We began by creating a triangular-based structure as we thought this would provide maximum stability at heights. We started off by constructing triangle bases for the frame, which would be joined together by vertical columns. This would allow us to build vertically much more efficiently as we were gaining 40cm of height for every 3 pieces of wood. This allowed us to maintain a large availability of material through out the construction process.
As the structure got taller, we began to create a tighter, more compact outer frame. We also created support columns which would bear the forces provided by the new frame, which we tilted at a different angle to the first section. This allowed for more stability within the structure. We braced each of the joints with tape as well as glue just to reinforce the cohesion between beams and columns.
We began to implement trusses to help resolve the forces of the superstructure, and provide further stability to the model. We did this by bracing the diagonal beams at the joints of lower level beams and the vertical framework of the model.