Sitework takeoff
Clearing, undercut, select fill, storm drainage and grading for flat, high-water-table sites across Chesapeake.
CY · LF · TONChesapeake issued 846 new privately-owned residential permits in 2025, up 42% from 597 the year before. We produce CSI-formatted quantity takeoffs and estimates for builders, subcontractors and developers working across Chesapeake and Hampton Roads.
Chesapeake pricing is driven by flat, high water-table sites needing undercut and dewatering, soft marine clay and sandy subgrade in the southern boroughs, wind-borne debris and flood-zone detailing near the Intracoastal and Elizabeth River, Virginia Beach and Norfolk labor rates bleeding into every trade, and long haul distances to aggregate and concrete suppliers.
Chesapeake sits between the Elizabeth River and the Great Dismal Swamp, and the ground reflects it. Shallow water tables, organic muck in the southern boroughs, and flat grades that need positive drainage all change the earthwork and foundation numbers before a single wall goes up. We build those conditions into the takeoff rather than burying them in a contingency line.
We work from your plan set in Bluebeam Revu and PlanSwift, price materials and labor with ZIP-code-adjusted RSMeans data, and return Excel and PDF deliverables organized by CSI MasterFormat division with marked-up drawings. Most projects turn around in 24–48 hours, and rush service is available when a bid date moves. If you are pricing work across the region, our Virginia construction estimating team covers the state, and the nearby Virginia Beach and Norfolk pages describe the same coastal conditions.
Chesapeake's permit volume makes the point: 846 new privately-owned residential units in 2025, up 42% from 597 in 2024, with 551 single-family and 295 multifamily units. Permitted value reached $294M, averaging $347,300 per unit. That mix means your estimate has to handle both repetitive single-family assemblies and the MEP, fire-protection and elevator scope that comes with attached housing. We quantify sitework, concrete, framing, roofing and MEP from your drawings, apply waste factors by assembly, and flag the line items most likely to swing on a coastal Virginia job — undercut, dewatering, wind uplift and flood-zone detailing. Send a set and we will return a division-by-division estimate you can bid from.
For bidders. You need a defensible number before the bid date. We quantify sitework, concrete, framing and MEP from your drawings and return a division-by-division estimate with marked-up plans so you can see exactly what was counted.
For builders. You are buying out trades and managing change orders. We produce line-item takeoffs with units and waste factors so your purchase orders and subcontract scopes match the drawings instead of a lump sum.
For owners. You are comparing budgets or validating a contractor's proposal. We provide an independent quantity takeoff and cost breakdown you can use to check scope, allowances and escalation before you sign.
Select a bar to compare Chesapeake with the largest Virginia markets we cover.
846 new housing units in 2025 (+41.7% vs 2024).
551 single-family · 295 multifamily (35%).
Chesapeake issued 846 new privately-owned residential units in 2025, up from 597 in 2024 — a 42% increase, according to the U.S. Census Bureau Building Permits Survey. Single-family accounted for 551 units and multifamily 295, so 35% of the year's volume was attached housing. Permitted value reached $294M, averaging $347,300 per unit. For bidders, that mix matters: multifamily jobs carry more MEP, fire-protection and elevator scope per square foot, while scattered single-family work rewards accurate takeoff of repetitive assemblies. Chesapeake ranked 4th of 25 covered Virginia cities by units and took 8.3% of the 10,138 units permitted statewide. If you are tracking the broader pipeline, the Virginia construction estimating page covers the state drivers, and Richmond shows how the central Virginia market compares.
Chesapeake's construction volume is tied to the Hampton Roads military and port economy, which keeps a steady base of industrial, warehouse and federal-support work alongside residential growth. That demand affects your estimate in two ways: subcontractor coverage tightens when several large jobs bid in the same window, and material pricing for structural steel, precast and mechanical equipment moves with regional supply rather than a single local quote. We price with ZIP-code-adjusted RSMeans data and note where a line item is likely to swing. Because labor and haul rates differ across the water, it helps to compare our Newport News coverage before you finalize a number that spans the region.
We quantify the trades that drive Chesapeake budgets, from undercut and dewatering through MEP rough-in and roofing.
Clearing, undercut, select fill, storm drainage and grading for flat, high-water-table sites across Chesapeake.
CY · LF · TONSlab-on-grade, foundations, sidewalks and paving quantified with formwork, reinforcement and finish schedules.
CY · SF · LBSpread footings, pile caps and grade beams priced for soft marine clay and sandy subgrade conditions.
CY · LF · EAWood and light-gauge framing counted by member, with sheathing, hardware and waste factors applied.
LF · SF · EAShingle, TPO and metal roofing measured with underlayment, flashing and wind-uplift detailing for coastal exposures.
SQ · LF · EAPlumbing, HVAC and electrical rough-in priced from fixture counts, equipment schedules and panel loads.
