Fencing estimates are won or lost on the linear-foot takeoff, not on a single blended rate. A chain link run at 6 ft with 10 ft post spacing carries roughly 10% more posts than the same run at 8 ft spacing, and every terminal, corner and pull post needs a larger footing and heavier gauge than a line post. As a fencing estimating company, we measure the fence centerline by type and height, count posts by function, compute footing concrete by post count, and schedule gates as separate assemblies. Our fence takeoff services are built in Bluebeam Revu, PlanSwift and on-screen takeoff workflows, priced with RSMeans data adjusted by ZIP code.
- Deliverable
- Excel estimate + marked-up PDF plans
- Organized by
- CSI MasterFormat section
- Turnaround
- 24–48 hours for most projects
- Pricing
- ZIP-code-adjusted material and labor pricing
- Software
- Bluebeam Revu, PlanSwift, RSMeans data
If your scope includes ornamental aluminum picket, cedar board-on-board or vinyl fence, the same logic applies with different post spacing, rail counts and coating upcharges. We also coordinate with adjacent scopes: post footings sit inside the excavation and gravel backfill line item under Division 31 23 00, and cast-in-place concrete for footings follows Division 03 30 00. For projects that combine fence with sitework, see our Sitework Estimating Services page. When fence ties to decks, pools or garages, the takeoff is built alongside those scopes, as described on our Deck Estimating Services and Swimming Pool Estimating pages. Automated gates and access control loop into low-voltage work covered under Fire Alarm & Low Voltage Estimating.
Every fence installation estimate we produce is organized by CSI MasterFormat division — typically 32 31 00, with 32 31 13 for chain link, 32 31 19 for ornamental iron and steel fence, 32 31 26 for vinyl fence, and 32 31 29 for wood fence — and delivered in Excel and PDF with marked-up plan sets. We read the bid documents, log addenda, and issue a request for information when the elevation drawing leaves post spacing or gate hardware undefined. Turnaround is 24–48 hours for most projects, with rush available. For a full view of how fencing sits alongside other trades, see our Trade Estimating Services by CSI Division page, or Get an estimate to start.
What our fence takeoff services cover
We take off Division 32 31 00 Fencing and the supporting concrete and excavation line items that fence installers routinely price separately. The takeoff is organized by fence type, height and material family, with gates and operators broken out as EA. Pricing is ZIP-code adjusted for material and labor, and every quantity traces back to a sheet and grid line.
Chain Link Fence
Fabric, top rail, tension wire, line and terminal posts, barbed wire, bracing and footings.
LF · EA · CYOrnamental Picket
Aluminum or steel picket panels, posts, rails, finials, and powder coat or galvanized finish.
LF · EAWood Fence
Cedar or pressure-treated posts, rails, pickets, board-on-board, and concrete footings.
LF · EA · CYVinyl Privacy Fence
PVC panels, posts, rails, caps, and routed or notched assembly counts by panel width.
LF · EAGates and Operators
Gate frames, hinges, latches, drop rods, cantilever tracks, rollers, operators, keypads and loops.
EA · LFPost Footings
Excavation and concrete volume per footing, sized by post type and soil conditions.
CY · EACoating and Finish
Galvanized, ColorBond, powder coat, and vinyl upcharges applied to fence and gate assemblies.
LF · EAFence Removal
Demolition and disposal of existing fence, posts, footings, and gates where replacement occurs.
LF · EA · CYWhat every fencing estimating takeoff includes
- Fence centerline measured in LF by type, height and material
- Line, corner, pull and terminal post counts by spacing
- Post footing excavation and concrete volume per footing
- Chain link fabric, top rail, bottom rail and tension wire
- Barbed wire arms, truss rods and bracing assemblies
- Ornamental picket, rail and finial counts by panel width
- Wood posts, rails, pickets and board configuration
- Gate frames, hinges, latches, drop rods and closers
- Cantilever slide gate track, rollers and operator
- Gate operator, keypad, loop and safety edge
- Coating upcharges: galvanized, ColorBond, powder coat, vinyl
- Fence removal and disposal where existing fence is demolished
How our fence estimator performs the takeoff
- Set the fence baselineWe open the site plan and identify the fence centerline, then break it at every height transition, material change and gate opening. Each segment gets its own LF quantity so a 6 ft chain link run is never blended with a 4 ft ornamental run. We note the drawing sheet and grid line for each segment. For example, a run that steps from 6 ft to 8 ft at grid C-4 is split into two LF lines, each with its own post spacing and footing detail. This prevents a blended unit rate that hides the cost of the taller, heavier section.
