP code on the project.
Deliverables are Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets showing what we measured. The Excel file is live, so you can adjust waste factors, swap unit prices, or roll the quantities into your own bid form. The marked-up set lets you check any quantity back to the drawing in a few seconds, which is what most bidders ask for first.
Yes. We take off multi-family, commercial fit-out, and light industrial packages, not just single-family. For multi-family, we break the takeoff by building and by unit type so you can price a per-unit cost, and we separate common-area scope from dwelling-unit scope. Our multi-family estimating services page describes the format. Commercial work follows the same CSI division structure with a separate division 01 general requirements section.
The permit figures come from the U.S. Census Bureau Building Permits Survey for 2025. That survey counts permits issued by the city itself for new privately-owned residential units only — it does not include commercial, industrial, or renovation permits, and it does not capture work in the surrounding town outside the village boundaries. Treat the numbers as a residential activity signal, not as a full picture of Amherst construction volume.
We cover projects across Western New York and the rest of the state. Nearby cities we work in include Cheektowaga, West Seneca, and the broader Buffalo area, and we also handle work in Ithaca, Elmira, and Saratoga Springs. If your project is in Erie County, the pricing basis and code environment are close enough that the Amherst rates transfer well.
Incomplete scope at bid time, not arithmetic. Missing dewatering, omitted rock excavation clauses, trusses priced as material only, and MEP taken off from fixture counts without home-run lengths are the four we see most. Each one shifts cost to the contractor after award. A complete takeoff with the assumptions written down is the cheapest way to close those gaps before you sign.
Yes. We can deliver the takeoff organized by CSI division, which maps cleanly to trade packages, or produce a bid-form version with each subcontractor scope on its own tab. For Amherst work, the common split is sitework, concrete, framing, roofing, and MEP, with a separate division 01 general requirements section for permits, supervision, and temporary facilities. Tell us your bid form structure and we will match it.
Email your drawings and specifications and we will return a CSI-organized takeoff with marked-up plans, typically within 24 to 48 hours.