5,000 sq ft of pre-engineered steel — Titan’s entry-size building for small warehouses, larger shops, and light commercial use.
A 50×100 steel building gives you 5,000 square feet of pre-engineered floor area — typically used for small warehouses, larger workshops, auto-body shops, light commercial operations, and mid-size fabrication shops. The 50×100 is Titan’s smallest standard kit — the dividing line between residential/hobby buildings (which we don’t quote) and commercial/industrial work. It’s the right pick when you need real commercial-grade engineering but don’t need a 60-ft span.
Below is current 2026 Canadian pricing for the 50×100 across three configurations: kit (steel package only), shell (kit plus erection), and turnkey (foundation through finishes). All ranges are CAD and assume National Building Code of Canada compliance with provincial amendments.
| Package | What’s Included | 2026 CAD Range | $/sq ft |
|---|---|---|---|
| Kit | Engineered steel package, anchor bolts, fasteners, drawings, sealed engineering stamp | $124K – $234K | $25 – $47 |
| Shell | Kit + foundation reference + erection of primary structure, roof, walls, doors | $234K – $394K | $47 – $79 |
| Turnkey | Shell + foundation + insulation + MEP + interior finishes + permits coordination | $469K – $931K | $94 – $186 |
Want an exact number for your spec? The Cost Calculator takes your width, length, eave height, province, and use case and returns a tightened quote in under two minutes.
Steel building costs vary across Canada based on transport distance, local snow/wind/seismic loads, foundation requirements, and labour markets. The table below shows directional cost modifiers vs the Canadian average — apply these to the package ranges above to estimate your provincial price.
| Province / Region | Cost Modifier vs Canada Average | Why |
|---|---|---|
| Ontario (south) | 0% to +5% | Highest demand, dense competition, generally moderate snow loads (south) |
| Alberta | −3% to +2% | Strong PEMB supply network, moderate snow loads outside the foothills |
| Saskatchewan | −5% to 0% | Lower labour rates, moderate snow loads, good prairie access |
| Manitoba | −3% to +2% | Heavier prairie snow zones, moderate labour cost |
| British Columbia | +8% to +15% | Seismic design, mountain snow loads, higher freight from the rolling mills |
| Quebec | +3% to +8% | Heavier snow loads, RBQ licensing, French-language drawings |
| Nova Scotia & Atlantic | +5% to +12% | Coastal wind loads, higher freight, smaller local supply network |
| Variable | Typical Cost Impact | Notes |
|---|---|---|
| Eave height | +$6–$18 / sq ft per extra 4 ft above 14 ft | Taller eaves need heavier primary framing |
| Insulation package | +$6–$16 / sq ft | R-19 to R-30 wall and roof insulation |
| Overhead and dock doors | +$4,140–$12,420 each | Insulated doors with openers and weather seals |
| Crane provisions | +$38–$68 / sq ft | Heavier columns, runway beams, foundations |
| Mezzanine | +$42–$76 / sq ft of mezzanine area | Engineered steel mezzanine with stairs and code-compliant rails |
| Snow/wind/seismic uplift | +5%–15% | Province-specific design loads (especially BC seismic, Maritime wind) |
| Foundation type | +$8.4–$16 / sq ft variance | Slab on grade vs. piers vs. frost-protected — soil-driven |
| Façade finish | +$10.8–$25 / sq ft | Architectural panel, stone wainscoting, glazing packages |
The most common 50×100 configuration is a distribution warehouse with 18 ft eaves, four to six dock doors with levellers, and an insulated envelope (R-25 walls, R-30 roof). Turnkey pricing for this spec typically lands in the mid-to-upper end of the table above. See Steel Warehouse Buildings in Canada for full spec options.
A manufacturing or fabrication 50×100 typically runs 20–24 ft eaves with overhead crane provisions (10–25 ton runway beams), a heavier 8 in. floor slab, and process-equipment door openings. See Steel Manufacturing Buildings.
An ag-spec 50×100 runs uninsulated with 18 ft eaves, large sliding or roll-up doors on the gable ends, and a clear-span layout for combine, sprayer, and tractor storage. Lower per-sq-ft pricing (no insulation, simpler interior). See Agricultural Steel Buildings.
How does the 50×100 compare to neighbouring sizes? Use this quick reference to size-test your decision against alternatives.
| Size | Sq Ft | Typical Turnkey Range (CAD) | $/sq ft | Best For |
|---|---|---|---|---|
| 60×100 | 6,000 | $546K – $1.09M | $83–$186 | 6,000 sq ft — same length, 10 ft wider for more interior flexibility |
| 80×120 | 9,600 | $828K – $1.66M | $83–$186 | 9,600 sq ft — nearly double the floor area for the next size class |
| 100×100 | 10,000 | $856K – $1.73M | $83–$186 | 10,000 sq ft — square footprint for hangars or fab shops |
| 50×100 (this page) | 5,000 | $469K – $931K | $94–$186 | See above |
For the full sizes catalogue across Titan’s range — small, medium, and large — see Steel Building Sizes in Canada.
The ranges above cover the most common 50×100 specs across Canada. For a price tightened to your exact eave height, insulation, door count, foundation type, and province, use the Cost Calculator below or request a custom quote.