- Count posts by functionUsing the specified post spacing, we calculate line posts and then add corner, pull and terminal posts at every direction change, gate jamb and dead end. Terminal posts are counted separately because they carry heavier gauge and larger footings. We check the structural sheet for any post schedule that overrides the typical detail. For instance, a 10 ft spacing yields 154 line posts on a 1,840 LF run, but corners and gate jambs add 26 terminal posts. We also verify that gate posts are sized for the gate leaf weight and operator thrust.
- Compute footing concreteWe read the footing diameter and depth from the detail, compute volume per footing in CY, and multiply by post count. A 10 in. diameter by 36 in. deep footing is 0.019 CY, so 180 posts yield 3.4 CY before waste. We apply a typical 5–10% waste factor and list it as a separate line, not buried in the unit rate. If the geotech report calls for a larger bell or deeper embedment, we adjust the volume and flag the change. We also separate excavation from concrete so you can see the labor and equipment impact.
- Schedule gates and operatorsGate openings are deducted from fence LF and added back as EA assemblies. We count frames, hinges, latches, closers and drop rods by gate type and width. For automated gates, we list the operator, keypad, loop and safety edge as separate EA items so the electrical scope can be coordinated. A 16 ft cantilever slide gate, for example, requires a track, rollers, a concrete pad and a 1/2 HP operator. We also note any access control interface, such as card readers or intercoms, that ties into Division 26 or 28.
- Apply coating and finish upchargesGalvanized, ColorBond, powder coat and vinyl coatings carry different unit costs. We tag each fence segment with its finish and apply the upcharge per LF. Where the spec calls for a color match to an adjacent building, we note it as a pricing assumption. For example, a powder coat finish on ornamental aluminum may add $2–$4 per LF over mill finish, depending on color and gloss. We also check whether the coating is required on both sides or just the exposed face, as this affects the quantity.
- Price with ZIP-adjusted dataMaterial and labor rates are adjusted to the project ZIP code using RSMeans data. We separate material, labor and equipment so you can see where the cost sits. The final estimate is delivered in Excel and PDF, organized by CSI MasterFormat division, with a marked-up plan set showing every measured segment. For example, a project in a high-cost labor market may see a 15% labor adjustment, while material may vary by 5%. This transparency helps you validate the numbers against your own historical costs.
What we need from you
- Plan setSite plan, fence details and gate schedule. PDF is fine; we mark it up.
- Spec sectionDivision 32 31 00 and any structural notes on post spacing or footing depth.
- Site conditionsSoil report or a note on rock, caliche or frost depth that affects post hole excavation.
- Gate listWidths, types, automation and access control requirements.
- Finish scheduleCoating system and color for each fence type.
- Bid dateSo we can set turnaround and flag any scope questions before you price.
Sample fence material takeoff
This is the format you receive. Quantities are illustrative and do not represent a specific project.
| Section | Line item | Qty | Unit | Ref. |
|---|---|---|---|---|
| 32 31 13 | Chain link fence, 6 ft, 9 ga, 2 in. mesh, galvanized | 1,840 | LF | C-101 |
| 32 31 13 | Line post, 2-3/8 in. OD, 10 ft spacing | 154 | EA | C-201 |
| 32 31 13 | Terminal post, 2-7/8 in. OD, corner and pull | 26 | EA | C-201 |
| 32 31 13 | Top rail, 1-5/8 in. OD, 21 ft lengths | 1,840 | LF | C-201 |
| 32 31 53 | Cantilever slide gate, 16 ft opening, chain link infill | 2 | EA | C-301 |
| 32 31 53 | Gate operator, slide, 1/2 HP, with keypad and loop | 2 | EA | C-301 |
| 03 30 00 | Post footing concrete, 10 in. dia × 36 in. deep | 180 | EA | C-401 |
| 31 23 00 | Post hole excavation, 10 in. dia × 36 in. deep | 180 | EA | C-401 |
| 32 31 13 | Bracing assembly, truss rod, at end and corner posts | 26 | EA | C-202 |
| 32 31 13 | Tension wire, 9 ga, bottom | 1,840 | LF | C-201 |
| 32 31 13 | Barbed wire arm, 3-strand, at terminal posts | 26 | EA | C-203 |
| 32 31 13 | Fence removal and disposal, existing chain link | 200 | LF | C-102 |
Units of measure in fencing cost estimating
Fence quantities are taken off in these units. Mixing them is the most common source of a bad bid.