EA · LF · TONSingle-family and townhome budgets with division-level detail for builders pricing repetitive plans.
SF · EA · LSRetail, warehouse and office fit-outs quantified by CSI division with allowances called out separately.
SF · EA · LSChesapeake issues its own permits and inspections, so bid packages carry city-specific general conditions. We break out bonds, SWPPP, traffic control and inspection sequencing as separate line items rather than burying them in overhead.
With 551 single-family units permitted in 2025, repetitive plans drive your margin. We build takeoffs from a base plan plus option matrix so each elevation, garage and porch configuration is priced once and reused.
295 multifamily units were permitted in 2025, 35% of the city total. That scope adds fire-rated assemblies, elevators, sprinkler mains and shared MEP rooms that a single-family template will miss.
Flat coastal grades and high water tables mean cut, fill, undercut and dewatering quantities decide whether the job makes money. Our [sitework estimating services](/sitework-estimating-services/) price those separately from structural fill and pipe bedding.
Organic muck in the southern boroughs often forces over-excavation and engineered fill. We quantify footing, slab and pile or pier scope by grid so your [foundation estimating services](/foundation-estimating-services/) bid reflects real bearing conditions.
Before you sign a GMP or a lump-sum contract, an independent quantity takeoff lets you check allowances, escalation and scope gaps against the drawings rather than the contractor's summary page.
We estimate from plan sets regardless of where the project sits, and we know how the borough changes the earthwork and foundation assumptions. These are the areas we see most often in Chesapeake and the surrounding Hampton Roads market.
The 2025 permit mix was 551 single-family and 295 multifamily units out of 846 total, so your workload here is mostly residential with commercial and industrial infill around the port and military corridors. We price each type with the assemblies and code scope it actually carries.
Base plan plus option matrix takeoffs for slab-on-grade and crawlspace homes, with framing, roofing, MEP rough-in and finish schedules counted by elevation and plan flip.
Watch for: Wind uplift straps, flood-zone finished-floor elevation, garage slab thickness.
Party-wall and fire-separation assemblies, shared utility trenches, and repetitive unit counts. We separate the first unit from typical units so the extra end-wall and stair scope is not averaged away.
Watch for: Fire-rated party walls, draft stops, shared water and sewer laterals.
Podium and wrap construction with elevators, sprinkler mains, common-area MEP and unit-mix schedules. Our [multi-family estimating services](/multi-family-estimating-services/) quantify by floor and by unit type.
Watch for: NFPA 13 sprinkler coverage, elevator pit, trash and chute rooms.
Greenbrier and the City Center corridor carry retail, medical office and light industrial shells. We take off structural steel or tilt-up, storefront, roof screens and tenant-improvement allowances separately.
Watch for: Tenant fit-out allowances, storefront glazing, rooftop screening.
Port- and rail-adjacent distribution buildings with heavy slab-on-grade, dock equipment, ESFR sprinklers and high-bay lighting. Our [industrial estimating services](/industrial-estimating-services/) price slab flatness and dock packages by count.
Watch for: Slab flatness tolerance, dock levelers, ESFR sprinkler demand.
Older homes in South Norfolk and Western Branch need selective demolition, structural repair and MEP replacement priced from existing conditions rather than new-construction assemblies.
Watch for: Asbestos and lead abatement, existing framing capacity, panel upgrades.
Chesapeake is a consolidated city, so permitting runs through the city rather than a separate county. That, plus coastal soils and wind exposure, moves numbers in ways a generic Virginia estimate will not capture.
Chesapeake issues its own building, trade and site permits, and plan review comments drive your schedule. Estimates should carry separate line items for permit fees, third-party inspections, SWPPP inspections and re-inspection risk. Confirm the adopted code edition and any local amendments with the city building department before you lock your general conditions, since Virginia updates the Uniform Statewide Building Code on its own cycle.
Virginia Uniform Statewide Building Code · city building department · SWPPP inspectionsMuch of the city sits on flat, poorly drained ground, and the southern boroughs near the Great Dismal Swamp carry organic muck and peat. That means over-excavation, engineered fill, geotextile separation and sometimes pile or pier foundations. Price bearing capacity from a geotechnical report, not from a default soil assumption, because the difference between 2,000 psf and 4,000 psf bearing changes footing width and concrete volume across the whole footprint.
geotechnical report · engineered fill · pile or pier foundationsThe Virginia coast sits in a high-wind region, so roof sheathing nailing, continuous load path straps, impact-rated glazing and roof-to-wall connections are real line items, not allowances. Flood zones along the Elizabeth River and its tributaries trigger finished-floor elevation, breakaway walls and flood vents. Stormwater rules also push detention, bioretention and manufactured treatment devices into the site package. Confirm the current flood insurance rate map and local stormwater manual with the city.
high-wind detailing · flood insurance rate map · stormwater detentionHampton Roads labor draws from the same pool as the Norfolk naval and port work, so trades that overlap with federal and marine projects can be tight. Framing, mechanical and sprinkler crews in particular swing with the regional backlog. Carry realistic crew sizes and productivity in your labor hours rather than a bare national average, and note long-lead trade packages so your schedule and escalation assumptions stay honest.
