Free Fencing Takeoff Software for Contractors
Trace fence lines on site plans for exact linear footage. Count posts, gates, corners, and terminals. Separate runs for wood privacy, chain link, ornamental iron, and vinyl. Export material lists. Free forever.
Fencing Takeoffs, Simplified
A fencing takeoff is linear footage and post counts. Every material calculation flows from those two numbers: pickets per foot of privacy fence, rolls of chain link fabric per total footage, rail sticks per section, and concrete bags per post hole. A 400-foot residential perimeter fence with 3 gates, 8 corners, and mixed fence types (privacy on three sides, chain link across the back) requires precise footage per type to order correctly. Short the chain link fabric by one roll and the crew waits while you drive to the supply house. Over-order pickets by 10 percent on a 600-foot privacy job and $300 to $500 in cedar sits in your shop. Easy Takeoffs is free fencing bid software that lets you trace fence lines on PDF site plans with the polyline tool, counting every post, gate, corner, and end with the count tool. Group by fence type: 6-foot cedar privacy, 4-foot residential chain link, 8-foot commercial chain link, ornamental aluminum, vinyl, split rail, or temporary construction fencing. Export all quantities to CSV for pricing with your supplier.
Area, Linear & Count
Every measurement type your trade needs
Snap to Walls & Corners
Cursor locks to lines, corners, midpoints, and edges
Auto Scale Detection
Reads the scale from your PDF so you can measure instantly
Completely Free
No credit card, no trial, no feature limits
Any Device
Browser-based on Mac, Windows, tablet, or phone
What Is a Fencing Takeoff?
A fencing takeoff is the process of measuring the total linear footage of each fence run, counting all posts by type (line, corner, end, gate), and listing every gate by size and style from a site plan or survey before bidding or ordering material. The takeoff captures three categories of quantities: linear measurements (total footage for rails, pickets, mesh fabric, or panels), counts (line posts, corner posts, end posts, gate posts, gates, and terminal fittings), and derived calculations (pickets from footage, concrete from post count, fasteners from rail count). Fence lines follow property boundaries, setback lines, and landscape features that create irregular paths with jogs, angles, and offsets. A straight backyard property line is simple to measure, but a perimeter fence that follows a curved driveway, jogs around a septic field, and offsets 6 inches inside the property line at a neighbor dispute requires careful tracing. Without accurate fencing estimating software or careful manual measurement, the linear footage error cascades directly into the material order. Picket count is a direct function of footage (approximately 2.3 pickets per linear foot for standard 3.5-inch dog-eared cedar with 1.75-inch gaps). Post count depends on footage, spacing, and the number of corners, ends, and gates. Getting the footage wrong cascades through every material calculation.
How to Do a Fencing Takeoff
Upload site plan or survey
Upload the PDF site plan, survey plat, or landscape plan showing property lines and fence locations. Civil site plans typically show fence lines as dashed lines with fence type labels. Survey plats show property boundaries and setback lines. Set the scale using a known property line dimension or the drawing scale bar.
Trace fence lines by type
Use the polyline tool to trace each fence run. Create separate measurement groups for each fence type: "6-ft Cedar Privacy," "4-ft Chain Link," "Ornamental Iron Gate Section." Click at every corner, direction change, and gate location. The tool calculates total and per-segment linear footage for each group.
Count posts, gates, and terminals
Use the count tool to mark every post location. Create groups for line posts, corner posts, end posts, and gate posts. Mark each gate opening with its size (3-foot walk gate, 12-foot double drive gate). For chain link, mark terminal posts (end, corner, gate) separately from line posts because they use different hardware.
Export and calculate materials
Export linear footage and post counts to CSV. Calculate derived quantities: pickets from footage (footage times pickets per foot), rails from footage and section length, chain link fabric from footage and roll size, concrete from post count and bags per hole. Each fence type exports separately for clean material ordering.
Built for Fencing
Fence line measurement
Trace fence runs on site plans with the polyline tool. Click at every corner, gate, and direction change. Total and per-segment footage are calculated automatically. Handle straight runs, curved driveways, and irregular property lines.
