Post-frame design tools, compared

The Right Post Frame Design Software Depends on Who Draws It

Some tools put the design in your customer's hands on your website, some in your rep's at the kitchen table, some in the lumber yard's office. Here is what each is built for.

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The real screen, drawn from the product’s own design system. Sample data — no customer information appears here.
Miniature 40x60 post-frame shop mid-build with a lean-to frame, a sales rep and a farm couple going over plans at golden hour

Start with who draws the building

Post frame design software covers three different jobs that share a 3D picture. The customer designs a building on your website and you get a lead with the building attached. Your rep draws it with the customer and prices it before leaving the table. Or an estimator or lumber yard turns dimensions into a material list, drawings and a price.

Hold every tool against one real job: a 40x60 shop, 14-foot sidewalls, trusses at 10 feet on centre, and a 12-foot lean-to the customer adds after the first price. Then ask:

  • Who draws it? The customer, your rep or the yard.
  • What comes out? A picture, a material list, drawings, and whether any of it is engineered. Your county decides whether it needs a stamp (pole barn permit requirements).
  • Where does the number go next? Into a contract and a deposit, or back into email.

When your team draws the building

SmartBuild

Built for: post-frame and metal-building design and estimating. Its Capterra listing describes a web-based tool to "design building models, generate material lists, create pricing and proposals, and produce construction-ready documents from a single 3D model." Articles SmartBuild has published stress designing with the customer in real time and sending orders to suppliers, and some suppliers offer it to their builders.

Fits: a builder whose supplier already runs on it, or who wants drawings and a material list off one model.

Consider: it is built around the building and the estimate. To run leads, scheduling and progress billing alongside it, pair it with a system for those; Leads2Build is one.

Post Frame Advantage

Built for: post-frame builders, "regardless of size or complexity." Drag-and-drop 3D design updates the quote as the building changes, lean-tos and mezzanines included, and the platform adds project management, procurement and warranty tracking.

Fits: a post-frame company that wants design and operations from one trade-specific vendor.

Consider: pricing is by quote, so run the demo on one of your own buildings.

Construction Maestro

Built for: "lumber companies and building contractors" estimating post-frame buildings, garages and decks. It produces 30+ plans per estimate, truss and purlin layouts included, a materials list with SKUs, and interfaces with more than a dozen POS and ERP systems. It requires Microsoft Excel.

Fits: a yard, or a builder working closely with one.

Chief Architect

Built for: drafting. X13 and newer models pole buildings with posts and girts, and Premier X15 and newer generates roof trusses automatically.

Fits: a builder who drafts custom plan sets in-house, often for barndominiums.

When the customer starts the design on your website

GitEstimate

Built for: "builders and dealers who want customers to design and price buildings on their own website." You receive the contact, configuration, parts list and documents. It focuses on open and enclosed barns, lean-tos, monoslope and porches. Its site lists about $250 to $300 a month plus a $695 setup fee, with up to five logins.

Fits: a builder selling standard barns who wants priced web leads.

Consider: its own comparison page credits broader platforms with wider catalogs, deeper supplier integrations and heavy custom drafting.

IdeaRoom

Built for: manufacturers, dealers and builders selling post-frame, red iron, carports and sheds: a 3D configurator plus lead capture, checkout and payments, with quoting that integrates with SmartBuild.

Fits: a manufacturer or dealer network selling its buildings online.

A configurator does not replace the first call: someone still has to ask about the site, the permit and the lean-to the customer forgot. That is the job of a post-frame CRM.

Business software that sits around the design

QuoteIQ

Built for: contractors across many trades: estimates, scheduling, invoicing, payments and CRM, from $29.99 to $699 a month. It does not design post-frame buildings; its own pole barn roundup pairs it with SmartBuild for that.

Fits: a crew that also works other trades.

Leads2Build

We make this one, so weigh it accordingly. Leads2Build runs the business around the building (lead, quote, contract, build and payments) and gives you two ways to design:

Either way the price lands on the quote your customer reads, then the contract and the payment schedule. Our designs are a design aid, with no engineer's stamp.

Choosing the business software, not only the design tool? Pole barn software, 17 platforms compared checks each one against the 128 things a post-frame or barndominium builder needs. Ours is post frame software that runs the whole business, and every feature of our post frame building software is searchable by the problem you have.

Post frame design software, side by side

Where the dedicated tools do the job better, the row says so.

