
Holly Hendry
Overview
Holly Hendry’s site-responsive sculptures and installations are concerned with what lives beneath the surface, from hidden underground spaces to the interior workings of the body. Casting is central to the artist’s process in which she uses an array of materials, including steel, jesmonite, silicone, ash, charcoal, lipstick, soap, foam, marble, aluminium and grit.
Holly Hendry’s site-responsive sculptures and installations are concerned with what lives beneath the surface, from hidden underground spaces to the interior workings of the body. Casting is central to the artist’s process in which she uses an array of materials, including steel, jesmonite, silicone, ash, charcoal, lipstick, soap, foam, marble, aluminium and grit.
Hendry’s site-responsive sculptures and installations are concerned with what lives beneath the surface, from hidden underground spaces to the interior workings of the body. Casting is central to the artist’s process in which she uses an array of materials, including steel, jesmonite, silicone, ash, charcoal, lipstick, soap, foam, marble, aluminium and grit.
Holly Hendry’s allusion to the skin as the visible ‘container’ of the body is combined with cartoon-like illustrations of anatomy, food and detritus. The artist’s projects often directly reference scientific research. Through collaboration with scientists and by conducting her own experimentation, Hendry engages with subjects such as material re-use and how the skin functions as both a barrier and a material that facilitates connection.
Hendry’s first solo show in the USA will take place at SCAD Museum of Art, Savannah, Georgia in 2024. A new outdoor sculpture by the artist will be unveiled this autumn in Esch-Alzette, Luxembourg as part of Esch2022 for the European Capital of Culture. A second public work will be completed later this year at STEAMhouse, Belmont Works building, commissioned by Eastside Projects in partnership with Birmingham City University, Birmingham, England.

Exhibitions
Latest


Holly Hendry presents 'Homeostasis II'