| Item | Unit | How it's measured |
|---|---|---|
| Fence line | LF | Centerline length by fence type, height and material |
| Posts | EA | Counted by function: line, corner, pull, terminal, gate |
| Footings | CY | Post count × footing volume, not fence length |
| Fabric area | SF | Chain link or screen fabric where spec calls for area |
| Steel weight | LB | Ornamental and chain link framework by section |
| Aggregate | TON | Riprap or base at fence line where required |
| Equipment hours | HR | Rock, frost or caliche excavation per post hole |
Worked example: chain link fence with double gate
This example is illustrative and does not represent a specific project. We take off a 300 LF run of 6 ft chain link fence with one 10 ft double swing gate, post spacing at 10 ft on center, and a 10 in. diameter by 36 in. deep footing for line posts and 12 in. diameter by 42 in. deep for terminal posts.
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Measure fence centerline – 300 LF total, including the gate opening. Deduct the 10 ft gate opening from the fence run: 300 LF – 10 LF = 290 LF of fence fabric and rails. The gate is taken off separately as an assembly.
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Count posts – Using 10 ft spacing, line posts = 290 LF ÷ 10 ft = 29 posts. Add terminal posts at each end and each side of the gate: 4 terminal posts. Total posts = 33. (Note: corner and pull posts would be added if the run changes direction; here it is straight.)
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Compute footing concrete – Line post footings: 29 × (π × (10 in./12)^2 / 4) × (36 in./12) = 29 × 0.5454 sq ft × 3 ft = 47.45 CF. Convert to CY: 47.45 ÷ 27 = 1.76 CY. Terminal post footings: 4 × (π × (12/12)^2 / 4) × (42/12) = 4 × 0.7854 × 3.5 = 10.99 CF = 0.41 CY. Total concrete = 1.76 + 0.41 = 2.17 CY. Apply 8% waste: 2.17 × 1.08 = 2.34 CY. Waste is a separate line, not buried in the unit rate.
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Excavation volume – Line post holes: 29 × (π × (10/12)^2 / 4) × (36/12) = 47.45 CF. Terminal holes: 4 × (π × (12/12)^2 / 4) × (42/12) = 10.99 CF. Total excavation = 58.44 CF = 2.16 CY. Add 10% for over-excavation: 2.38 CY. This is priced separately from concrete.
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Chain link fabric and rails – Fabric: 290 LF × 6 ft height = 1,740 SF. Top rail: 290 LF. Tension wire: 290 LF. Truss rods for terminal posts: 4 sets. Barbed wire arms: 4 (if specified).
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Gate assembly – One 10 ft double swing gate: frame, hinges, latch, drop rod, and two gate posts (already counted as terminal posts). Gate operator not included in this example.
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Apply waste factors – Fabric: typical 5% waste for chain link; 1,740 SF × 1.05 = 1,827 SF. Top rail: 5% waste; 290 LF × 1.05 = 304.5 LF. Posts: 2% waste; 33 × 1.02 = 34 posts. Concrete and excavation waste as above.
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Price with ZIP-adjusted rates – Material and labor rates are adjusted to the project ZIP code. The final estimate shows material, labor, and equipment separately for each line item, organized by CSI MasterFormat division.
What drives fencing estimate pricing
Relative impact on a typical estimate for this trade, based on estimator judgment. Select a bar for details.
Fence type
Chain link, ornamental aluminum, ornamental steel, wood, vinyl and composite carry different unit costs per LF. The material family also sets post spacing, footing size and service life. A cedar board-on-board fence uses more pickets per LF than a board-to-board fence and prices accordingly. For example, a 6 ft cedar privacy fence may require 14 pickets per LF, while a board-to-board fence uses 7. We tag each fence type separately so the material cost is transparent.
