George Rickey built sculptures that do almost nothing, very carefully. A pair of thin steel blades rises from a post; a light breeze reaches them, and they swing past each other, slow down, pause and swing back. There is no motor, no colour and no ornament, only straight-edged shapes, a ground metal surface that catches the light, and a balance so fine that the air itself becomes the driver. That combination of a strict, minimal form with motion that is never quite the same twice is why he is worth studying for anyone who designs motion graphics, interfaces, signage or public space.
His works date from the twentieth century and are not flagged public domain or CC0 by the Met, the Art Institute of Chicago or the Cleveland Museum of Art, so this guide describes them in text only. They remain protected and are not free to use. For historic images cleared for reuse, browse the MGD museum inspiration collection.
Who was George Rickey?
The Met’s collection records give his life as South Bend, Indiana, 1907, to Saint Paul, Minnesota, 2002, and other museum and reference biographies agree on 1907. The Cleveland Museum of Art’s records give his birth year as 1906. He grew up in Scotland after his family moved there when he was a small child, a period traced in Belinda Rathbone’s biography George Rickey: A Life in Balance, as reviewed by Hyperallergic. He came to kinetic sculpture in the years after the Second World War.
Key works and a short career outline
- About 1962–63, Untitled. The Met holds a wall-mounted work in stainless steel over lead, fixed to a wood panel and measuring about 153 by 183 cm. The lead under the steel is a reminder that weight, not only shape, is part of the design.
- 1964, Two Lines—Temporal I. The Museum of Modern Art’s example, in stainless steel, stands about 1,079 cm high, a little over 35 feet. Two long, tapering blades on a tall post swing in the wind. Accounts of his career connect the work with Documenta III in Kassel, held the same year, where two tall stainless steel blades pivoting on a pole were shown.
- 1967, Delta Theme IV. The Cleveland Museum of Art catalogues this stainless steel piece as a set of parts: a base and several separate steel rods. Its records show how one of his works is assembled from a small kit of components.
- 1969, Space Churn with Triangles. The Met’s piece, in aluminium and stainless steel, is about 82 cm high and weighs about 3.4 kg. Here the moving elements are triangles that turn in space rather than swing in a single plane.
- Works in public collections. His titles name the parts and the movement: Two Lines Oblique No. 7 at the Brooks Museum of Art, Four Lines Oblique Gyratory at the Städel Museum in Frankfurt, Two Vertical Three Horizontal Lines at the Kröller-Müller Museum and Two Planes Vertical-Horizontal at the Nelson-Atkins Museum of Art, where two stainless steel panels about 60 inches square rotate around a steel post.
What to look at in a George Rickey sculpture
A tiny vocabulary of shapes. His kinetic work is built almost entirely from straight-edged forms: long tapering blades and square or rectangular planes. There are no curves to soften the outline and no colour to distract. Each piece is a short sentence in that vocabulary, which is why the titles read like specifications: number, element, direction, type of movement.
Line as movement, not just outline. A Rickey blade is a line in the graphic sense, but it does not stay put. As it swings it sweeps out an arc, and two blades on one post draw two arcs that cross and separate. The drawing happens in time. Watch where the tips go, not only where the blades rest.
Surface that responds to light. Rather than polishing the steel to a mirror finish, he ground the surfaces in a loose, random pattern. As a blade turns, the grinding marks catch the light differently, so the surface flickers and changes tone through the day. The finish does the job that brushwork would do in a painting.
Scale and the sky. Large outdoor works such as Two Lines—Temporal I use the sky as their background. The blades are thin, so against an open sky they read as drawn lines. Indoors, smaller pieces use a wall or a plinth the same way. Background is part of the design.
Technique: balance, bearings and the wind
Every Rickey sculpture is an engineering problem first. All of his kinetic works move without motors, driven by air currents and gravity, so each element has to be balanced to respond to a light breeze yet survive a strong one. Sources describing his work stress counterbalanced blades and planes: weight is placed inside or below the moving element so that its centre of gravity sits just below the pivot, and the blade always returns to rest.
The pivot is the other half of the system. Accounts of his work describe knife-edge bearings on some pieces and ball bearings on others; a Brooks Museum of Art record notes that the bearings in its piece were developed by Rickey himself. A good bearing lets the blade move with almost no friction, which is why the motion looks slow, smooth and unforced.
The material makes the whole thing practical outdoors. Stainless steel resists weather, can be cut and welded into thin, rigid forms and holds an even ground finish. The result is a kind of industrial precision applied to something that behaves almost like a plant in the wind.
George Rickey, constructivism and kinetic art
Rickey’s work grows out of the constructivist idea that art could be built from industrial materials and could include real space and real time, not only depicted ones. For the historic background, see the constructivism theme and the work of Naum Gabo, whose constructions explored space and motion in the same tradition. His sculptures are often compared with the mobiles of Alexander Calder, which also move in the air. The difference is instructive: Calder’s hanging mobiles drift with colour and curved shapes; Rickey’s stand on posts and move along controlled paths, in bare steel and straight lines.
How designers can borrow from George Rickey
- Animate with physics, not keyframes. In motion design and interfaces, spring and damping settings give movement the same overshoot, slow-down and settle that his blades show. Tune them until the motion feels weighted rather than mechanical.
- Use a small set of parts. Lines and planes, in a few sizes, were enough for decades of work. A design system with a short list of shapes and proportions can be just as expressive.
- Name things by what they do. His titles describe count, element and movement. Component names that say what an element is and how it behaves make a system easier to use.
- Let texture carry the light. A brushed or ground surface reads better than a flat mirror finish in product, signage and packaging. On screen, a subtle grain or directional gradient does the same job.
- Design the rest state. Every Rickey piece has a position it returns to. Interfaces need one too: a clear resting layout that motion departs from and comes back to.
- Use the background. Thin lines against open space read clearly. Give moving or fine elements enough empty space around them, whether that is sky, wall or white page.
Frequently asked questions
Who was George Rickey?
George Rickey (1907–2002; the Cleveland Museum of Art gives 1906 for his birth) was an American sculptor born in South Bend, Indiana. He is known for kinetic sculptures in stainless steel that move in the wind, and he died in Saint Paul, Minnesota.
How do George Rickey’s sculptures move?
They move without motors. Carefully counterbalanced stainless steel blades and planes turn on bearings, so air currents and gravity set them in motion and bring them back to rest.
Is George Rickey’s work public domain?
No. The museums used for this guide do not flag any of his works as public domain or CC0. Treat his sculptures as protected and license any photographs of them for reproduction.
What can designers learn from George Rickey?
How a few simple shapes, precise balance and slow, natural movement can make a composition that stays engaging, and how surface finish and background shape the way a form is seen.