Hampton Roads labor pool · crew productivity · long-lead tradesFlat grades mean positive drainage has to be built, not assumed, so trench drains, swales, curb inlets and pipe runs are counted from the grading plan. Sites near the swamp may need undercut and surcharge. Access matters too: narrow roads in older neighborhoods limit delivery sizes and require staging plans. Chesapeake also reviews site plans and Chesapeake Bay Preservation Act areas, which can add buffer and landscaping scope.
grading plan · Chesapeake Bay Preservation Act · staging and accessMost structural material reaches Hampton Roads by truck or through the Port of Virginia, so freight and lead times track regional supply. Virginia has no local option sales tax on most construction materials, but the state retail sales and use tax still applies to many purchases, and contractors should confirm how it is applied to their contracts. We price with ZIP-code-adjusted material and labor data so freight and local market conditions are reflected in the unit costs.
Port of Virginia · sales and use tax · ZIP-code-adjusted pricingChesapeake sits on the Atlantic Coastal Plain, where flat terrain, high water tables and tidal influence shape what crews actually install. The five trades below are where we see the largest quantity swings between a Chesapeake takeoff and a generic Virginia one.
Most Chesapeake sites are flat and poorly drained, so the balance of cut to fill is usually close, but the depth of unsuitable material is not. We take off stripping by area, then muck excavation and undercut separately, because a geotech report frequently calls for removal of 2 to 4 feet of organic silt before structural fill. Lime stabilization and geogrid quantities depend on the subgrade CBR, and we list them as alternates. Storm drainage is a real cost driver here: trench excavation, bedding stone, HDPE or RCP pipe, structures and riprap are all measured by linear foot and each. See our sitework estimating services for the full division.
Chesapeake residential framing is wood frame with engineered floor systems, and the wind bracing requirements push up the hardware count. We take off wall studs by linear foot, plates by linear foot, headers by count and length, sheathing by sheet, and connectors by piece. Hurricane straps, hold-downs and anchor bolt counts come off the structural sheets, not the architectural ones, and they are a common omission. Roof trusses are quoted per truss with a separate line for delivery and crane. For a full lumber and truss takeoff, see framing estimating services.
In Chesapeake, HVAC sizing has to handle a long cooling season and high latent load, so we check the manual J equipment schedule against the drawings rather than counting tonnage from a rule of thumb. Plumbing takeoff includes domestic water, sanitary and vent piping by linear foot and fixture count by type, plus condensate and gas piping. Electrical covers service entrance, panel schedules, branch circuits by device count, and exterior lighting. We separate rough-in from trim-out because the labor units differ. MEP estimating services explains how we break the three trades apart.
Shallow spread footings are common on the higher ground, but near the tidal rivers we see more pile-supported slabs and elevated structural slabs to get above flood elevation. We take off concrete by cubic yard with formwork by square foot of contact area, and we separate slab-on-grade, elevated slab, grade beams and pile caps. Vapor retarder, rigid insulation and reinforcing are measured by area or ton. Mix designs need to match exposure: sulfate-resistant cement where soil tests show sulfates, and air-entrained concrete for exterior flatwork. Our concrete estimating services and foundation estimating services pages show the line-item structure we use.
The design wind speed adopted in this part of Virginia drives asphalt shingle to a higher wind rating and requires a specific number of fasteners per shingle. We measure roof area by slope, add the typical waste factor for hips and valleys, and list underlayment, ice and water shield at eaves and valleys, drip edge, ridge vent and flashing by linear foot. Low-slope commercial roofs here are usually TPO or modified bitumen over polyiso, taken off by square with tapered insulation by board foot. Roofing estimating services covers the takeoff format we deliver.
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 |
|---|---|---|---|
| 31 23 16 | Structural excavation, pile caps | 180 | CY |
| 31 23 23 | Granular backfill, compacted | 420 | CY |
| 03 30 00 | Concrete, pile caps and grade beams | 96 | CY |
| 03 20 00 | Reinforcing steel, grade beams | 7.8 | TON |
| 06 10 00 | Wall framing, 2x6 studs at 16 in. o.c. | 4,850 | LF |
| 06 10 00 | Roof trusses, engineered | 42 | EA |
| 07 30 00 | Asphalt shingles, architectural | 38 | SQ |
| 26 40 00 | Electrical devices, rough-in | 112 | EA |
This example uses illustrative dimensions for a rectangular slab-on-grade on a prepared subgrade. The building is 64 feet by 38 feet with a 12-inch thickened edge on all four sides. The vapor retarder is specified as 15-mil, and the rigid insulation is 2-inch XPS placed under the slab and turned down at the perimeter.
