Here is the physical mock up of a typical 'slice' in the building system. The truss and spider components were 3D printed and the floor is comprised of a series of laser cut MDF laminated strips.
One of the interesting things that arose from the model exercise was the evolution of the floor system. It started to generate the same conversation I was having before about the permeability of different integrated components. The 6mm acrylic supporting structure on the interior portion of the physical model brought about some interesting contrasts between the slatted flooring, and I then started to explore the possible lighting and permeability it could have with the space and possibly other floors as well.
Ultimately this system could integrate itself in some other format for interior partitions, and perhaps act as a support system for the hydroponic element I previously discussed. The floor condition could also be interesting within the hydro 'core' as the programming within the middle will be relatively loose and flexible.
I'm going to document the lighting results with the physical model on a light table shortly, I'll update this post with the results!
As discussed in the review, it would likely be effective in your project to find a way to connect the tension assembly of the facade system to that of your hydroponics assembly. That would be a stronger proposal as it ensures a greater cohesiveness and likely a lighter sense of structure for the already heavy hydroponic initiatives. It would also be advisable to break up the spacing of the tension conditions in the vertical axis and instead have a horizontal tension component come from the primary verticals to support a neighboring array of spider connections to the glass. This would reduce your density of structure by 50% and possibly make the spaces near the perimeter more accessible and active.
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