Kinetic Infinity Mirror

An infinity mirror fools your eyes into seeing depth where there is none. Two parallel surfaces — a standard mirror and a sheet of two-way glass — trap light between them, bouncing it back and forth. Each reflection is slightly dimmer than the last, producing a tunnel that appears to recede forever into the wall. The object is only a few inches deep, but the illusion is bottomless.

This one was built for House of Yes, the legendary nightclub and performance venue in Bushwick, Brooklyn. What sets it apart from the infinity mirrors you've seen on Instagram is that it moves. A hidden motor slowly rotates the inner mirror assembly, and when it does, the entire infinite corridor of reflections twists and spirals in real time. The geometry never settles. It breathes.

The LED strips are individually addressable — each segment can be set to any color. The patterns were designed as programmable sequences: hexagonal geometries in full RGB, each frame a different configuration of intersecting lines and nested shapes. A simple outer hexagon. A star burst. Three concentric rings. Diagonal crosses. Each pattern reads differently as it multiplies through reflection — what starts as a few colored lines on a frame becomes a dense, kaleidoscopic structure twenty reflections deep.

And because the inner mirror rotates independently of the pattern, the same configuration never looks quite the same twice. The rotation means each successive reflection is offset by a small angle from the one before it, turning straight lines into spirals and flat geometry into something that feels three-dimensional.

The enclosure is a shallow box — just deep enough to house the mirror sandwich, LED channels, motor, and all the wiring, but thin enough to hang flush against a wall. The front face is two-way glass set into a stepped aluminum frame. The back panel opens for motor access and electronics maintenance. The whole unit had to be robust enough to survive a nightclub — vibration, humidity, accidental contact, indefinite runtime.

The optical stack from front to back: two-way glass, air gap with LED strips, standard mirror mounted to a bearing plate driven by a geared DC motor. The motor speed is tuned slow enough that the rotation reads as meditative rather than mechanical — about one full revolution every thirty seconds.