Mechanical Toy - This kinetic toy was designed to be safe, entertaining, and stimulating for children. All components were hand-cut from wood or laser cut from medium-density fiberboard, then finished by sanding and oiling. Turning the crank causes the flowers to pop up and down in a seemingly arbitrary pattern. The flowers can all be removed and rearranged. 12" x 14" x 4"
Mechanical Toy - This kinetic toy was designed to be safe, entertaining, and stimulating for children. All components were hand-cut from wood or laser cut from medium-density fiberboard, then finished by sanding and oiling. Turning the crank causes the flowers to pop up and down in a seemingly arbitrary pattern. The flowers can all be removed and rearranged. 12" x 14" x 4"
Mechanical Toy - This kinetic toy was designed to be safe, entertaining, and stimulating for children. All components were hand-cut from wood or laser cut from medium-density fiberboard, then finished by sanding and oiling. Turning the crank causes the flowers to pop up and down in a seemingly arbitrary pattern. The flowers can all be removed and rearranged. 12" x 14" x 4"
Mechanical Toy - Making a quick CAD animation in SolidWorks allowed me to quickly figure out the approximate diameters of the cams before I fabricated them.
Mechanical Toy - Like most products I've designed, it all started with a sketch.
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Flowerpots Children's Toy
Emily Fisher
Senior UX Researcher New York, NY