Fence Calculator
Describe connected fence runs and gate openings to build a material takeoff. Shared corners count as one physical post; gate openings divide the infill into independently spaced spans.
Plan · Measure · Order
Describe a real fence boundary, then turn its connected runs and gate openings into a supplier-ready takeoff. Shared corners, system-specific infill and product dimensions matter as much as total length.
Use the specialized tools below when the material system, thermal calculation or layout geometry requires a different method.
Describe connected fence runs and gate openings to build a material takeoff. Shared corners count as one physical post; gate openings divide the infill into independently spaced spans.
Count physical posts across detached runs, connected corners, straight continuations and a closed perimeter. Choose a maximum spacing and see the equal spacing actually produced.
Fit individual boards within each fence field and check whether the selected whole-number count can meet a maximum equal gap. Counts are rounded per bay before waste.
Order full and cut panels for corner-separated runs and gate-separated infill. Enter the effective installed module width from the selected product.
Subtract the embedded post from a round hole and deduct gravel and top backfill before converting concrete volume into whole bags.
Compare a general embedment planning range with local, manufacturer and project requirements you enter. The output identifies which value governs the estimate.
Estimate fabric, rails and terminal connection hardware from the actual fence topology. A corner has two fabric termination directions; a detached end has one.
Separate routed line, end, corner and gate posts while estimating full and cut panels. Use the manufacturer’s installed module dimensions.
Compare continuous lap coverage with a backer-and-cover arrangement. The first lapped board covers its full face width; subsequent boards advance by width minus overlap.
Lay out offset rows on opposite faces of the rails and count intersecting board footprints separately. The result shows face A, face B and visual overlap.
Use physical rail length and insertion at both post seats to find the effective bay. Count rails, posts and gate openings together.
Count horizontal board rows and one board per row per physical bay. Check stock length against the equalized bay length before ordering.
Plan metric featheredge boards with lap coverage, arris rails, gravel boards and capping. Enter actual post centres and stock dimensions.
Estimate steel modules and posts from your supplier’s installed panel width. Keep cut panels, caps and optional sleeper lengths visible in the takeoff.
Compare dated quotes with product, location, currency and inclusions identified. Material-only and installed totals use different scopes.
These guides explain which inputs to collect and which decisions require the actual product or project specification.
Spacing is a project and product decision. Once a maximum is chosen, divide each uninterrupted span into whole bays and reduce the actual spacing to fit.
Post count and post size answer different questions. The calculator can count posts and subtract their actual cross section from concrete, but it cannot certify a member or footing.
Draw the physical boundary before adding lengths. Label connected corners, detached sections and gate openings so the takeoff counts the actual posts and infill.
Choose between complete installed systems, not only between wood and PVC. Board arrangement, routed modules, gate reinforcement and repair access can matter more than the material name.
Board-on-board and shadowbox use different board arrangements. Count their faces explicitly and check privacy from the directions that matter on the site.
Use installed coverage, not a panel’s marketing size. Post centres, clear infill, rail engagement and overall panel width may describe different dimensions.
Choose a gate from the required clear passage and the complete gate system. Leaf width and post spacing are not interchangeable measurements.
Select a finished height for the intended use, then verify local planning rules and the system’s structural design. There is no single national height allowance for every property.