Timber Frame Mortise And Tenon

Mortises and tenons are cut into the beams which are secured together with hardwood pegs.

Timber frame mortise and tenon.

We enjoy these old time methods of connecting timbers and find that many of our timber frame clients are intrigued by them too. Either both parts are the same thickness a 3 4 rail mating a 3 4 stile for example or the tenon fits into a mortised part of greater thickness such as a 3 4 thick table apron against a 1 1 2 square leg. Comments likes and shares of my videos much. Simple mortise tenon.

The two master craftsmen and our lead designer at texas timber frames use to cut our frames by hand crafting each piece using the traditional tools of hammer and chisel. But as a general guideline make the tenon about 1 3 the total thickness of the tenoned workpiece and about 1 2 2 3 as long as the width of the mortised workpiece. Through mortise and tenon joints typically go together one of the two ways shown above. This will become the shoulder where the tenon starts.

Of course the specific mortise and tenon size will vary by application michael. All of our buildings are crafted from heavy timbers using traditional mortise and tenon joinery interlocking like puzzle pieces with peg and hole construction. Traditional joinery is the classic way to connect timbers in post beam and timber frame structures. Step 1 measure mark the tenon start by measuring and marking a line all the way around the beam for how long you want the tenon to be.

We decided to cut some timber frame beams and build a new base for it with mortise tenon joints. Timber frame joinery in this section we feature different kinds of joinery that we use in our shop prints our timber frame house plans and in every timber frame that we build. Mortise and tenon timber frames the driving force behind our ability to execute on our complicated structures with efficiency and speed is rooted in our company history. Responsible timber framing with the mortise and tenon and dovetail connection system creates safer durable structures more resistant to powerful coastal storms high winds heavy snows of high mountainous regions and seismic shifting maintaining structural integrity.