Several types of flowers are known to open and close for reasons of defense or energy conservation. This evolutionary mechanism, called nyctinasty, inspired Studio DRIFT to design the Shylight, a kinetic light fixture that opens dramatically during a 30 foot (9 meter) fall. The motion mimics the same action of a blooming flower or the billowing of a parachute. A collection of Shylights were just permanently installed at Rijksmuseum in Amsterdam, and you can see them in action in the video above. (via Prosthetic Knowledge)
Although powered by simple rotary engines, these kinetic sculptures by Netherlands-based sculptor Jennifer Townley are dizzying in complexity. Repetitive patterns twist, merge, and cascade as individually sculpted elements rotate on a single axis, an intricate fusion of art and mathematics. From Townley’s artist statement:
The works derive from her fascination with science, with an emphasis on physics, engineering and mathematics. Geometric patterns in Islamic art or mathematical drawings of Dutch artist M. C. Escher often serve as an inspiration. Images where lines and figures match each other so perfectly they could be repeated indefinitely. This infinity, regularity and obedience is what Townley also finds fascinating about mechanical machines; they are robust, strenuous and seemingly immortal. She is captivated by how a machine can convert a simple circular motion (rotary engine) into a very complicated nonlinear or chaotic movement pattern.
You can see more of her work on her website and on Vimeo. (via Prosthetic Knowledge)
Silver Insecta Lamp, 2013. Metallic material, machinery, electronic device (cpu board, motor, led), resin, magnet. 16 1/2 × 9 1/10 × 14 3/5 in. Courtesy of the artist and GALLERY HYUNDAI, Seoul.
Gold Insecta Lamp, 2013. Metallic material, machinery, electronic device (cpu board, motor, led), resin, magnet. 16 1/2 × 9 1/10 × 14 3/5 in. Courtesy of the artist and GALLERY HYUNDAI, Seoul.
Korean sculptor U-Ram Choe (previously) builds kinetic sculptures embedded with CPUs, motors, and LEDs that appear to be equal parts organism and artwork. Seen here are two of his smallest works to date, a pair of insect-like lamps aptly titled Silver Insecta Lamp and Gold Insecta Lamp. When switched on, the lamps reveal an ornate set of five wing-like appendages that cycle through a gentle flapping motion. You can see how they work in the video above. All photos courtesy Gallery Hyundai. (via Artsy)
Bot Potts, via M.A.D.Gallery
Working out of his one-man workshop inside a mid-19th century barn, artist Bob Potts (previously) builds wonderous kinetic sculptures that replicate the motions of birds, fish, or other natural motions. The 72-year-old artist utilizes hand-crafted gears, levers, cranks, and chains to create these minimalist pieces that are focused solely on motion rather than ornamentation. Each piece can consume nearly a year’s worth of labor in his upstate New York shop where he works without the aid of computer, instead relying on decades of carpentry and skills learned while collaborating with painter and sculptor George Rhoads.
You can learn much more about his work over at M.A.D.Gallery. The videos above were shot and edited by Bryan Root from Motherlode Pictures.
Kinetic sculptor Anthony Howe (previously) has created a number of new kinetic artworks since we featured his work here last year. The artist works with specialized software to first mockup each piece digitally before fabricating the individual components from metal. The motion you see is generated completely by the wind, with even the slightest breeze setting the dozens of rotating components in action. You can see more of his recent work on his YouTube channel.
Partially inspired by Erik Åberg’s interlocking kinetic cube system Ghostcubes, Brasil-based origami artist Jo Nakashima created a method for building a similar object using a system of 40 paper cubes. For those of you ambitious enough to give it a try he shared a set of instructions on Instructables. Just 45 steps!
If you’re not familiar with Nakashima, he runs the most popular instructional origami channel on YouTube, with some of his videos racking up over 13 million views. (via Instructables)
If you’ve ever been to a science museum or taken a physics class, you’ve probably encountered an example of a pendulum wave. This video shows a large-scale pendulum wave contraption built on private property in the mountains of North Carolina, near Burnsville. The mechanism relies on 16 precisely hung bowling balls on a wooden frame that swing in hypnotic patterns for a cycle of about 2 minute and 40 seconds. Via Maria Ikenberry who filmed the clip:
The length of time it takes a ball to swing back and forth one time to return to its starting position is dependent on the length of the pendulum, not the mass of the ball. A longer pendulum will take longer to complete one cycle than a shorter pendulum. The lengths of the pendula in this demonstration are all different and were calculated so that in about 2:40, the balls all return to the same position at the same time – in that 2:40, the longest pendulum (in front) will oscillate (or go back and forth) 50 times, the next will oscillate 51 times, and on to the last of the 16 pendula which will oscillate 65 times.
Because the piece is outdoors, a number of factors prevent the balls from precisely lining up at the end, but it’s still easy to get the idea. In a perfectly controlled environment you get something like this.
Update: The pendulum was built by Appalachian State University teacher and artist Jeff Goodman.