Sitework and excavation
Cut and fill, rock removal, retaining walls and erosion control on Easton's sloped lots above the rivers.
CY · SF · LFEaston sits at the Lehigh River and the New Jersey line, where steep lots, stone foundations and river floodplain rules shape every takeoff. We produce division-organized estimates and marked-up plan sets from your drawings in 24–48 hours.
Easton pricing turns on hillside excavation and rock, retaining walls on sloped lots, floodplain elevation and flood-vent requirements near the rivers, older masonry and stone foundation repair in the historic core, and a tight downtown that raises access, staging and crane costs.
Easton is a small city with a large share of renovation and infill work. The downtown historic district and the blocks around Centre Square mean you are often estimating into existing masonry, replacing joists, and matching trim rather than pricing new construction from a blank lot. On the hills above the rivers, excavation and retaining wall quantities drive the number more than the building itself.
We price from your drawings and specifications using ZIP-code-adjusted material and labor rates, then hand back an Excel workbook and PDF organized by CSI MasterFormat division, with a marked-up plan set showing what we measured. If your project is in the Lehigh Valley and you need a second set of eyes before bid day, our Pennsylvania construction estimating team covers Easton and the surrounding corridor, including work priced alongside Chester and Norristown contractors bidding the same region.
For bidders. You get a division-by-division takeoff with quantities, waste factors and unit costs you can drop into your bid form. We flag scope gaps and exclusions so your proposal reads clearly and you are not carrying another trade's work.
For builders. Use the estimate to order material, phase labor and check subcontractor quotes. Marked-up plans show exactly where each quantity came from, so a field question about footing depth or wall area is answered on the sheet.
For owners. You get a budget organized by division before you commit to a design. We separate hard costs from allowances and note what is excluded, so you can compare bids on the same scope.
Select a bar to compare Easton with the largest Pennsylvania markets we cover.
0 new housing units in 2025 (-100% vs 2024).
0 single-family · 0 multifamily (0%).
The U.S. Census Bureau Building Permits Survey credits Easton with 0 new privately-owned residential units in 2025, down from 2 in 2024, a 100% change, ranking 21 of 25 among the covered Pennsylvania cities and 0% of the 5,912 state total. Read correctly, that is not a dead market. It means the city itself is issuing almost no new residential permits, so the work you bid in Easton is renovation, addition, mixed-use conversion and commercial fit-out rather than subdivision housing. Bidders should expect plans with existing conditions, demolition, shoring and selective structural work. If you are chasing volume residential, the permit activity is elsewhere in the state; our Pennsylvania construction estimating page covers how we price both new and renovation scopes.
Easton straddles Northampton County, with the Lehigh River and Delaware River meeting at the city's south end. That geography produces three recurring scopes: hillside residential additions needing excavation, rock removal and retaining walls; downtown commercial and mixed-use renovation in older masonry buildings; and riverfront or floodplain parcels where finished floor elevation, flood vents and foundation waterproofing are priced line items. Warehouse and light industrial work along the Route 33 and I-78 corridor feeds the same subcontractor pool, so labor availability and mobilizations move together. Contractors bidding here often also price work in Hazleton and Wilkes-Barre, where similar older-building renovation and sitework scopes appear.
We measure the divisions that carry the money on Easton-area projects, from hillside sitework to MEP rough-in in occupied buildings.
Cut and fill, rock removal, retaining walls and erosion control on Easton's sloped lots above the rivers.
CY · SF · LFFootings, stem walls, slab-on-grade and waterproofing for additions and floodplain construction.
CY · SF · LFFloor joists, rafters, sheathing and hardware for additions and gut renovations in older homes.
BF · LF · EASlope, tear-off layers, ice barrier and flashing for steep roofs and slate or standing-seam replacements.
SQ · LFHVAC, plumbing and electrical rough-in for commercial fit-outs and occupied-building renovations.
LF · EA · TONPartitions, ceilings, storefront and finishes for downtown retail, office and restaurant build-outs.
SF · LFUnit-by-unit takeoffs for apartment conversions and mixed-use buildings near Centre Square.
SF · EASlabs, structural steel, dock equipment and MEP for corridor warehouse and light industrial work.
SF · TON · LFEaston and Northampton County bid packages often require division-by-division pricing with unit costs. We build the takeoff so your bid form, alternates and unit-price schedule line up without re-keying quantities.
Downtown and College Hill work means estimating into existing masonry, replacing joists and matching trim. We measure what is drawn, flag what is unknown, and carry allowances where selective demolition exposes conditions.
