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Pole Barn vs. Stick Frame: Choosing a Construction Type

Most of my quotes were for post-frame (pole barn) garages. Here’s how post-frame and stick-frame construction differ, and why stick framing was the better choice for my site.

In this guide

The next thing I needed to figure out was how the garage was going to be built. Most of my quotes were for one method, but that didn’t necessarily make it the right one for me.

Side-by-side comparison of post-frame (pole barn) construction and stick-frame construction
Post-frame buildings concentrate the load in a few big posts buried in the ground; stick-framing spreads it across many studs on a continuous foundation.

Post-and-beam (pole building) construction

I bought a book on post-and-beam construction — formerly called pole building — since that’s what many of the quotes were for. I figured it must be a cost-effective, efficient way to build if contractors were quoting it.

What I learned is that in post-frame construction, the main support of the building is in the posts, which are buried deep in the ground in holes filled with concrete. Between the posts are upper and lower girts (horizontal boards) that stabilize them. The upper girders carry the roof trusses or rafters. Early pole buildings were made with used telephone poles, but round poles made it hard to attach the girders, and nobody could accurately estimate the strength of an old telephone pole.

I also learned that post-and-beam construction wasn’t common in my area. To build one strong enough for my snow and wind loads, the heavy timbers would cost a fortune and the posts would have to be buried ridiculously deep.

Stick-frame construction

The other option was traditional frame construction — the way most houses are built today. It takes a lot of lumber, but most of it is inexpensive, and framing is easy for a do-it-yourselfer to learn. The structure’s support is spread across many framing members, which makes it fairly forgiving.

A wall frame of 2×4 or 2×6 lumber is built, then covered with oriented strand board (OSB) sheathing. The studs provide up-and-down strength, while the OSB provides the lateral (racking) strength that keeps the studs upright. The roof is built with pre-made trusses or rafters, covered with more OSB, then roofing. The wall OSB is covered with whatever siding you like.

I learned that stick framing is easier for amateurs, even though it requires a real foundation — which may or may not have to be handled by professionals.

Side-by-side comparison

FeaturePost-frame (pole barn)Stick frame
FoundationPosts in holes; often no continuous foundationContinuous foundation or slab
MaterialsFewer, larger membersMany small, cheap members
PrecisionCritical — load concentrated in a few postsForgiving — load spread out
SpeedFast shell for large spansSlower, but easy to learn
Interior finishHarder to insulate and finishEasy to insulate, wire and drywall
Best forFarm buildings, big spans, mild loadsGarages, workshops, heavy snow areas

Why I chose stick framing

With 75-psf snow loads and 120-mph wind, a post-frame garage would have needed expensive heavy timbers and very deep posts. Stick framing spread the load over dozens of studs, let me do every step myself, and satisfied the engineer.

What about steel buildings and kits?

Metal buildings and garage kits are another option. They go up quickly, but you still need a foundation, permits and often an engineered anchoring system. Compare the full delivered price — plus concrete, doors and finishing — against a stick-built materials list.

Key Takeaways

  • Post-frame concentrates loads in a few posts; stick framing spreads them out.
  • Heavy snow and wind loads can make post-frame far more expensive.
  • Stick framing is the easiest method for a first-time builder to learn.

Written by a first-time builder.

I built a 32×24 three-car garage in the Colorado Rockies with almost no construction experience — my own labor, an engineer’s plans and a lot of trial and error. These guides share exactly what worked, what didn’t, and what I’d do differently. More about me →

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