MIRROR CLOUD

September-November 2018  |  Austin, Texas | Commissioned by Austin Art in Public Places for TEMPO 2018

"Mirror Cloud" seeks to immerse visitors in the natural world by literally reflecting the immediate surroundings in a series of mirrors that juxtapose and collage information to create an unexpected reading of familiar context. The piece is constructed out of two-sided mirror-finish stainless steel, bent into hollow triangular volumes and suspended on a steel frame. Due to their hollow nature, the mirrors act in duality - from a distance, the mirrors reflect the nearby trees, ground, sky, and visitors in the vertical surfaces. Up close, the mirrors kaleidoscopically reflect the sky above in the triangular interiors of each volume.

The intent behind the piece is to intensify the visitor’s understanding of place, heightening awareness of the immediate environment by presenting it in a new way, while allowing individuals to see themselves as a part of the landscape in the mirror reflection. By locating the piece at the Austin Nature and Science Center, we hope to engage visitors in an immersive experience that invites deeper observation and perception of the natural world.

“Mirror Cloud” was commissioned along with 9 other pieces by the City of Austin’s Art In Public Places program as part of the TEMPO 2018 exhibition. The piece was installed for two months at the Austin Nature and Science Center before moving to Festival Beach along Lady Bird Lake for two weeks.

PROCESS

DESIGN

We began with a helpful material constraint - we wanted to re-use the 8’ tall mirror triangles from our previous project, “Blind Spot”. Through sketching and modeling, we established a proportional and structural strategy to enable the mirrors to float above the ground and be occupiable below. This formed the basis of the proposal submitted to AIPP. Once selected, we worked with AIPP to refine our ideas and address the immediate context of the site we were given.

FABRICATION & INSTALL

The first step was to cut the stainless steel mirrors into the desired lengths. Armed with a jigsaw, this part proved particularly arduous but things picked up speed after that. We then assembled the mirror sections into 9 pre-fabricated triangular modules, each containing 9 triangular sections, held together with tiny stainless bolts. We collaborated with Adam Tablemaker (adamtablemaker.com) to design and fabricate the steel structure which supports the hanging mirrors.