Post and gate counting
Count line posts, corner posts, end posts, gate posts, and gate openings with the count tool. Each marker sits on the plan so you can verify spacing visually. Separate count groups for each post type prevent mix-ups between 4x4 line posts and 6x6 gate posts.
Fence type grouping
Group by fence type: 6-foot cedar privacy, 4-foot chain link, ornamental iron, vinyl, split rail, temporary construction fencing. Each type uses completely different materials, so separate groups prevent ordering errors and produce clean bid line items.
Multi-property project support
Subdivision and HOA fence projects with dozens of lots can be organized with lot-number groups. Trace each lot fence line separately. Export per-lot quantities for individual invoicing or combined totals for bulk material ordering.
Auto scale detection
Site plans often use different scales than architectural plans. Set the scale per page using a known property line dimension or the printed scale bar. Common site plan scales: 1 inch equals 20 feet, 1 inch equals 30 feet, or 1 inch equals 50 feet.
CSV export for material ordering
Export fence footage, post counts, and gate sizes to CSV. Calculate pickets, rails, fabric rolls, and concrete from the exported numbers. Hand the CSV to your supplier for a line-by-line material quote.
Fencing Calculator
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Fencing Calculator
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Fencing Waste Factors
Industry-standard waste percentages for common fencing materials. Apply these to your measured quantities for accurate ordering.
Typical Waste Factors
Defective boards from the lumber yard (splits, excessive wane, warping) account for 3 to 5 percent. Cut waste at gate openings, corners, and the end of each run adds another 2 to 5 percent. Cedar boards have more natural defects than pressure-treated pine, pushing cedar waste toward 10 percent. Always hand-sort the delivery and reject visibly defective boards before stacking.
Chain link fabric comes in 50-foot rolls. A 120-foot run uses 2.4 rolls, so you buy 3 rolls and have 30 feet of remnant. On long straight runs, waste is minimal. On properties with many short segments (under 50 feet each), the roll remnants accumulate. Budget 2 to 5 percent. The fabric itself does not generate cut waste because it stretches to fit, but tension bars and tie wires at each terminal post add a small fixed amount per section.
Wood rails come in 8-foot, 10-foot, or 16-foot lengths. A fence section that lands at 7 feet between posts leaves a 1-foot scrap from an 8-foot stick, or a 3-foot scrap from a 10-foot stick. On a 200-foot run at 8-foot post spacing with 25 sections, the remnants add up to 3 to 7 percent waste. Steel top rails for chain link come in 21-foot lengths (10.5 feet per sleeve joint), and the waste pattern is similar: the last section of each straight run leaves a remnant.
Post holes dug by auger are rarely perfectly cylindrical. Rocky soil, clay that crumbles, and root disturbance enlarge the hole, consuming more concrete than the calculated volume. A standard 10-inch diameter by 36-inch deep hole holds about 0.45 cubic feet of concrete (roughly one 80-pound bag of premix). Oversized holes and spillage push actual usage to 1.2 to 1.5 bags per hole. Budget 8 to 12 percent above the calculated footing concrete.
Vinyl panels come in pre-assembled 6-foot or 8-foot sections. There is no cut waste on straight runs because panels are designed to fit between posts at standard spacing. Waste comes from damaged panels during shipping or installation (vinyl cracks in cold weather) and from short runs that require cutting a panel to fit. Budget 2 to 5 percent.
Ornamental panels come in 6-foot or 8-foot pre-welded sections. Runs that do not divide evenly by the panel width require a custom-cut filler panel. Filler panels waste the remainder of the cut section. On properties with many short runs and angles, filler waste increases. Budget 3 to 7 percent depending on lot geometry.
Why Fencing Contractors Need Better Takeoffs
Irregular lot shapes make manual measurement slow
Residential lots are rarely perfect rectangles. Property lines jog around easements, curve along cul-de-sacs, angle at odd-shaped lots, and offset at setback requirements. Scaling each segment individually from a paper site plan takes 20 to 30 minutes for a single lot and compounds errors at every segment. A 400-foot perimeter with 12 direction changes has 12 opportunities for a 6-inch scaling error, which can add up to 6 feet of cumulative error, enough to be short one 8-foot panel on a vinyl fence job. That panel costs $40 to $80 and requires a second trip to the supply house. Digital tracing with the polyline tool captures the exact path, including curves and angles, and sums the footage automatically.