Foundation and framing scopes around the hills need accurate footing, wall and sheathing quantities. Our takeoff gives you the square footage, linear feet and waste factors to price your portion alone.
Infill lots and small multi-family conversions need a budget before design is final. We separate hard costs from allowances so you can compare contractor bids on the same scope.
Early budgets on additions and adaptive reuse need quantities tied to drawings. We mark up the plan set so your team can see exactly what was measured and where the assumptions sit.
Work along the I-78 and Route 33 corridors involves slab, steel and MEP scopes with long lead items. We price from your drawings and note what is excluded so procurement starts on time.
We estimate projects across Easton and the Lehigh Valley, including the neighborhoods inside the city and the surrounding boroughs and townships. Send plans from any of these areas and we price them with the same ZIP-code-adjusted rates.
Easton permitted no new privately-owned residential units in 2025, down from 2 in 2024, so the work here leans toward renovation, infill and commercial rather than subdivision construction. These are the property types we price most often.
Downtown and South Side rowhouses often need structural repairs, new roof framing and updated MEP. We measure into existing conditions and carry allowances for what selective demolition may reveal.
Watch for: Joist sizing, party-wall condition, plaster removal
Large older houses near the colleges are frequently converted to rentals or student housing. Plans may show new partitions, bathrooms and egress windows, so we price framing, plumbing and electrical by room.
Watch for: Egress windows, floor loading, bathroom counts
Two- and three-unit conversions and infill buildings are common where lots allow. We take off unit-by-unit so you can see cost per unit and compare against rent assumptions.
Watch for: Unit mix, shared systems, fire separation
Restaurants, offices and retail spaces downtown need kitchen, HVAC and electrical scopes priced separately. We organize the takeoff by division so your subcontractor quotes line up with the budget.
Watch for: Grease ducts, make-up air, panel capacity
Buildings along the I-78 and Route 33 corridors involve slab, steel, dock equipment and MEP. We price from drawings and note long-lead items that affect your schedule.
Watch for: Slab flatness, dock count, sprinkler density
Rear additions, dormers and detached garages are common on tight lots. We measure foundation, framing and roofing quantities and flag where access limits equipment or delivery.
Watch for: Footing depth, roof tie-in, access width
Easton sits at the confluence of the Lehigh and Delaware rivers, and that geography shapes foundations, drainage and access on nearly every project. These are the drivers we check before we price.
Easton enforces the Pennsylvania Uniform Construction Code through its own code office, and work in the historic districts may require review by the city's historical commission. Plan review times and required inspections affect your schedule, so confirm the adopted code edition and any overlay requirements with the Easton building department before you bid. We price to the drawings you provide and note where a permit condition could change scope.
Pennsylvania Uniform Construction Code · City of Easton code office · Historical commission reviewThe hills above the rivers often have shallow bedrock and slopes that push footings deeper or require stepped foundations. Downtown lots may contain fill, old foundations or utility lines from previous buildings. We take off footing and wall quantities from the drawings, but a geotechnical report and test pits are what confirm rock depth and bearing. Without them, we carry a note and an allowance rather than guess.
Shallow bedrock · Fill and old foundations · Stepped footingsFreeze depth in this part of Pennsylvania drives footing elevation, and the region sees both summer humidity and winter snow loads. The Lehigh and Delaware floodplains affect properties near the rivers, which can change foundation type, elevation and insurance requirements. We price insulation, waterproofing and drainage per the drawings, and you should confirm floodplain status and local amendments with the building department.
Frost depth · Floodplain · Snow loadEaston draws trades from the Lehigh Valley and western New Jersey, and small renovation jobs compete with larger projects in Bethlehem and Allentown for the same crews. That can affect labor rates and how quickly a subcontractor can start. We use ZIP-code-adjusted labor pricing and keep the takeoff detailed enough that you can rebid individual divisions if a quote comes in high.
Lehigh Valley labor pool · Western New Jersey trades · Subcontractor rebidTight downtown lots, alley access and on-street parking rules change how material is delivered and where equipment can sit. On the hills, stormwater has to be managed with retaining walls, swales or dry wells to keep water away from foundations. We measure excavation, backfill and drainage quantities, but the contractor should verify access limits and utility locations before mobilizing.
Alley access · Retaining walls · Stormwater managementMost material for Easton projects comes from suppliers in the Lehigh Valley, with some specialty items shipped from Philadelphia or New Jersey. Delivery distance, fuel surcharges and whether a supplier stocks the specified product affect the material portion of the estimate. We price from current ZIP-code-adjusted data and note where a specified item may have a long lead time or require a substitution.
