An 80×150 steel building gives you 12,000 sq ft (1,115 m²) of clear-span, column-free floor — a workhorse mid-size industrial footprint. In 2026, an 80×150 runs roughly $1.42M–$2.18M CAD turnkey ($118–$182/sq ft), or from about $264,000 as an engineered kit. The 80-foot clear width plus 150 feet of length gives an efficient rectangle for racking rows, production lines, and dock-served distribution. See the full Steel Building Sizes hub and the 2026 Commercial Steel Building Cost Guide, or open the Cost Calculator and quote tool.
Key Takeaways
- Footprint: 80 ft wide × 150 ft long = 12,000 sq ft (1,115 m²), fully clear span with no interior columns.
- Turnkey price: about $1.42M–$2.18M CAD ($118–$182/sq ft) in 2026 — foundation, erection, insulation, finishes, MEP rough-in, and permits included.
- Kit / shell: engineered kit from ~$264K; weather-tight shell ~$516K–$864K.
- Best for: mid-size warehouses and distribution, manufacturing and fabrication, and cold storage.
- Eave & docks: typical eave 16–26 ft; the 150 ft sidewall carries a run of dock doors.
- Engineering: pre-engineered to CSA A660 and NBCC 2020 with stamped, province-specific drawings included.
Why Titan Is Your Trusted Steel Building Manufacturing Partner in Canada
One accountable Canadian manufacturing partner — from design and engineering to delivery and erection.
100% Canadian company
Canadian-made steel buildings, supplied and supported from within Canada.
25 years of experience
Decades designing and delivering steel buildings for Canadian businesses.
P.Eng-stamped engineered drawings
Engineered to the National Building Code of Canada and your provincial code for local snow, wind and seismic loads.
CSA A660-compliant fabrication
Built in a CWB / CSA W47.1 certified facility.
In-house DAAS & MBS designers
Metal Building Software specialists for structural and pre-engineered (PEMB) design.
End-to-end project support
Design, engineering, fabrication, delivery and erection coordination through one manufacturing partner.
What a 80×150 Steel Building Costs in 2026
Titan prices an 80×150 in three tiers, so you buy only the scope you need. The ranges below apply Titan’s 2026 per-square-foot rates to 12,000 sq ft; the same rates drive the comparison figures on the Steel Building Sizes hub.
| Package | What’s Included | Total Range (CAD) | Per Sq Ft |
|---|---|---|---|
| Engineered Kit | Primary frames, purlins, girts, bracing, anchor bolts, fasteners, and NBCC/CSA A660 stamped drawings | $264,000 – $516,000 | $22 – $43 |
| Building Shell | Kit plus roof and wall cladding, trim, gutters, and framed openings to weather-tight stage | $516,000 – $864,000 | $43 – $72 |
| Turnkey | Kit + foundation + erection + insulation + interior finishes + MEP rough-in + permits | $1,416,000 – $2,184,000 | $118 – $182 |
What Drives the Cost of a 80×150
On a 12,000 sq ft building, clear height, dock count, insulation, and regional loads move the price the most. The table shows the direction each variable pushes cost.
| Cost Variable | Directional Impact on Price |
|---|---|
| Eave height | 16 ft to 26 ft adds wall steel and cladding across 460 linear ft of perimeter; racking and crane uses sit at the taller end. |
| Dock doors & levellers | Each dock position with door, leveller, seal, and bumpers is a fixed line item; a multi-dock distribution layout adds cost. |
| Insulation system | Cold-storage or conditioned envelopes using spray foam or insulated metal panels raise cost materially over a basic shell. |
| Snow & wind loads | Regional ground-snow and wind loads add frame tonnage across the 150 ft roof line. |
| Foundation & floor | Slab thickness for racking and forklift traffic, and any freezer-rated slab detailing, change the foundation cost. |
| Interior finishes & services | Offices, washrooms, mezzanines, and MEP rough-in move a shell toward turnkey and set the high end of the range. |
What a 80×150 Steel Building Is
An 80×150 steel building is a pre-engineered metal building (PEMB) measuring 80 feet wide by 150 feet long — 12,000 square feet of column-free floor. It is one of the most popular mid-size industrial footprints in Canada because the 80-foot clear width plus 150 feet of length gives a genuinely usable rectangle: racking rows and drive aisles line up cleanly, a production line has room to run, and the long sidewall carries a bank of dock doors. “Pre-engineered” means the primary frame, purlins, girts, and connections are designed and fabricated to your site’s exact snow, wind, and seismic loads before shipping, then bolted together on site, with stamped, province-specific drawings included. The clear span means no interior columns interrupt racking or material flow. See how the 80×150 sits among neighbouring sizes on the Steel Building Sizes hub.
