Narrative | ‘Orbit’, an aluminium tube pavilion stands as a playful take on the orbit of our solar system. A kinetic, inhabitable architectural structure that orbits around itself revealing a central, occupiable space that acts as a ‘center of the universe’ location within which the occupier will experience the rest of the world rotate around them.
Occupiers act as planets orbiting around one another, taking in the beautiful surroundings as each hammock level gently rotates as if it is floating, free from visible connections below, In order to reach these relaxing levels, the occupiers must scale its lightweight structure eventually reaching the central ‘ritualistic’ epicenter.
Physical Description | Orbit stands as a playfully abstract vision of the universes orbit around the sun. Visually the structure is very simple. A series of single recursively scaled down forms provide both the frame work in which to house multiple levels of hammock space to relax whilst also offering a highly structural climbing frame that is scaled in order to reach its epicentre. It stands tall amongst its neighbours as a combination of both inhabitable architecture and a visually striking art piece.
The structure is composed of multiple interlocking aluminium tubes of varying diameter that hang from a single point supported by the main outer structural framework. Within the opening at the bottom of each frame is space for hammock netting to be fitted to the aluminium tubing providing an inhabitable space to relax on.
The inset neon LED lighting on the inside of the aluminium tube frame enhances the proposals visual impact at night, illuminating to be seen from near and afar.
Interactivity | There are multiple levels for potential seating, each incorporating a hammock like mesh suspended between the aluminium structure. This provides a comfortable place to relax whilst the structure gently rotates about its axis. As with most exciting Burning Man installations, this structure is climbable with the final point to reach being the central frame large enough for one person to sit in whilst the rest of the structure rotates around them.
The Grasshopper script simulates a random soap bubble cluster starting from 3 soap bubbles of known radii based on Plateau’s Laws. All surfaces in a bubble cluster are spherical, including films dividing two adjacent bubbles.
A list is used to store valid bubbles generated through a Hoopsnake sequence and a number of custom components calculate correct bubble intersection in line with Plateau’s Laws.