Lehigh Valley suppliers · Philadelphia and New Jersey shipments · Lead timesEaston sits at the confluence of the Lehigh and Delaware rivers, and that geography plus the city's historic building stock changes what you measure and how you price it. These are the trades where local conditions most often move the number.
Slopes toward the rivers and older combined-sewer alignments mean cut/fill balances rarely close without import or export. A takeoff for a Downtown Easton or College Hill project should separate earthwork by material class, because rock in the shale formations north of the city is priced differently than the silty fill found along the Delaware. Include trench protection, bedding stone, and restoration separately. If your site is in a floodplain, add floodproofing and dewatering line items that a dry suburban site would not carry. Our sitework estimating services break these out by CSI division so you can see the balance before you bid.
Easton's housing stock includes a large share of pre-1950 masonry buildings, and renovations there rarely match new-construction framing assumptions. In a takeoff, measure blocking, firestopping, and sheathing separately from studs, because infill in an existing brick shell consumes more labor than stick framing. Roof geometry on the city's older rowhouses produces a high ratio of valleys, hips, and dormers to plan area, so use actual rafter length rather than footprint. Our framing estimating services and roofing estimating services handle these conversions, including the waste factors typical for cut-up roofs.
Freeze-thaw cycles in the Lehigh Valley drive ice-dam detailing, and the takeoff should carry ice and water shield by eave length, not by square. On slate and standing-seam roofs common in the historic districts, count salvage, staging, and snow guards as separate lines. Masonry repointing is measured by square feet of wall face with an allowance for depth of mortar removal. Our roofing estimating services cover tear-off, underlayment, flashing, and metal by profile, and we mark up the roof plan so you can see exactly where quantities came from.
Foundations in Easton often hit variable bearing conditions, so a takeoff that assumes one footing depth will undercount. Measure footings by linear feet of wall, not by count, and carry a separate line for rock excavation and undercut. For historic structures near Centre Square, add underpinning and temporary shoring as discrete items. Basement waterproofing and drainage board are commonly missed on additions. Our foundation estimating services and concrete estimating services both track formwork by contact area and rebar by weight, which is the only way to compare a bid against a subcontractor's quote without guessing.
Many Easton properties were built before modern HVAC and electrical loads, so a renovation takeoff has to price replacement, not just extension. Count fixtures, devices, and diffusers by room, then add the runs required to reach the nearest existing main. In older buildings, concealed chases are limited, so surface raceway and soffits become real line items. Pennsylvania has adopted a commercial energy code, but the edition in force changes; confirm the adopted code with the City of Easton code office before you finalize insulation and glazing values. Our MEP estimating services itemize these by system so nothing rides in a lump sum.
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 |
|---|---|---|---|
| 02 41 00 | Demolition, interior partitions | 1,850 | SF |
| 03 30 00 | Concrete footing, interior | 64 | LF |
| 04 20 00 | CMU infill wall, 8 in. | 420 | SF |
| 06 10 00 | Wood framing, partitions | 1,240 | SF |
| 07 21 00 | Insulation, batt, walls | 1,240 | SF |
| 09 29 00 | Gypsum board, 1/2 in. | 2,480 | SF |
| 23 31 00 | Ductwork, rectangular | 180 | LF |
| 26 27 26 | Wiring devices, receptacles | 46 | EA |
This example shows how we convert plan dimensions into a priced quantity for a small rear addition typical of Easton's older neighborhoods. The dimensions are illustrative; substitute your own plan dimensions before using the result.
Assume a continuous strip footing 12 in. wide by 18 in. deep, running 64 LF around the addition perimeter. Convert depth to feet: 18 in. ÷ 12 = 1.5 ft. Volume per linear foot = 1.0 ft × 1.5 ft = 1.5 CF/LF. Total volume = 1.5 × 64 = 96 CF. Convert to cubic yards: 96 ÷ 27 = 3.56 CY.