Post count math gets wrong at corners and gates
The basic post formula (linear footage divided by spacing plus one) only works for a single straight run with no gates. Every corner adds a post. Every gate adds two posts (one on each side of the opening). Every end of run adds a post. A perimeter fence with 8 corners, 3 gates, and 2 end runs adds 16 extra posts beyond the line post count. At $15 to $25 per pressure-treated 4x4 post and $8 to $15 per bag of concrete, those 16 posts represent $370 to $640 in material. Miss them in your bid and you either eat the cost or look unprofessional sending a change order for posts the homeowner can count on the plan.
Mixed fence types complicate the material order
A typical residential job might have 6-foot cedar privacy on three sides (250 feet), 4-foot chain link across the back (120 feet), an ornamental iron walk gate at the front (4 feet), and a double-drive gate for the driveway (12 feet). That is 4 fence types with completely different materials: cedar pickets and 2x4 rails for the privacy section, galvanized fabric and top rail for the chain link, welded aluminum panels for the ornamental section, and gate hardware kits for both gate types. Without grouped measurements, these quantities get tangled into a single footage number that means nothing at the supply counter. Grouped digital takeoff produces separate line-item quantities for each fence type, ready for the material order.
Common Fencing Takeoff Mistakes
Measuring to the property line instead of the fence line
Most municipalities require fences to be set 6 inches to 2 feet inside the property line, and many homeowners set fences on the property line by agreement with neighbors. The fence line on the site plan may not match the property boundary shown on the survey. If you measure to the property boundary but the fence is offset inside by 1 foot on all sides, a 100x100 foot lot measures 400 feet on the property line but only 392 feet on the fence line. That 8-foot difference is one fence section. Always trace the fence line as shown on the approved site plan, not the property boundary. If the plan does not specify the offset, clarify with the homeowner before bidding. The offset distance affects total footage, corner post locations, and gate placement.
Forgetting gate posts are larger than line posts
Gate posts carry the weight of the gate and the stress of opening and closing. A standard 4x4 line post is not strong enough for a gate over 4 feet wide. Walk gates (3 to 4 feet) typically need 4x4 or 4x6 gate posts. Single drive gates (5 to 6 feet) need 6x6 posts. Double drive gates (10 to 16 feet) need 6x6 posts or steel pipe set in concrete. The material cost difference between a 4x4 and a 6x6 pressure-treated post is $10 to $20 per post, and the hole size and concrete quantity increase accordingly. Create a separate count group for gate posts with the post size noted. If your takeoff counts all posts as 4x4, the gate posts are undersized, the gate sags within a year, and you get a callback.
Using 8-foot post spacing on sloped ground
Standard 8-foot post spacing works on flat ground. On slopes, the fence panels step down at each post, and the step height depends on the grade change per section. Steeper slopes require shorter post spacing (6 feet instead of 8) to keep the step height reasonable. A 15 percent slope over 8 feet creates a 14-inch step, which leaves an unacceptable gap under the panel on the downhill side. Check the site plan for grade elevations or contour lines along the fence path. If the grade changes more than 6 inches per 8-foot section, plan for 6-foot spacing. This increases the post count by 33 percent and the rail count proportionally. Missing this adjustment means the crew reaches the slope and needs more posts than what was ordered.
Not accounting for below-grade depth on post length
A 6-foot privacy fence needs posts that extend 24 to 36 inches below grade (depending on local frost depth requirements). That means each post is 8 to 9 feet long, not 6 feet. An 8-foot chain link fence needs posts that are 10.5 to 11.5 feet long. If you order 6-foot posts for a 6-foot fence, the crew has zero burial depth and the fence falls over in the first wind. Post length equals fence height plus below-grade depth plus 2 to 3 inches above the top rail (for privacy) or level with the top rail (for chain link). Standard below-grade depth is 1/3 of the total post length or the local frost depth, whichever is greater. In northern climates with 36-inch frost depth, a 6-foot privacy fence needs 10-foot posts.