Chain link, ornamental aluminum, ornamental steel, wood, vinyl and composite carry different unit costs per LF. The material family also sets post spacing, footing size and service life. A cedar board-on-board fence uses more pickets per LF than a board-to-board fence and prices accordingly. For example, a 6 ft cedar privacy fence may require 14 pickets per LF, while a board-to-board fence uses 7. We tag each fence type separately so the material cost is transparent.
Tighter spacing increases post count and footing concrete. A run at 8 ft spacing uses 20% fewer posts than the same run at 10 ft. The structural detail governs, and we follow it even when the plan shows a typical spacing. For example, a 1,000 LF run at 8 ft spacing requires 125 line posts, while at 10 ft it requires 100. We also check if the spec calls for closer spacing at corners or gates, which adds terminal posts and bracing.
Rock, caliche and frost change the excavation method and labor hours per post hole. We price post hole excavation as a separate line so you can see the impact. If the geotech report is missing, we note the assumption. For instance, excavating through caliche may require a rock auger and add 0.5 hours per hole, while frost depth may require deeper footings. We adjust the equipment and labor rates accordingly and flag the risk.
Gates are priced as EA assemblies and often carry more cost than the fence run they interrupt. Automated gates add operator, keypad, loop and safety edge. A 16 ft cantilever slide gate needs a track, rollers and a concrete pad. For example, a manual 4 ft walk gate may cost $300–$500, while an automated 16 ft slide gate with operator can exceed $5,000. We break out each gate component so you can see the hardware and automation costs.
Galvanized is the baseline. ColorBond, powder coat and vinyl add an upcharge per LF. Color matching to an adjacent building or HOA requirement can push the finish cost up further. For example, a custom powder coat color may add $3–$5 per LF over galvanized, and vinyl coating on chain link may add $2–$4 per LF. We list the finish for each segment and apply the upcharge separately so you can evaluate alternatives.
Every change in fence height requires a transition post and often a different footing. We break the takeoff at each transition so the post count and footing volume stay accurate. For example, a transition from 6 ft to 8 ft may require a heavier post and a deeper footing to resist the additional wind load. We count these transition posts separately and adjust the footing volume, ensuring the concrete and labor are not underestimated.
Sloped sites require stepped panels or racked chain link, which changes the post count and rail length. Racked fence follows the grade, while stepped fence uses horizontal panels with vertical drops. Each method affects the number of posts and the amount of fabric. We review the grading plan and fence details to determine the method. If the slope exceeds 3:1, we may need to add extra posts or use a different foundation, which we flag as a cost driver.
Common scope gaps we catch in fence bid estimating
These are the items that most often fall out of a fencing bid. We flag them before you price.
- Terminal posts at gates and corners need larger footings and heavier posts than line posts. The plan often shows a typical detail that does not apply. We count them separately.
- Bracing at end, corner and pull posts — truss rods, horizontal rails or diagonal braces — is frequently omitted. It hides in the structural notes or a detail on the fence elevation sheet.
- Concrete volume per footing is multiplied by post count, not fence length. A takeoff that uses LF for concrete will be short. We compute CY from the footing detail.
- Gate openings are deducted from fence LF but gate assemblies are added back as EA. Missing this double-counts the fence run and undercounts the gate cost.
- Rock, caliche or frost excavation adds labor hours per post hole. It shows up in the geotech report or a site note. We list it as a separate line with an assumed quantity if the report is missing.
- Slope conditions requiring stepped panels or racked chain link change the post count and rail length. The grading plan shows the slope; the fence detail may not address it.
- Privacy slats, windscreen or screen fabric added to chain link are often specified in a finish schedule, not on the fence plan. We check both.
- Coating system upcharges — galvanized, ColorBond, powder coat or vinyl — are sometimes buried in a single unit rate. We break them out per LF.
- Bollards, corner guards and concrete mow strips at the fence line belong to other sections but are often shown on the fence plan. We flag them for the right trade.
- Permits, HOA submittals and utility locate costs are owner or GC costs. We exclude them explicitly so they do not inflate your fence bid.