Apply a waste and over-excavation allowance. For hand-formed footings in tight rear yards, typical waste runs 5 to 10 percent. At 7 percent: 3.56 × 1.07 = 3.81 CY, rounded to 3.75 CY ordered.
| Step | Calculation | Result | Unit |
|---|---|---|---|
| Footing width | given | 1.00 | ft |
| Footing depth | 18 ÷ 12 | 1.50 | ft |
| Volume per LF | 1.00 × 1.50 | 1.50 | CF/LF |
| Total volume | 1.50 × 64 | 96.0 | CF |
| Convert to CY | 96 ÷ 27 | 3.56 | CY |
| With 7% waste | 3.56 × 1.07 | 3.81 | CY |
Now price the ancillary items that a footing takeoff must carry: formwork measured by contact area (two sides × 1.5 ft × 64 LF = 192 SF), dowels at 24 in. on center (64 LF ÷ 2 = 32 dowels), and a vapor barrier under the slab if the addition is conditioned. Rebar in the footing is typically two continuous #4 bars, which is 128 LF plus laps.
Access matters in Easton. Rear alleys and narrow side yards often prevent a ready-mix truck from reaching the pour, so add a pump or wheelbarrow line item. If the excavation exposes rock, the footing may require a deeper section, which changes both concrete and formwork. Our concrete estimating services and foundation estimating services both produce this breakdown in Excel, with each step traceable to a plan dimension.
The Building Permits Survey counts new privately-owned residential units permitted by the city itself. For 2025, Easton reported 0 total units, down from 2 in 2024, a change of -100 percent. That places Easton 21st of 25 covered Pennsylvania cities by units, with a 0 percent share of the 5,912 state total. The survey covers residential permits only, so it does not capture commercial, industrial, or renovation work, which is a large part of Easton's actual construction volume.
If your project is in a locally designated historic district, exterior work may require review before permits are issued. In a takeoff, that means adding line items for salvage, matching masonry units and mortar, and custom millwork that would not appear on a standard renovation. We mark up the elevations so the quantities for each facade treatment are visible. Confirm the specific review requirements and any adopted code edition with the City of Easton code office, because they can change between projects.
The Lehigh Valley has areas of limestone and shale bedrock, plus river-deposited silts and fills near the Delaware and Lehigh. A geotechnical report governs the design, but for estimating purposes we carry separate lines for rock excavation, undercut, and backfill import. If your report is not available yet, we can price the footing at the plan depth and note the rock and undercut items as allowances so you can see the exposure before bid day.
Yes. We cover Wilkes-Barre, Chester, Norristown, Lebanon, Hazleton, and New Castle, along with the rest of Pennsylvania. Pricing is adjusted by ZIP code for material and labor, so a takeoff for a project in one of those cities uses rates for that location rather than a statewide average. If you are bidding work across several municipalities, we can produce one workbook with a separate summary sheet per location.
Most projects turn around in 24 to 48 hours. Rush service is available when your bid date is close. Turnaround depends on the completeness of the documents: a full set with architectural, structural, and MEP sheets prices faster than a partial set where we have to request missing details. Send the plans and specifications together, and note any alternates or unit-price items your bid form requires.
We deliver Excel and PDF, organized by CSI MasterFormat division, with marked-up plan sets showing where each quantity was measured. That means you can open the workbook, filter to Division 03 or 26, and trace a line back to the sheet and grid where it came from. Marked-up plans are also useful when a subcontractor questions a quantity, because the measurement path is visible rather than buried in a spreadsheet cell.
Waste depends on the trade and the existing conditions. Drywall in a gut renovation typically runs 10 to 15 percent; dimensional lumber on a cut-up roof runs higher because of valleys and hips; masonry restoration runs higher still when units must be matched. We state the waste factor on each line so you can adjust it. On renovation work in older Easton buildings, we also carry a separate line for damaged or non-standard substrate discovered after demolition.
Yes, with allowances. If structural or MEP sheets are missing, we price what is shown and list the missing scope as an allowance with the assumptions stated in the workbook. That gives you a number you can bid with and a clear list of what to confirm before the bid is final. We will tell you which missing drawings most affect the total so you can request them first.
Yes. Along the I-78 and I-81 corridors, warehouse and light-industrial work is common, and those projects price differently than residential: tilt-up or metal building systems, slab-on-grade with heavy doweled joints, and larger electrical services. Our commercial estimating services and industrial estimating services both produce division-level takeoffs with separate line items for sitework, foundations, and MEP so you can compare scopes across trades.
Use the get an estimate page to upload your drawings, specifications, and bid form. Include the project address, bid date, and any alternates. If you have a geotechnical report or a survey, send those too, because they affect earthwork and foundation quantities. We will confirm receipt and tell you the expected turnaround before we start, so you know whether the schedule works for your bid.
Upload your drawings and specifications, and we will return a division-level takeoff in Excel and PDF, typically within 24 to 48 hours.