The 50×100 is where Titan’s catalogue starts, and it exists for a specific buyer: someone who needs a real, code-built, fully engineered steel building but at the smallest practical commercial scale. Five thousand square feet is the threshold where pre-engineered steel beats a kit on lifespan, clear span, fire rating, and resale — below it, the economics tip toward residential-grade suppliers. So the 50×100 isn’t a stripped-down product; it’s the full engineering package on the most affordable footprint Titan offers.
It’s most at home as a starter warehouse, a trades or auto shop, or light flex space — uses that want an open 50 ft clear span and a tidy 100 ft of depth without paying for room they won’t fill. When an operation expects to grow, many buyers either design the foundation for a future bay extension or step straight to a 60×100, which adds width and dock frontage for a modest premium. The comparison table above shows exactly where the 50×100 sits against the larger sizes.
Effectively yes. At 5,000 sq ft the 50×100 is Titan’s entry size — the smallest footprint where a fully engineered, code-built pre-engineered steel building makes sense over a kit. Below 5,000 sq ft, a supplier focused on hobby and residential kits is usually the better fit. The 50×100 gets the same engineering and National Building Code compliance as Titan’s largest builds.
It’s a true entry-commercial size: a starter warehouse, a larger contractor or trades shop, an auto or service shop, light retail or flex space, or small-equipment storage. The 50 ft clear span keeps the floor open for racking or a couple of service bays, and the 100 ft length gives useful depth for staging and storage.
Yes. The 50 ft clear span comfortably handles a centre drive-through aisle with work areas on either side, or two to three service bays with no interior columns in the way. Spec an 18–20 ft eave if you need vehicle hoists or tall overhead doors, and confirm the door schedule so the frames are engineered for the openings.
For a standard shop or starter warehouse, 16–18 ft is typical and clears most overhead doors and light racking. Step to 20–24 ft if you’re stacking pallets two to three high or installing a hoist. Because the building is smaller, eave height has a proportionally bigger effect on usable volume, so size it to your real storage or equipment height.
Choose the 50×100 (5,000 sq ft) when your site, budget, or actual space need is modest — it’s the most cost-effective way into a real engineered steel building. Step up to a 60×100 (6,000 sq ft) if you want extra width for wider equipment or more dock frontage; the incremental cost per square foot is small. If you’re unsure, the 60×100’s versatility makes it the safer default.
Yes. Entry size doesn’t mean a lighter spec — a 50×100 is engineered to the National Building Code and your provincial snow, wind, and seismic loads, with sealed drawings, exactly like a 100×200. You get the full Titan engineering package; you’re simply buying a smaller footprint, not a downgraded building.
In 2026 a 50×100 (5,000 sq ft) runs roughly $124K–$234K as an engineered kit, $234K–$394K as a weather-tight shell, and $469K–$931K turnkey — about $94–$186 per square foot depending on package. The turnkey figure includes foundation, insulation, mechanical and electrical, and interior finishes, while the kit is the engineered steel package only. Your exact number depends on snow and wind loads, eave height, insulation, and finish level, so treat these as planning ranges and request a quote for a firm price.
The kit ($124K–$234K) is the engineered steel package — primary frames, purlins, girts, fasteners, sealed drawings, and anchor-bolt plans — delivered to your site. The shell ($234K–$394K) adds erection of the primary structure plus roof, walls, and basic doors for a weather-tight enclosure. Turnkey ($469K–$931K) is the finished building: foundation and slab, insulation, mechanical and electrical, interior finishes, and permit coordination. Buyers who want a move-in-ready building choose turnkey; those with their own trades often start from the kit or shell.
The same footprint can vary by hundreds of thousands of dollars because engineering loads and finish level drive the cost. A low-snow prairie site with a plain 16 ft shop shell sits near the bottom of the range, while a high-snow or seismic site with a 24 ft eave, heavy insulation, dock and overhead doors, offices, and mechanical fit-out sits at the top. Regional freight and labour matter too, as does the price of steel at the time you order.
On Titan’s 2026 modifiers the prairies are generally the most affordable — Saskatchewan runs about −5% to 0% versus the national average thanks to lower labour rates and good access, with Alberta and Manitoba close behind. British Columbia is the most expensive at roughly +8% to +15% because of seismic design, mountain snow loads, and higher freight from the mills. Southern Ontario sits near the national average. These are directional modifiers, not firm quotes.
Only the turnkey package includes the poured foundation and slab. The engineered kit is the steel building alone — you arrange your own foundation using Titan’s stamped anchor-bolt and reaction drawings. The shell package covers erection of the structure, so confirm exactly what site work is in scope before you compare it to turnkey. If you want the slab, insulation, and finishes handled under one price, choose turnkey.
Send Titan your location, intended use, eave height, and any door, insulation, or office requirements, and you’ll get a firm 50×100 quote built to your provincial snow, wind, and seismic loads. Because Titan is a Canadian steel building supply and manufacturing partner rather than a generic kit reseller, the price reflects a fully engineered, National Building Code–compliant building rather than a stock catalogue number. Request a quote to turn these planning ranges into an exact figure.
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Canadian-made steel buildings, supplied and supported from within Canada.
Decades designing and delivering steel buildings for Canadian businesses.
Engineered to the National Building Code of Canada and your provincial code for local snow, wind and seismic loads.
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