so.ar

Category: research
Location: barcelona, spain
year: 2019
status: Finished

So.Ar is a building material that can activate passively. It is a material system that looks for an alternative to rigidity. It is derived from soft robots that are generally actuated with pneumatics or liquids.

     Soar works with a liquid that evaporates at low temperatures, an elastic polymer that traps this liquid in the form of bubbles. In this research, these materials are alcohol and silicon. The ingredients of this system allow it to respond to the heat of the sun thus making it passive. It doesn’t need any additional energy and it is never constant. 

     The wind, the angle of the sun, and the moisture all play a role in how the actuators will react so it is safe to say that no two actuators will behave identically, giving it the illusion of being alive.

test environment

Infrared lamp for the imitation of solar radiation.

soft robots

This system is derived from soft robots that are generally actuated with pneumatics or liquids. The wind, the angle of the sun, and the moisture all play a role in how the actuators will react so it is safe to say that no two actuations will behave identically, giving it the illusion of being alive.

tests on mesh environment

Our built habitat, unlike any other habitat, is unresponsive and rigid. The environments we spend our lives in are mostly monotonous and energy-consuming. Cities continue to grow and global warming continues to create harsher conditions. 

We have mastered the ways of rigid architecture. Now there is a need for a new design approach, a subtler way of making our impact on the world.

milestone experiments

1. Material Tests 2. Mesh Tests 3. Stitch Tests 4. Geometry Tests 5. Scale Tests 6. Material Optimizations 7. Extension Tests 8. Geometry Optimizations
(columns left to right)