Wires Are Attractive in Their Own Right
Oniki Design Studio (ODS) has been developing a wide spectrum of designs ranging from retail spaces, architecture and products. Among many stunning works, the exhibition "CORD/CODE ODS X THE GINZA" (2019) presented at the Shiseido Gallery was a striking example of the functional aesthetic usage of wires in space and furniture. The year prior to the exhibition, Mr. Oniki had designed the store on the ground floor, the lounge on the second floor, and the basement gallery of this luxury cosmetics brand in Ginza. In addition, he was commissioned by the brand to exhibit his work there. We spoke with Mr. Oniki about the exhibition.
The gallery consists of a partially low-ceilinged space and a soaring double-height atrium, with a large mirror at the highest area to make the ceiling appear higher than reality. How can I incorporate this mirror into the exhibition? I began my design with the question in mind: How can I portray the state of something happening in the air? The idea was to create something interesting by hanging something in the space and, simultaneously, to bring out brand identity. Still, it is oundbreaking because it questioned the relationship between what hangs and what gets hung. In this case, an attempt was made to change the common notion that the thing to be hung is the subject, and those that hang it are
merely there to make it possible. As a result, he settled on producing an object showcasing the wire itself rather than separating the subject-subordinate relationship between those two.
After performing studies, it was found that it would be challenging to use the stainless-steel wire to extend a long distance in a space because of its weight and deflection, so resin ropes were to be used in the gallery. As Mr. Oniki continued the research, he thought it would be pleasant if visitors could sit in them. So it was decided that a portion of the line concept for the space would be cut out and applied to the chairs. As you can see in the model, four lines of cords (resin ropes) form a grid, which rotates by 2 degrees and rises by 45 mm. It looks complicated at first glance, but it is a simple structure of 46 layers of a single grid-like object that rotates. While working on it, he was reminded of the Fibonacci sequence, a mathematical sequence he loved as a student.