The truss is just one component in the overall building system. Believe it or not, you can have the most robust truss system, and your building may still fail. You’re probably wondering how that could happen, and we’ll explain why that is possible later on. But remember, it’s important that the load path is followed to the foundation of the building as it resists multiple loads, often co-occurring. Trusses must handle all the loads applied to the roof steel and purlins and transfer those loads effectively to the columns, hence the importance of the truss to column connection.

Pole barn kits (also known as material packages) are increasing in popularity among DIYers. If you’ve stumbled across this blog, there’s a good chance that you’re interested in taking on your own building project. Maybe you have construction knowledge, and if not, we’re sure there are YouTube videos that you can watch for guidance.

Over the years, the span size of trusses has evolved. In the 1980s, post frame builders commonly used 60’ (one-ply) trusses, and larger trusses (72’ and 80’) were made of two-ply lumber. The more ply (or layered material), the stronger the truss. At the time, post frame builders were unable to hang or lift trusses without any bending or bowing. The higher up in the air, the more stress placed on the lumber. Consequently, it was easier to produce and swing one-ply trusses.

Post-frame construction is touted for its durability, sustainability, and cost savings. Perhaps, the building system’s most significant advantage is its design flexibility. It’s the very reason why architects, designers, and engineers favor this construction method over others.

Is your post-frame building showing signs of old age? Are the original paint colors an eyesore compared to your newly renovated stick-built home? Are the metal panels speckled with red pole barn rust?

After inches of snow and brutal chill, the final traces of winter are disappearing. The thawing ground means that spring has sprung and warmer temperatures are here!