What mattersLeads2BuildDedicated design and configurator tools
Customer designs on your websiteNot what we built. Leads arrive through your own web form, and the customer sees the building in 3D on the quote.The core strength of GitEstimate and IdeaRoom: a priced 3D configurator that captures the lead with the building attached.
Designing with the customerDrag the building to size; lean-tos, porches and wings frame themselves.What SmartBuild and Post Frame Advantage are built for, pricing as you design.
Material listSix sections off the model, lumber packed into yard stock lengths, each line showing its source.A core output of SmartBuild and Construction Maestro, with SKU, quantity and price on each Construction Maestro line.
DrawingsNine generated documents, from elevations to post layout. No engineer's stamp.A strength: Construction Maestro lists 30+ plans per estimate, SmartBuild produces construction-ready documents, and Chief Architect drafts full plan sets.
Supplier connectionYour own cost and sell prices, and an order sheet a yard can quote from.Deeper in places: SmartBuild can submit orders to suppliers, and Construction Maestro interfaces with more than a dozen point-of-sale and ERP systems.
After the yesThe same number becomes the contract, payment schedule, change orders and invoices.Varies: IdeaRoom adds checkout and payments, and Post Frame Advantage adds project management and warranty tracking.
Already on SmartBuildConnects with your login; jobs, drawings and pricing are reachable here.SmartBuild stays your design engine, and IdeaRoom's quoting integrates with it too.

Vendor facts as of September 2026, from vendor sites, Capterra and vendor-published articles. Confirm prices with the vendor. Leads2Build is our product.

The lean-to test

The fastest way to learn what a design tool knows is to change the building after the price. Add the 12-foot lean-to. Does it frame itself, with its own posts, beam, rafters and steel, and join the count? Or does somebody build a second estimate and staple it to the first?

In our designer the lean-to is a card on the wall it hangs from, set by along-wall length, projection, pitch, post spacing and attach height. It survives a resize, and its columns get the same footings as the wall posts.

Design — Additions
AdditionsHide
+ Lean-to+ Porch+ Enclosed wing+ Wrap
+ L-shape (ell)+ Porch into the roof
Lean-to 1✕
Right sidewall
Along wall(ft)
−36′+
Projection(ft)
−12′+
Offset(ft)
−12′+
Pitch(/12)
−3+
Post spacing(ft)
−10′+
Attach height(ft)
−14′+
Center on wallOpen
Posts
Treated in groundcurrentRough fir on brackets+$412Wrapped+$268

Beam: 2-ply 2x12 for a 9′ span

More porch options
How it meets the building
Under the eaveInto the roof
Roof framing
RaftersTrusses @ 4′
Finishes
CeilingBeam wrapColumn wrap
Gable porch 2✕
Front endwall
Along wall(ft)
−16′+
Projection(ft)
−10′+
Offset(ft)
−12′+
Pitch(/12)
−6+
Center on wallOpenTimber truss
Posts
Treated in groundcurrentRough fir on brackets+$412Wrapped+$268

Beam: 2-ply 2x12 for a 10′ span

More porch options
How it meets the building
Under the eaveInto the roof
Roof framing
RaftersTrusses @ 4′
Finishes
CeilingBeam wrapColumn wrap
Concrete slab
A 12-foot lean-to on the right sidewall: 36 feet along the wall, 3/12 pitch, posts at 10 feet, attached at 14 feet. Real screen · sample data.

What should come out of the model

This is the takeoff for a 40x60 drawn in the designer: 20 posts, seven 40-foot trusses at 10 feet on centre, 92 girts packed into 16-foot stock, 42 roof panels and 10,613 panel screws. The lumber lines show consumed, purchased and waste footage apart, so offcuts are not rounded away.

Whatever tool you choose, ask for this screen on your own building and read the fine print. Ours says design aid, not engineering.

