ChickenMan
Established Member
I’m hoping to get a little bit of advice for a newbie with a bit of an urgent need to learn some joinery skills. I need to build a covered run for my chickens to stop the fox getting to them, and although I have a rough design in my head, I’m struggling to work out some of the joints. I’ll try to explain this as well as I can, apologies for any stupid stuff, and feel free to ask me to clarify anything if need be.
The design in simple terms is like a cube with a pyramid on top. I’m looking at 12 feet long x 12 feet wide, using four corner posts, and on three sides there will be intermediate posts as well (fourth side will need a gate, so both gate posts will act as intermediate posts there). The corner posts will be approx 5 feet high, and will have a rail running at that height around the entire perimeter, forming the “cube” part of my design, albeit a slightly short cube.
For the roof, I’m looking at a central vertical post about 7 feet high, with angled roof braces going from it to each corner post and each intermediate post, as well as to the two gateway posts. So this will give me the "pyramid" part, and then I’ll use wire mesh all over.
I hope that makes some sense and gives an idea of the simple design. Now for the joints.
I’m thinking of using 3’x3’ wood all round, and joining the rails to the posts with biscuits and bolts. Ideally I’d like to be able to take the thing apart so I can treat the wood once a year. But the roof braces have me a little stuck. Those going into the four corners will be sitting into a 90 degree joint. So I wonder if the best thing to do here is to mitre that end, and butt it up to the post, but bolt it to the rail instead of the post. That should make things a little less busy in the post itself?
The roof braces going to the intermediate posts are easier I think, because I should be able to use biscuits for them as well.
Could anybody give a desperate newbie an opinion on whether I’m on the right road or in the wrong galaxy here? I haven’t even got to thinking about the joints on the centre post yet, but I until I can get my head around joining the roof braces to the corner posts, there doesn’t seem much point thinking about that yet.
Many thanks for any help - it will be very much appreciated!
The design in simple terms is like a cube with a pyramid on top. I’m looking at 12 feet long x 12 feet wide, using four corner posts, and on three sides there will be intermediate posts as well (fourth side will need a gate, so both gate posts will act as intermediate posts there). The corner posts will be approx 5 feet high, and will have a rail running at that height around the entire perimeter, forming the “cube” part of my design, albeit a slightly short cube.
For the roof, I’m looking at a central vertical post about 7 feet high, with angled roof braces going from it to each corner post and each intermediate post, as well as to the two gateway posts. So this will give me the "pyramid" part, and then I’ll use wire mesh all over.
I hope that makes some sense and gives an idea of the simple design. Now for the joints.
I’m thinking of using 3’x3’ wood all round, and joining the rails to the posts with biscuits and bolts. Ideally I’d like to be able to take the thing apart so I can treat the wood once a year. But the roof braces have me a little stuck. Those going into the four corners will be sitting into a 90 degree joint. So I wonder if the best thing to do here is to mitre that end, and butt it up to the post, but bolt it to the rail instead of the post. That should make things a little less busy in the post itself?
The roof braces going to the intermediate posts are easier I think, because I should be able to use biscuits for them as well.
Could anybody give a desperate newbie an opinion on whether I’m on the right road or in the wrong galaxy here? I haven’t even got to thinking about the joints on the centre post yet, but I until I can get my head around joining the roof braces to the corner posts, there doesn’t seem much point thinking about that yet.
Many thanks for any help - it will be very much appreciated!