09/14/2026
So, we did a thing.
After a week of site prep and assembly, we raised the timber frame for the cover over Bandana Pottery’s wood-fired kiln last week.
This is the same frame we used for our Snap Line Square Rule workshop back in January. The rough-sawn hemlock timbers had been sitting for about a year, which made them a perfect real-world application for teaching the method. Every joint laid out and cut by the students during that workshop directly contributed to the finished frame now standing at Bandana Pottery.
But this one has a little more meaning.
This is the first large-scale project my small company has taken from engineered drawings, through shop drawings and fabrication, all the way to raising. The frame was designed by Haystack Designs, and I created the shop drawings from the engineered plans that were ultimately used by me, my helpers, and Michael and Naomi from Bandana Pottery to lay out and fabricate the frame.
That may just sound like another step in the process, but for me, it represents a pretty big milestone.
Because the timbers were rough-sawn hemlock, we used square rule to lay out the joinery. We even got to put snap line square rule to work on a particularly twisted and bowed rafter, using snapped reference lines to essentially “unwind” the timber—and it worked beautifully.
Bent 4 had some of the most dramatically twisted timbers in the entire frame, and I’ll admit I was a little apprehensive about how it would fit together. Naturally, Bent 4 ended up being the easiest bent to fit in the shop.
The site gave us another interesting challenge. Of the five bents, only the foundations for Bents 1 and 2 were in the same plane. From there, the foundation elevations stepped their way up the slope, meaning each bent had to land at a different elevation while the frame itself came together as one structure.
There’s something pretty satisfying about watching a frame that has existed for months as drawings, numbers, timbers, layout lines, mortises, tenons, and a whole lot of individual pieces finally become one structure.
I learned a lot on this one.
And seeing it standing... well, It's hard to explain. So many things had to happen in the right order for the final product to come together. I'm proud of what we accomplished.