Pole Barn vs. Stick-Built Construction

For most shops, garages, agricultural buildings, and many homes in Minnesota, post-frame (pole barn) construction is faster and less expensive per square foot than stick-built, while delivering equal or better durability. Stick-built still makes sense for multi-story structures, tight infill lots, and projects where a poured full basement is non-negotiable. The right choice depends on your span, your site, and how much finished living space you need.

Pole Barn vs. Stick-Built FAQ

Is a pole barn cheaper than a stick-built building?

In most cases, yes, on a cost-per-square-foot basis. Post-frame construction uses fewer materials and less labor than conventional stick-built framing of the same size, and the open interior gives you more usable space for the same footprint. Final cost always depends on your site, finish selections, and how much of the building is finished living space.

Are pole barns as durable as stick-built homes?

Yes. A properly engineered post-frame building — pressure-treated ground-contact columns, steel roofing, and a sealed building envelope — regularly lasts 50+ years. Sherman Buildings has built post-frame structures since 1976, and many of our earliest pole barns are still in service with their original roofs.

Can a pole barn be insulated as well as a stick-built house?

Yes, and often better. Post-frame walls have deep cavities — frequently 8 to 12 inches — that hold far more insulation than a standard stud wall. Combined with a quality vapor barrier and a sealed envelope, a post-frame home can be exceptionally economical to heat through a Minnesota winter.

Can you get a mortgage on a pole barn home?

Yes, when it is built on a permanent foundation and permitted as a single-family residence. Sherman works with Acorn Finance and HFS Financial, both of which have lending products set up for post-frame homes, and our team can walk you through the paperwork lenders ask for.

Which is faster to build, a pole barn or stick-built?

Post-frame is faster. Because the structure relies on large engineered posts spaced several feet apart rather than continuous stud framing on a full foundation, the shell can be enclosed in days. Most of the overall timeline after that is driven by interior finishing, not the framing.