Ignoring underground utilities along the fence path
Fence post holes are typically 10 to 12 inches in diameter and 30 to 42 inches deep. That puts them in the zone of buried water lines, gas lines, electrical conduit, cable, and irrigation pipes. A site plan may show utility easements, but the actual utility locations require a call to 811 (Call Before You Dig) at least 48 hours before digging. Your takeoff should note any utility easements that cross the fence path because the fence may need to be rerouted or the post locations adjusted to avoid utilities. Hitting a gas line costs $5,000 to $15,000 in repair, delay, and fines. Include a note in your bid about the 811 locate requirement and any anticipated adjustments to the fence path.
Fencing Takeoff Pro Tips
Trace each fence type as a separate polyline group
Mixed-type jobs are the norm: privacy on three sides, chain link on the fourth, ornamental at the front gate, temporary fencing during construction. Each type has completely different material lists: different posts, different rails, different infill, different hardware, and different concrete hole sizes. Create a measurement group for each type ("6-ft Cedar Privacy," "4-ft Galv Chain Link," "4-ft Ornamental Aluminum") and trace only that type in its group. The CSV export gives separate footage for each type, which drops directly into your material order without manual sorting. This also helps with labor pricing. Privacy fence installs at 15 to 20 linear feet per man-hour. Chain link installs at 25 to 35 feet per man-hour (stretching is fast once the posts are set). Ornamental installs at 10 to 15 feet per man-hour because the panels are heavier and require more precise leveling. Type-separated footage lets you price labor accurately by section.
Count terminals separately from line posts
On a chain link fence, terminal posts (end posts, corner posts, and gate posts) use different hardware than line posts. Terminal posts need tension bands, brace bands, tension bars, and rail end cups. Line posts need only line post caps and tie wires. The hardware cost per terminal post is $15 to $25 more than a line post. For wood privacy, the distinction is between line posts (4x4) and terminal posts (corner posts that may need 6x6, end posts that carry the full panel load, and gate posts that need even larger sizing). Create separate count groups: "Line Posts," "Corner Posts," "End Posts," "Gate Posts." The count in each group determines the specific hardware kits and post sizes to order. A 400-foot perimeter fence with 8 corners, 3 gates, and 2 ends has approximately 48 line posts (at 8-foot spacing) but 15 terminal posts. The terminal hardware alone adds $225 to $375 to the material cost that a simple "50 posts" count would miss.
Use the site plan contour lines to identify slope sections
Site plans show existing grade elevations with contour lines (lines connecting points of equal elevation). Where contour lines cross the fence path closely together, the ground is steep. Where they are far apart, the ground is relatively flat. This tells you which sections need stepped panels (wood or vinyl) or racked panels (ornamental iron that follows the slope). Stepped sections need shorter post spacing and may require taller posts to maintain the fence height above the step. Racked sections use special hinged panel brackets that add $5 to $15 per panel. Either way, sloped sections cost more per linear foot than flat sections. Note the slope sections in your takeoff and create separate measurement groups for "Flat" and "Sloped" runs of the same fence type. This lets you price the flat sections at standard labor rates and the sloped sections at a premium (typically 15 to 25 percent more per foot) without inflating the entire bid.
Calculate concrete by post type, not just post count
Different post types need different hole sizes and concrete quantities. A 4x4 line post in a 10-inch hole at 36 inches deep needs approximately one 80-pound bag of premix concrete. A 6x6 gate post in a 12-inch hole at 42 inches deep needs 2 to 2.5 bags. A steel pipe post for a double drive gate in an 18-inch hole at 48 inches deep needs 4 to 5 bags. If your takeoff counts 48 line posts and 15 terminal posts, the concrete is not simply "63 holes times 1 bag each." It is 48 holes at 1 bag (48 bags), 8 corners at 1.5 bags (12 bags), 2 ends at 1 bag (2 bags), 3 walk gate sets at 2 bags each side (12 bags), and 2 drive gate sets at 4 bags each side (16 bags). Total: 90 bags, not 63. Group your post counts by type and calculate concrete per group. The 27-bag difference at $5 to $7 per bag is $135 to $189 in material you would have been short.
