Reconcile separate net chain-link fabric spans, reviewed line and terminal posts, rail or wire support, attachment intervals, exact sale units and incomplete quotes.
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Turn separate net chain-link fabric spans, a source-reviewed line-post maximum, explicit terminal/fitting schedules and exact sale products into a reproducible system takeoff without inventing design requirements.
Keep net fabric spans and terminal connections distinct instead of subtracting generic gates from one perimeter.
Name every net fabric span between reviewed terminal positions, enter copies and the exact project/system maximum line-post spacing.
Gets equal spaces and intermediate line posts per physical span without fabricated end, corner or gate posts.
Coordinate fabric, framework, bottom support, attachment products and connection fittings from compatible sources.
Enter exact fabric/rail/wire sale lengths and join/allocation policies, explicit terminal SKUs, attachment intervals and reviewed fittings.
Can audit each required item without universal gauge, mesh, spacing, tie, clearance, footing or gate formulas.
Use matching stock, explicit spares, supplier packs and incomplete quotes without treating blanks as free.
Reconcile every active product’s required units, matching stock and pack scope; download the complete source record only while valid.
Sees known and unknown purchase scope separately and retains original mixed-unit inputs for review.
Outputs and checklists are planning aids. Review the linked current authorities and the records, terms, instructions, and requirements that apply to your exact situation before a consequential decision.
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Enter runs between terminal connections after gate openings are removed. Exact roll length, permitted joins and whether cross-span remnants can be pooled come from the selected product and reviewed allocation—not a fixed waste percentage.
required length = sum(net fabric span × physical copies) + explicit entered extraThe calculator makes equal spaces no greater than the entered project/system maximum. End, corner, pull and gate posts remain explicit terminal SKU lines because span count and a generic gate count cannot derive their topology or product size.
spaces per physical span = ceil(span ÷ reviewed maximum); intermediate posts = spaces − 1Top rail, bottom wire/rail, ties, hog rings and fittings are active only from reviewed sources. Their exact sale lengths, join/allocation policies and maximum attachment intervals drive quantities; blank prices remain unknown.
packs = ceil(max(0, required units + explicit spares − matching stock) ÷ units per pack)Updated: August 2026
A 40 ft span and a 30 ft span each use a reviewed 10 ft maximum. They produce 3 and 2 intermediate line posts; terminal posts are entered independently from the layout.
A designer or installer enters the selected fabric/framework products and project-owned spacing. The tool does not choose gauge, mesh, post diameter, rail, barbed support or footing geometry.
A buyer reconciles fabric rolls, posts, rails, support, ties and scheduled fittings against matching stock and whole packs; any missing price keeps the total unknown.
Build a source-owned chain-link system record. Split net fabric runs at terminal connections, enter the exact project maximum line-post spacing and explicit terminal/fitting schedules, then reconcile compatible fabric, framework, bottom support, attachments, stock, packs and quote coverage.