Materials
Framing
6x6 solid-sawn post (UC4B treated) (18′ stock)
378 LF consumed · 21×18′ · 0 LF waste · incl. 4′ embedment — UC4B ground-contact treatment is a hard spec for embedded posts
21 pcs
6x6 jamb post (UC4B treated) (18′ stock)
36 LF consumed · 2×18′ · 0 LF waste · 2 laminated 2-ply (span > 9′) — full height, header load path
2 pcs
Nailed jamb (2-ply 2x6 / 4x6) (14′ stock)
134 LF consumed · 10×14′ · 6 LF waste · 8 doubled 2x6 + 2 4x6 — bearing on the splash plank, tied to the header. No embedment, no ground-contact treatment.
10 pcs
2x6 cripple (above headers) (8′ stock)
235.5 LF consumed · 30×8′ · 4.5 LF waste
30 pcs
2x8 door jamb + head jamb (overhead doors) (14′ stock)
39.6 LF consumed · 3×14′ · 2.4 LF waste
3 pcs
2x10 spring anchor pad (SYP #2 or better — NOT SPF) (8′ stock)
2 LF consumed · 1×8′ · 6 LF waste · lagged, never nailed — 4 × 3/8″ × 4″ lags, one near each corner
1 pcs
2x6 wall girt (cut-to-stock)
1240.8 LF consumed · 38×10′ + 116×8′ · 67.2 LF waste
154 pcs
2x8 skirt board (treated) (cut-to-stock)
180.9 LF consumed · 6×10′ + 17×8′ · 15.1 LF waste
23 pcs
2x6 eave strut (cut-to-stock)
200.5 LF consumed · 8×10′ + 16×8′ · 7.5 LF waste
24 pcs
2x4 roof purlin (cut-to-stock)
1447.7 LF consumed · 72×20′ + 24×8′ · 184.3 LF waste
96 pcs
1-ply 2x8 opening header (8′ stock)
22.2 LF consumed · 5×8′ · 17.8 LF waste
5 pcs
2-ply 2x12 opening header (16′ stock)
31.7 LF consumed · 2×16′ · 0.3 LF waste
2 pcs
2x6 window sill (8′ stock)
20.4 LF consumed · 4×8′ · 11.6 LF waste
4 pcs
Truss C40P4 (40′ span, 4/12)
spec-string per SmartBuild convention (C{span}P{pitch}); 4′ o.c. — 2 gable + 14 common · double-Fink (WW) webs, plated both faces (ANSI/TPI 1)
16 pcs
2-ply SYP 2x12 truss carrier (cut-to-stock)
240 LF consumed · 12×16′ + 4×12′ · 0 LF waste · 2-ply, both sidewalls — trusses at 4′ o.c. land between posts at 8′, so they bear on a carrier rather than on the post tops
16 pcs
2x4 bottom-chord bracing (16′ stock)
336 LF consumed · 21×16′ · 0 LF waste · {floor sq ft} × 0.00875 over 2400 sq ft — shop rule, not an engineered layout
21 pcs
2x4 miscellaneous bracing (20′ stock)
378 LF consumed · 21×20′ · 42 LF waste · {floor sq ft} × 0.00875 over 2400 sq ft — shop rule
21 pcs
2x4 X-bracing (20′ stock)
162 LF consumed · 9×20′ · 18 LF waste · {floor sq ft} × 0.0035 — only fires at or above 578 sq ft, as the shop rule does
9 pcs
2x6 corner bracing (20′ stock)
400 LF consumed · 20×20′ · 0 LF waste · flat 20 pieces — the shop's standing corner-bracing allowance
20 pcs
2x6 eave sub-fascia (cut-to-stock)
123.9 LF consumed · 6×16′ + 2×14′ · 0.1 LF waste · carries the eave fascia and the soffit's outer edge
8 pcs
2x6 rake sub-fascia (cut-to-stock)
92.2 LF consumed · 4×16′ + 4×8′ · 3.8 LF waste · carries the rake fascia at the gable overhang
8 pcs
Sheathing
Ribbed steel (exposed fastener) roof panel, 22.1′ length
2 rectangle face(s) @ 36″ coverage · 2745 sq ft (MBCI MasterRib (36″ coverage, ¾″ ribs @ 9″))
42 panels
Roof underlayment / condensation barrier
2745 sq ft + 10% lap
3,020 sqft
Wall steel panel, 11′ length
1851 sq ft net of openings @ 3′ coverage
61 panels
Wall steel panel, 7.4′ length
119 sq ft net of openings @ 3′ coverage
8 panels
Wall steel panel, 7.2′ length
22 sq ft net of openings @ 3′ coverage
1 panels
Wall steel panel, 1.9′ length
27 sq ft net of openings @ 3′ coverage
5 panels
Wall steel panel, 0.6′ length
9 sq ft net of openings @ 3′ coverage
8 panels
Wainscot panel, 3′ height
553 sq ft
69 panels
Wainscot panel, 0.1′ height
1 sq ft
6 panels
Gable-end wall steel (cut to rake)
267 sq ft of gable endwall infill — not a rectangle
27 panels
House wrap — 10′ roll (wall)
2295 sq ft of wall ÷ 211 sq ft per roll (empirical coverage)
11 ea
House wrap — 10′ roll (roof)
2745 sq ft of roof ÷ 211 sq ft per roll (empirical coverage)
14 ea
Trim
Ridge cap
62.1 LF
Rake trim
92.2 LF
Eave trim
123.9 LF
Corner trim
55.9 LF
Door/window trim
127.4 LF
Eave fascia — 5½″ steel fascia/post trim
covers the sub-fascia; separate from the eave drip edge, which both exist on a finished eave
123.9 LF
Rake fascia — 5½″ steel fascia/post trim
the gable-end equivalent of the eave fascia
92.2 LF
Vented aluminium soffit (12″)
123.8 LF of eave soffit as drawn — rake soffit is not modelled yet and is NOT included
123.8 LF
Inside/outside closure strip
matches every eave run of exposed-fastener steel
123.9 LF
Doors & Windows
Garage Door 14′ × 12′
1 ea
Walk-in Door 3′ × 6′-8″
1 ea
Window 4′ × 3′
4 ea
Fasteners
Truss plate (gang-nail, 20 ga galvanized)
pressed into both faces at each truss joint — the connection, not overlapping wood
384 ea
Truss/rafter-to-post uplift tie (H2.5A-class, 18 ga galvanized)
one per truss bearing per post line — uplift path from roof to column
32 ea
1½″ HH panel screw (color-matched)
{sf}×1.8 over 5594 sq ft — platform default; calibrate per builder
10,069 ea
Foundation
Concrete, 18″ dia × 4′ post holes
23 holes — uplift anchorage required on every embedded post
6 yd3
Footing pads, 18″ dia × 6″ concrete
bear below the frost line on undisturbed soil — 2000 psf presumptive bearing; precast "cookie" or poured in the hole
23 ea
Uplift restraint — full-depth concrete collar (as drawn)
the poured backfill above is the restraint; treated blocks bolted to the embedded face are the soil-backfill alternative
23 ea

