fabric prism installation by pneuhaus uses an inflatable membrane which responds to light

fabric prism installation by pneuhaus uses an inflatable membrane which responds to light

‘fabric prism’ is an inflatable immersive color installation built around the fundamental properties of light and color. the form is made from a blown-up architectural double-membrane, formed and fabricated by pneuhaus – a collective who work within the fields of spatial design, temporary structures, and contemporary art.

the installation contains a geometric form

the installation was constructed on june the 3rd, 2016, as part of pvdfest: a festival celebrating international arts in rhode island in the US.

on the façade of the structure red, blue, and green fabric panels can be seen on the exterior membrane, which filter through to produce subtle color gradients on the white surface inside. pneuhaus’ concept for the installation builds upon the scientific reproduction of color within the environment which works by reflecting light off visible surfaces.

red, blue, and green fabric panels can be seen on the exterior membrane 

as visitors walk around the prism they can see multiple perspectives of the geometric structure. different gradients seen from inside shift throughout the day relative to the position of the sun providing an interactive installation which sheds light on the transformative qualities of color. 

the installation builds upon the scientific reproduction of color within nature

the structure uses two entrances

the pavilion stands in stark contrast to the architecture around it

the color filters through to produce subtle color gradients on the white surface inside

the installation sheds light on the transformative qualities of color

the interior color gradients change depending on the time of day

cyan and magenta colors are produced in overcast conditions

the installation at night

designboom has received this project from our DIY submissions  feature, where we welcome our readers to submit their own work for publication. see more project submissions from our readers here.