Always verify property corners before bidding from the plan
Site plans and surveys show property boundaries, but the actual fence location depends on where the property corners are physically marked. A site plan drawn from GPS coordinates might show a 100-foot property line, but the physical distance between the survey pins (iron rods or concrete monuments) might measure 99.5 or 100.3 feet due to the difference between horizontal plan distance and actual ground distance on sloped terrain. For small residential jobs, the difference between plan footage and field footage is usually under 1 percent and your waste factor absorbs it. For large commercial or subdivision fencing where you are bidding thousands of feet, a 1 to 2 percent discrepancy can mean 20 to 40 feet of material. Always include a note in your bid that the footage is based on the site plan and final material quantities will be confirmed by field measurement. For jobs where the property pins are not visible or not set, recommend a surveyor stake the corners before you start. A $500 survey prevents a $5,000 dispute about fence location after installation.
Fencing Takeoff Questions
Yes. Easy Takeoffs is the only genuinely free fencing takeoff tool with no trial period, no credit card, and no feature gates. You get full access to the polyline tool for tracing fence lines, the count tool for marking posts and gates, measurement grouping by fence type, and CSV export for material ordering. Most takeoff software that handles fencing requires a paid subscription. PlanSwift costs around $1,749 per year. STACK starts at $2,599 per year. These are general-purpose takeoff platforms, not fencing-specific, and they charge the same whether you build 5 fences a month or 50. Some fence estimating software like Fence Estimator Pro charges $50 to $100 per month. Easy Takeoffs handles the measurement and counting phase at zero cost. Upload your site plan or survey as a PDF, set the scale, trace fence lines, count posts and gates, and export quantities. The tool works in any browser, so your office computer, tablet, and phone all access the same project.
Upload the site plan or survey plat as a PDF. Set the drawing scale using a known property line dimension (the survey typically notes lot dimensions) or the printed scale bar. Common site plan scales are 1 inch equals 20 feet, 1 inch equals 30 feet, or 1 inch equals 50 feet. Trace the fence path with the polyline tool, clicking at every corner, gate location, and direction change. Create separate measurement groups for each fence type on the property. Count posts by marking each location with the count tool: line posts at the regular spacing intervals, corner posts at every angle change, end posts at each run termination, and gate posts on both sides of each gate opening. Mark gates with their width (3-foot walk gate, 12-foot double drive gate). Export the footage and counts to CSV. From the exported data, calculate: pickets from footage, rails from footage and section length, chain link fabric rolls from footage, concrete bags from post count, and hardware from the terminal post count.
The basic formula for a straight run is: line posts equals linear footage divided by post spacing, plus one for the end. At 8-foot spacing on a 200-foot run, that is 200 divided by 8 plus 1 equals 26 posts. But real fences are not single straight runs. Every corner adds a post (or replaces a line post with a corner post). Every end of run adds a terminal post. Every gate adds 2 gate posts (one on each side of the opening), and the gate width reduces the fenced footage between them. For a perimeter fence, calculate each straight section separately: section footage divided by spacing plus one for each section end. Then subtract the double-counted posts at corners where two sections meet (a corner post serves both sections). For a rectangular lot with 100-foot sides: 4 sections times (100 divided by 8 plus 1) equals 56 posts, minus 4 double-counted corners equals 52 posts. Add 2 gate posts per gate opening. This gives a more accurate count than the simplified formula.
Waste factors vary by material type. Wood pickets (cedar or pressure-treated pine) run 5 to 10 percent waste. Defective boards from the lumber delivery account for 3 to 5 percent (splits, excessive warping, wane on dog-ear cuts). Cut waste at gate openings and run endings adds another 2 to 3 percent. Cedar has more natural defects than pressure-treated pine, so budget the higher end for cedar. Chain link fabric runs 2 to 5 percent because fabric comes in 50-foot rolls and the remnant from the last roll on each run is waste unless it fits the next section. Rails (wood 2x4 or steel top rail) run 3 to 7 percent from cut waste at gates, corners, and odd-length sections. Vinyl fence panels run 2 to 5 percent because panels are pre-assembled to fit standard post spacing, and waste comes mainly from damaged panels and short runs requiring cut panels. Concrete for post footings runs 8 to 12 percent because post holes are rarely perfectly cylindrical and soil conditions (rocky, sandy, or wet) enlarge the hole beyond the calculated volume.
