Diy 3d Printed Kinetic Sculpture Powered By Spring Youtube If you get it right, the spinning hoops whiz around the bobbing balls with clearances of only a fraction of a millimeter. if you get it wrong, you’re hooped . Newly improved kinetic sculpture. all parts printed on my mendelmax v3.music credit: pink slip day 2: jackson's song soundcloud pinkslipmusic day2.
Colibri Kinetic Sculpture 3d Printed Youtube Details for this build can be found over on printables. printables model 284127 kime fully 3d printable kinetic sculpture. Step 2: spiral design. to create the spiral design, i used freecad. i recommend watching few tutorials on if you are a beginner like me. initially created a sketch as above and then with padding, and added 11 more to create a spiral. the initial dimensions were 80mm for handheld fidget spinner. Step 1: about the kinetic sculpture. the sculpture is mostly 3d printed, except for the bearings, screws and nuts. it is driven by a motor (which was removed from a broken cd drive) using belt (rubber band) interface. the motor is powered by a 9v battery. the battery is replaceable. A 3d model also has the added benefit of being 3d printer build ready. so, with the advent of powerful open source software such as blender 3d, and affordable 3d desktop printers, a new generation of kinetic wind sculptures can be realized. this sculpture requires a computer, 3d software and a 3d printer.
3d Printed Hummingbird Kinetic Sculpture Youtube Step 1: about the kinetic sculpture. the sculpture is mostly 3d printed, except for the bearings, screws and nuts. it is driven by a motor (which was removed from a broken cd drive) using belt (rubber band) interface. the motor is powered by a 9v battery. the battery is replaceable. A 3d model also has the added benefit of being 3d printer build ready. so, with the advent of powerful open source software such as blender 3d, and affordable 3d desktop printers, a new generation of kinetic wind sculptures can be realized. this sculpture requires a computer, 3d software and a 3d printer. John edmark, a professor of design at stanford university, has mashed together geometry and art to create these 3d printed kinetic sculptures based on the fibonacci sequence. Hi,this is my very first design for kinetic sculpture.the design is inspired by david c. roy. warning: this is not a print & run project, but a rather challenging one. a lot of tinkering is expected. requirements to make this sculpture: 8mm diameter shaft that is about 10cm long (m8 should work too but it will be less efficient) 3x(4 for more stability) ball bearing 608z 608zz or equivalent.
Hooped A 3d Printed Kinetic Sculpture Youtube John edmark, a professor of design at stanford university, has mashed together geometry and art to create these 3d printed kinetic sculptures based on the fibonacci sequence. Hi,this is my very first design for kinetic sculpture.the design is inspired by david c. roy. warning: this is not a print & run project, but a rather challenging one. a lot of tinkering is expected. requirements to make this sculpture: 8mm diameter shaft that is about 10cm long (m8 should work too but it will be less efficient) 3x(4 for more stability) ball bearing 608z 608zz or equivalent.
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