Don’t Sink the Pole Barn Floor

Pole Barn Guru Blog

Don’t Sink the Pole Barn Floor

Reader Clay has contributed the beginnings of this article, with a concern his pole barn floor might sink. Thank you Clay.

“I am about to construct a 24’x32′ building to be used as a woodworking shop.

I am strongly considering a pole barn.  Now I do not want a concrete slab. My intentions are to construct a raised wood floor.  I fully understand that I will need to construct piers in the interior area to support beams and floor joist.  My concern is attaching the perimeter area to the poles of the barn.

Knowing that I will have multiple 600 to 800 lb. pieces of equipment, with the perimeter of the floor system attached to the poles of the barn, will the load be too much causing the poles to sink.  The result is my floor going out of level over time. Do I need extra support around the perimeter of the floor?

 Thank you in advance for your assistance.”

Your consideration of a pole barn (technically a post frame building) is probably going to be not only the best design solution but also deliver the most bang for your invested dollars. I am just like you, my preference is to work/live/play on wood floors rather than concrete – it keeps my knees from screaming at me!

You have a couple of things going on.

The first is the concentrated loads you will be placing upon the floor in terms of your multiple pieces of 600-800 pound equipment. A typically “residential” floor is most normally designed for a live load of 40 psf (pounds per square foot). I normally tend to design on the conservative side. Take the actual weight of a given piece of equipment and divide it by the square footage of the area below the piece of equipment – this will give the design load for this portion of your floor. I would tend to design all of my floor to meet the most highly loaded area. There is going to be someone who will jump on me for not just designing to support the small concentrated load. Yes, this could be done, but again – I tend to go towards being conservative in my designs.

Secondly, when you invest in an engineered building (the key word here being engineered, with plans and calculations done by a registered professional engineer) all of the connections are designed to support the given loads. Footing under the columns will be appropriately sized to adequately distribute the loads across the supporting soils. Done right, your pole barn wood floor will provide many years of tough use without moving downward.

What all of this means is – your new engineered pole barn with  wood floor is not likely to perceptively sink.

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