Pickets per linear foot depends on picket width and gap width. The formula is: pickets equals linear footage times 12 divided by (picket width in inches plus gap width in inches). For standard 3.5-inch dog-eared cedar pickets with 1.75-inch gaps: 12 divided by 5.25 equals 2.286 pickets per linear foot. For a 200-foot privacy fence: 200 times 2.286 equals 457 pickets, plus 8 percent waste (37 pickets) equals 494 pickets total. Picket width varies by product: standard dog-ear is 3.5 inches (actual width of a 1x4), but some styles use 5.5-inch boards (1x6) with no gap for a solid privacy fence, giving 2.18 pickets per foot. Board-on-board (shadow box) style alternates boards on each side with overlap, requiring approximately 3.4 pickets per linear foot (1.7 per side). Your takeoff footage per fence type drives the picket calculation, so keeping privacy and decorative sections in separate groups ensures accurate counts for each style.
Chain link fabric is sold in 50-foot rolls at heights of 4, 5, 6, 8, 10, and 12 feet. Divide your total chain link fence footage by 50 to get the number of rolls, rounding up. A 350-foot run needs 7 rolls. Each roll weighs 40 to 90 pounds depending on height and wire gauge (11 gauge is residential standard, 9 gauge is commercial). Top rail comes in 21-foot lengths with a swedged end that fits into the next section. Divide footage by 10.5 (usable length per piece with the sleeve joint) and round up. Tension wire runs along the bottom; one coil per 100 feet of fence typically. For hardware: each terminal post (end, corner, gate) needs a tension bar, 3 tension bands, 1 brace band, and a rail end cup. Each line post needs a post cap and tie wires (approximately 3 per height foot). Each gate needs a gate frame, hinges (2 per walk gate, 3 per drive gate), a latch, and optional drop rods for double gates. Count your terminal posts and line posts separately in the takeoff, and the hardware quantities calculate directly from those counts.
Yes. Upload survey plats as PDF and set the scale using a known property line dimension. Surveys typically note lot dimensions in feet and hundredths (e.g., 125.43 feet). Use any noted dimension to calibrate the scale. Survey plats show property boundaries, easements, setback lines, and sometimes existing structures. Fence lines typically follow property boundaries (offset slightly inside) or setback lines. The polyline tool traces the fence path regardless of whether it follows a straight property line or curves along a cul-de-sac. For subdivision fencing where the HOA requires consistent fencing across multiple lots, you can upload the entire subdivision plat and trace each lot fence line in its own measurement group. This gives per-lot footage for individual homeowner invoicing and combined totals for bulk material ordering. The tool handles any scaled PDF, so engineering-scale survey plats (1 inch equals 20, 30, 40, or 50 feet) and architectural-scale site plans (1/4 inch equals 1 foot) both work.
Post footing concrete depends on the hole diameter, depth, and post size. A standard residential fence post hole is 10 inches in diameter and 30 to 36 inches deep (local codes vary by frost depth). The volume of a 10-inch by 36-inch hole is approximately 0.45 cubic feet, minus the volume of the post in the hole. A 4x4 post (actual 3.5 by 3.5 inches) displaces about 0.03 cubic feet, so the concrete volume per hole is about 0.42 cubic feet. An 80-pound bag of premix concrete yields about 0.6 cubic feet, so one bag per hole is standard for 4x4 posts. For 6x6 gate posts in 12-inch by 42-inch holes, the volume is about 0.96 cubic feet minus the post, requiring roughly 1.5 to 2 bags per hole. For steel pipe posts in 18-inch by 48-inch holes (double drive gates), the volume is about 2.4 cubic feet, requiring 4 bags per hole. Multiply each post type count by the bags per hole to get total bags. Add 10 percent for oversized holes, rocky soil, and spillage. For a job with 48 line posts (48 bags), 8 corner posts (12 bags), and 3 gates with 6 gate posts (18 bags): total is 78 bags plus 10 percent equals 86 bags.