Province-by-Province Pricing
The per-square-foot ranges above are Canada-wide; where you build shifts the finished cost through snow load, seismic design, labour rates, and freight distance. The modifiers below are directional — your quote reflects your municipality’s actual code requirements.
| Province / Region | Directional Modifier | Why |
|---|---|---|
| Ontario | Baseline | Deep supplier and trade base near the GTA keeps steel logistics and erection crews competitive. |
| Alberta | Near baseline to slightly lower | Strong industrial construction capacity and moderate seismic demand keep costs efficient outside the mountains. |
| Saskatchewan / Manitoba | Slightly higher | Heavy ground snow loads add frame tonnage, and longer freight hauls to remote sites raise delivery cost. |
| British Columbia | Higher | Coastal seismic design and elevated labour rates increase both engineering and erection. |
| Quebec | Slightly higher | High snow loads and provincial code and permitting steps add to the finished cost. |
| Atlantic Canada | Higher | Coastal wind exposure plus freight distance to the Maritimes lift cladding and shipping line items. |
What You Can Build in a 80×150
The 12,000 sq ft clear span makes the 80×150 a versatile mid-size industrial building. Common uses include a mid-size steel warehouse or distribution centre, a factory or manufacturing floor with room for an overhead crane, and cold storage with an insulated, freezer-rated envelope. Because it is fully engineered, the 80×150 can be finished and fitted out to match your operation, from a basic storage shell to a fully conditioned production facility.
Sample 80×150 Builds Titan Delivers
Mid-size distribution warehouse
An 80×150 gives 12,000 sq ft of clear span with multiple dock doors along the 150-foot wall — a right-sized regional warehouse or distribution centre for a growing operation.
Manufacturing and fabrication plant
The column-free floor suits a production or fabrication line, with the eave height for an overhead crane and a mezzanine office overlooking the floor — a clean manufacturing building.
Cold storage and fulfilment
With an insulated envelope and freezer-rated slab detailing, an 80×150 works as temperature-controlled cold storage or a fulfilment facility.
80×150 vs Other Common Sizes
The 80×150 anchors Titan’s mid-size range. Compare turnkey pricing with its nearest neighbours, then open any size for full detail.
| Size | Floor Area | Turnkey Range (CAD) | Per Sq Ft |
|---|---|---|---|
| 80×120 | 9,600 sq ft | $1.13M – $1.75M | $118 – $182 |
| 80×150 (this page) | 12,000 sq ft | $1.42M – $2.18M | $118 – $182 |
| 100×150 | 15,000 sq ft | $1.77M – $2.73M | $118 – $182 |
| 80×200 | 16,000 sq ft | $1.89M – $2.91M | $118 – $182 |
Frequently Asked Questions
How much does an 80×150 steel building cost in Canada?
An 80×150 (12,000 sq ft) steel building typically costs about $1.42M to $2.18M CAD turnkey in 2026, which works out to roughly $118 to $182 per square foot. As an engineered kit only it starts around $264,000. Dock count, eave height, and insulation are the biggest levers within that range.
How big is an 80×150 steel building?
An 80×150 is 12,000 square feet — 80 feet wide by 150 feet long, or about 1,115 square metres. Because it is clear span, all 12,000 square feet is column-free and available for racking, drive aisles, and production.
Is an 80×150 steel building fully clear-span?
Yes. The full 80-foot width is engineered as a clear span with no interior columns, so racking rows and material flow run uninterrupted across all 12,000 square feet.
How many dock doors fit on an 80×150?
The 150-foot sidewall typically accommodates four to six dock doors at standard spacing, each with a leveller and seal. Exact placement depends on the frame bay layout, which Titan sets during engineering.
Can an 80×150 be built for cold storage?
Yes. With an insulated envelope — spray foam or insulated metal panels — and freezer-rated slab detailing, an 80×150 works for temperature-controlled storage and fulfilment. The insulation system is one of the larger cost variables at this size.
What eave height suits an 80×150 warehouse?
Warehouses commonly specify 20 to 26 feet to clear racking and forklifts, while lighter uses run 16 to 20 feet. Taller eaves add wall steel, so match the height to your racking plan and equipment.
Can an 80×150 carry an overhead crane?
Yes. The frame can be engineered for overhead crane loads for a manufacturing or fabrication line; specify the crane capacity and coverage early so the columns and runways are designed in from the start.
What foundation does an 80×150 need?
A slab-on-grade with perimeter footings, sized for racking loads and forklift or truck traffic, suits most 80×150 builds. Cold-storage or heavy-equipment floors use additional slab detailing, and soil conditions set the final design.
Can an 80×150 include a mezzanine office?
Yes. A mezzanine over a front office adds usable office or parts area without extending the footprint, and it overlooks the production or warehouse floor. It is engineered into the frame from the start.
What is the lead time for an 80×150 steel building?
Lead time varies with engineering, provincial permitting, and the current Titan production schedule. Contact Titan for a current timeline for your province and site so you can plan around design, fabrication, and erection.
Is an 80×150 cheaper per square foot than a smaller building?
Generally yes. Larger footprints spread fixed costs over more square footage, so an 80×150 usually costs less per square foot than a small shop, though the total project cost is higher. Your exact rate depends on spec and region.
How does an 80×150 compare to a 100×150 or 80×120?
An 80×150 (12,000 sq ft) is narrower than a 100×150 (15,000 sq ft) but the same length, and longer than an 80×120 (9,600 sq ft) at the same width. Choose the 80×150 for a lean mid-size industrial floor that still carries a full dock line.
Related Resources
- Steel Building Sizes hub — every Titan size with pricing by square foot.
- 2026 Commercial Steel Building Cost Guide — how Canadian steel building pricing is built up.
- 80×120 and 100×150 — the nearest sizes down and up.
- Warehouse, manufacturing, and cold storage applications.
- Cost Calculator and quote tool — get an exact 80×150 price for your site.
- 80×100 Steel Building Cost — a smaller 8,000 sq ft option below it.