Step 1 — Slab area. Length times width gives the plan area.
| Step | Calculation | Result | Unit | |---|---|---:| | Slab area | 64 ft × 38 ft | 2,432 | SF | | Perimeter | 2 × (64 + 38) | 204 | LF | | Vapor retarder, net | 2,432 SF | 2,432 | SF | | Vapor retarder, 10% laps and waste | 2,432 × 1.10 | 2,675 | SF | | Vapor retarder, rolls | 2,675 ÷ 1,000 SF per roll | 2.68 → 3 | rolls | | Rigid insulation, under slab | 2,432 SF | 2,432 | SF | | Rigid insulation, 8% cuts and waste | 2,432 × 1.08 | 2,627 | SF | | Rigid insulation, perimeter turn-down | 204 LF × 2 ft height | 408 | SF | | Rigid insulation, total | 2,627 + 408 | 3,035 | SF | | Rigid insulation, 2 in. boards | 3,035 ÷ 32 SF per 4×8 board | 94.8 → 95 | boards |
The vapor retarder is ordered in rolls and the insulation in boards, so the rounding goes up at the unit of purchase, not at the square foot. We keep the under-slab and turn-down quantities on separate lines because the labor units differ: the turn-down is installed against the form before the pour, while the under-slab membrane is rolled out over the compacted base.
Two Chesapeake-specific checks before this goes to the bid. First, confirm the vapor retarder class and permeance the spec calls for; some local designs require a specific perm rating rather than a mil thickness. Second, verify that the insulation thickness meets the adopted energy code edition, which the local building department can confirm. If the slab is pile-supported rather than ground-bearing, the vapor retarder still applies but the insulation detail often changes to a different assembly, and the perimeter turn-down may be replaced by insulation at the stem wall.
For a full division-by-division takeoff on your plans, send the set through our get an estimate page and we will return the quantities in Excel and PDF.
It helps more here than in most markets. The report tells us the depth of unsuitable material, whether sulfates are present, and whether the design will be shallow footings or piles. Without it we take off the foundation as drawn and flag the excavation and backfill as an allowance, then revise once the report is issued. Sending the report with the plans avoids a second pass.
It changes elevation, not just paperwork. If the lowest floor has to sit above the base flood elevation, you may get fill, a raised stem wall, or a pile-supported slab instead of a slab-on-grade. Each of those changes the concrete, the framing, the insulation and the backfill quantities. We read the flood zone off the plans and the local FIRM panel, and we take off the assembly that is actually drawn.
They come from the U.S. Census Bureau Building Permits Survey for 2025, which counts permits issued by the city itself. The survey covers new privately-owned residential units only, so it excludes commercial, industrial and renovation permits. That is why the unit count is a useful demand signal but not a full picture of construction activity in Chesapeake.
Yes. We cover the Hampton Roads cities together because the soil, wind and flood conditions overlap. If you have a package that spans Chesapeake and Virginia Beach, we can keep the pricing consistent across both. See our Virginia Beach construction estimating and Norfolk construction estimating pages for the local notes on each.
The specifications, the structural sheets, any addenda, and the geotech report if it exists. For a renovation, a set of existing conditions drawings saves time. If you have a bid form or a scope matrix, send it; we will align our line items to your format so the numbers drop straight into your estimate.
We take off the roof by slope and area, then apply the fastening pattern the spec calls for. A higher wind rating usually means more fasteners per shingle and a different underlayment schedule at the edges and ridges, which we show as separate lines. The adopted code edition and the design wind speed should be confirmed with the local building department.
Yes. We use ZIP-code-adjusted material and labor pricing, so the labor hours carry the rates that apply in the Chesapeake area rather than a national average. That matters on trade-heavy scopes like framing and MEP, where the labor share is high and regional wage differences move the total.
Most projects come back in 24 to 48 hours. Rush turnaround is available if your bid date is close. Large multifamily or commercial packages take longer, and we will tell you the delivery date before we start so you can plan the bid.
Yes. For multifamily work we take off a typical unit and a typical floor, then extend by the number of repetitions, with separate lines for the podium, the roof and the site. That structure makes it easy to compare a unit mix change against the base bid. See multi-family estimating services for the format.
Yes. Every takeoff is delivered in Excel and PDF, organized by CSI MasterFormat division, with the marked-up plan sets showing where each quantity was measured. The markups let your estimator check a line without re-measuring the whole sheet.
Send your drawings, specifications and geotech report, and we will return a division-by-division takeoff in Excel and PDF within 24 to 48 hours.