A residential fencing takeoff for a single lot with 300 to 500 feet of fence and 1 to 3 gates takes 15 to 30 minutes with digital takeoff software. Trace the fence line, count posts, mark gates, and export. The same job takes 1 to 2 hours manually because you scale each segment from the paper plan, calculate post locations, and tally materials by hand. A subdivision project with 20 lots takes 2 to 4 hours digitally because each lot needs its own trace, but many lots share the same dimensions and you can work quickly once the pattern is established. A commercial fencing project for a 10-acre industrial site with 2,000 feet of 8-foot chain link, barbed wire top, and multiple vehicle gates takes 1 to 2 hours digitally. The time savings with digital takeoff scale with job complexity. Properties with irregular lot shapes, multiple fence types, and numerous gates benefit the most because the polyline tool handles angles and curves that are tedious to scale manually. The CSV export also saves time downstream because the material list flows from the numbers without manual transcription.
Residential and commercial fencing differ in materials, sizing, and complexity. Residential fencing typically uses 4-foot or 6-foot heights, 4x4 pressure-treated wood or steel posts, and standard materials: cedar or pine pickets, 11-gauge residential chain link, vinyl panels, or ornamental aluminum. Post holes are 30 to 36 inches deep. Commercial fencing uses 6-foot, 8-foot, 10-foot, or 12-foot heights, heavier gauge materials (9-gauge chain link, steel pipe posts, industrial hardware), and often includes barbed wire or razor wire top extensions, crash-rated barriers, and motorized gate operators. Post holes are 36 to 48 inches deep with larger diameter footings. The takeoff process is the same (linear footage plus post counts), but commercial projects have more hardware per post, heavier concrete requirements, larger gate assemblies, and additional scope items like slide gate tracks, gate operator electrical connections, and access control wiring. Commercial bids also typically require separate pricing for material, labor, and mobilization, so your takeoff needs to support all three calculations.
Sloped terrain affects fence layout in two ways. First, the ground distance along the slope is longer than the horizontal plan distance. A 100-foot horizontal distance on a 15 percent slope is actually 101.1 feet along the ground. For most residential fencing, this difference is under 2 percent and your waste factor absorbs it. For steep commercial sites, add a slope factor to convert plan footage to ground footage. Second, the fence panels must step down (for wood and vinyl) or rack (for ornamental) to follow the grade. Stepped panels maintain a level top but leave a triangular gap at the bottom of each step. The step height equals the grade change per section. At 8-foot post spacing on a 15 percent slope, the step is 14.4 inches, which may require shorter post spacing to reduce the gap or additional infill material at the bottom. Racked ornamental panels follow the slope with angled pickets. Racking hardware costs $5 to $15 extra per panel. Note which sections of your takeoff cross sloped terrain so you can price the slope premium accurately.
The minimum drawing for a fencing takeoff is a site plan or survey plat showing property boundaries and the fence location. A survey plat shows property dimensions, easements, setback lines, and adjacent lot boundaries. A civil site plan adds topographic contour lines (for identifying slopes), utility easement locations, and sometimes the fence line itself as a dashed line with a label. For commercial projects, a landscape plan may show fence locations, types, gate widths, and heights more clearly than the civil plan. Architectural site plans show building footprints, driveways, and parking areas that help locate gates and fence transitions. The project specifications (if it is a commercial bid) define fence types, heights, materials, hardware, post sizes, concrete requirements, and gate operators. For residential work, the homeowner may provide only a hand sketch on a survey or a verbal description of where they want the fence. In that case, your field measurement becomes the takeoff. Upload any PDF drawing you have, including hand-marked surveys, and trace from whatever is available.
Subdivision and HOA fencing projects involve dozens or hundreds of lots with repetitive fence layouts. Organize your takeoff with a lot-number prefix for each measurement group: "Lot 1 - 6ft Privacy," "Lot 1 - 4ft Chain Link," "Lot 2 - 6ft Privacy," and so on. This gives per-lot footage for individual homeowner invoicing and combined totals for bulk material ordering. If all lots share the same floor plan and lot layout, take off one representative lot completely, then note the count of identical lots. Multiply the single-lot quantities by the lot count for total material. For lots with variations (corner lots, cul-de-sac lots, lots backing to common areas), take off each variation separately. Export to CSV and sort by lot number for per-homeowner quantities, or sort by fence type for combined material orders. Bulk ordering across 20 or more lots typically earns 5 to 15 percent volume discounts from the lumber yard or fence supply house, so the combined total is useful for negotiating pricing.
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