- Cutting and patching existing pavement, curb or landscape at the fence line is a separate scope. It hides in the civil sheets and is easy to miss.
- Temporary fence and gate for the construction period is a Division 01 item. If the spec puts it in the fence section, we call it out.
Fence material families and takeoff impact
The material family sets post spacing, footing size, coating upcharge, and service life. These are the common families we take off.
| Material family | Typical post spacing | Footing size (line post) | Coating/finish upcharge |
|---|---|---|---|
| Chain link, galvanized | 10 ft | 10 in. dia × 36 in. deep | None (baseline) |
| Chain link, vinyl-coated | 10 ft | 10 in. dia × 36 in. deep | Add per LF for color |
| Ornamental aluminum | 6–8 ft | 8–10 in. dia × 30–36 in. deep | Powder coat or anodized |
| Ornamental steel | 6–8 ft | 10–12 in. dia × 36–42 in. deep | Powder coat or galvanized |
| Wood, cedar dog-ear | 8 ft | 8–10 in. dia × 24–30 in. deep | Stain or natural |
| Wood, board-on-board | 8 ft | 8–10 in. dia × 24–30 in. deep | Stain or natural |
| Vinyl/PVC | 6–8 ft | 8–10 in. dia × 30–36 in. deep | Integral color |
| Composite | 6–8 ft | 8–10 in. dia × 30–36 in. deep | Integral color |
Codes and specs that affect a fence quantity takeoff
Model codes
Fence height, location, and pool barriers drive quantity more than any other code item. The IRC pool barrier provisions set minimum barrier height, gate swing, latch height, and self-closing/self-latching hardware, which changes gate counts, hinge and latch schedules, and post spacing at openings. The IBC governs commercial fence heights, egress gates, and screen enclosure loads. The NEC applies to gate operator circuits, disconnects, and low-voltage access control, so include conduit and conductor runs in your takeoff. NFPA 13 and fire access requirements can force removable fence panels or gates. Confirm the adopted code edition with the local building department, since amendments vary.
Industry standards
ASTM F567 covers chain link installation and sets rail, tension wire, and fabric tie practices that change linear-foot counts and accessory quantities. ASTM F1043 governs strength and coating of fence framework, so gauge and coating class must match the spec before you price posts and rails. ASTM F1184 covers industrial and commercial swing gates, including frame and hardware load ratings. ASTM F2656 and F2456 apply to crash-rated and high-security fence, where post spacing and footing size change. ACI 318 governs concrete footings and embedment. ASTM A123 and A653 cover galvanizing and zinc coating, which affect material pricing.
Specification sections
Read Division 32 31 00 (Fencing) for fence types, height, post spacing, footing details, and coatings. Division 32 31 13 (Chain Link Fencing) for fabric mesh, gauge, rails, tension wire, and ties. Division 32 31 19 (Ornamental Metal Fencing) for picket spacing and rail sections. Division 32 31 29 (Wood Fencing) for post size, rail count, and board grade. Division 32 31 53 (Fence Gates) for gate frames, hardware, and operators. Division 03 30 00 for cast-in-place footings, Division 31 23 00 for excavation and backfill, and Division 26 for operator power. These clauses set the units of measure.
Local amendments
Adopted editions differ by state and city, and fencing amendments are common. Height limits change by zoning district and front-yard versus rear-yard location. Pool barrier rules may add mesh fence, alarms, or additional gate hardware beyond the model code. Wind load requirements vary by jurisdiction and affect post spacing, footing depth, and rail sizing. Frost depth sets footing embedment, and soil conditions such as caliche or rock change excavation methods and footing cost. Before you finalize an estimate, confirm the adopted code edition and local amendments with the local building department.
Who uses our fencing estimate for contractors
General contractors
You need a bid-ready fence number to plug into your bid form without re-measuring the plan. We deliver the takeoff in CSI format so it drops into your estimate.
Fencing subcontractors
You price the work and need a second set of eyes on the LF, post count and footing volume. Our takeoff gives you a check against your own quantity survey.
Developers and owners
You are comparing fence bids and want to know what the scope should cost. The line-item detail shows where each bidder is high or missing scope.
Architects
You need a cost check on the fence details before the drawings are final. We flag details that drive cost, like post spacing and footing depth.