Inspired the the dynamic contrast between polygons and curves, and by the utilitarian functionality of folding furniture, this table was designed to collapse when not in use, so that it can free up useful space. The table legs, orientated in the vertical plane, are angled to the ground, and curve when they meet with the major joint which connects to the table top. The Horizonal Plane, in contrast, is entirely polygonal: When open it is a golden rectangle, and when collapsed, it consists of two triangles and an elongated hexagon.
The proportion of the table top was determined from the Golden Ratio, which we then divided into a grid to determine the exact angle at which the triangular wings would fold down.
For the final design, it was important to make the table as stable as possible when in both the open and collapsed positions. For this reason, the placement of the legs was essential to the final design. By placing the legs asymmetrically, we were able to ensure the entire weight of the table would be supported.
Ideation
From the beginning, collapsibility was very important. Although these concepts were interesting, they would not have used materials as efficiently as possible.
The inspiration for exposed joints and spinning legs came early in the ideation for this design.
Different shaped cuts were thought about briefly but we opted for straight lines for the ease of folding.
The main joint of the table is exposed in a pattern which is inspired by travel,
and the ever-shrinking lines on pavement.
and the ever-shrinking lines on pavement.
The final prototype was CNC Milled from Beech Plywood, using Piano Hinges to attach the wings to the main body.