Design aid, not engineering — this is a purchase-vs-consumed takeoff from the same members the model draws. Stock lengths are yard lengths (no 60′ 2x4s). Factory trusses stay factory trusses. Not a substitute for a licensed design professional, a stamped truss package, or your local building department.

A 40x60 takeoff counted off the model, in the stock lengths a yard sells, in six sections from framing to foundation. Real screen · sample data.

Test any design tool in one afternoon

Bring your last finished job, not the vendor's demo building.

  1. Draw a job you already built

    A real 40x60 with the doors it actually got. Time it from a blank screen to a price, then hold the list against what you actually ordered.

  2. Push a limit on purpose

    Drop the roof below the panel's minimum slope, ask for a post longer than the yard stocks, or set footings above your frost line. A good tool says so, with the number, before the customer sees a price.

  3. Send the list to your yard

    Can your supplier quote it without calling you? Look for sticks in stock lengths rather than linear feet, and for the trim and closures that usually go missing.

  4. Follow the number past the yes

    Where do the deposit, the progress draws and the first change order live? Count the re-typing.

LEAD · QUOTE · SIGN · INVOICE · BUILD

Bring your
own 40x60

We draw a job you already built, add the lean-to and follow the price to the contract. Or connect your SmartBuild account.

leads2build.com
A post-frame barndominium at dusk, warm light in every window
The great room of a finished barndominium — exposed timber trusses, a stone fireplace and a wall of windows
Leads2BuildBUILDER OPERATING SYSTEM
A finished post-frame shop with charcoal steel siding and two overhead doors
Leads2BuildBUILDER OPERATING SYSTEM

Questions builders ask

Is there any free software I can use to design a pole barn?

Yes, if you are buying a building. Wick and Morton offer free online 3D design tools for planning one of their buildings; they help you picture it but know nothing about your prices. For a builder, the free options are trials: Construction Maestro offers 20 days and GitEstimate a limited demo.

How much does SmartBuild cost?

SmartBuild's Capterra listing, as of September 2026, shows a standard licence at $7,300 plus $125 a month and a one-time onboarding fee of $1,800. Some building-material suppliers also offer SmartBuild to their builders, so ask your supplier too before you budget.

What is the best software for designing framing?

It depends on the job. For a custom plan set, a drafting program such as Chief Architect fits; Premier X15 and newer generates roof trusses automatically. To price and order a post-frame building, you want a tool that turns dimensions into a material list: SmartBuild, Construction Maestro or the Leads2Build designer.

Does post frame software engineer the building?

Treat the output as a design aid unless the vendor says otherwise in writing. Post Frame Advantage calls its output non-engineered designs that serve as the base for final construction drawings, and every Leads2Build export says it carries no engineer's stamp. Your truss supplier designs the trusses; your permit office decides whether you need a stamped drawing.

Can I keep SmartBuild and use Leads2Build?

Yes. Leads2Build connects to SmartBuild with your own login. Projects, estimates, job details, drawings, colours, doors and material pricing are reachable inside the platform, and pricing can be written back to SmartBuild. Switching which designer opens for new estimates deletes no SmartBuild job, and your login stays where it is.

30 minutes with Keith · exclusively post-frame & barndominium

Bring one real job.
We’ll walk it lead to paid.

Keith Lemay, the founder, takes this call himself. You show how a job moves through your business today — the call, the quote, the contract, the build, the money. He shows you the same job in Leads2Build. We work exclusively with post-frame and barndominium builders, so none of it is generic.

  • Pick a time — it goes straight onto Keith’s calendar.
  • The confirmation comes by email, with a link to move it if you need to.
  • Bring a job you’ve quoted lately. That’s the one worth walking through.
Keith LemayFounder, Leads2Build

Keith's next open times

The confirmation comes by email.