leiteq: ichiro the walking robot

the legs move in a twisting motion along the robot's shaft
ichiro is a robot by leiteq whose design is derived from the idea of a
wind-up toy reflecting
the motions of nature through its walking
movement. the prototype was made using
SLS 3D printing technique and measures 25 x 18 x 6 cm. its simple anatomy allows only
forward
motions, and that's why it's called ichiro - which means 'one road' and
refers to its
straightforward motion and character. the tilted shaft propulsion drives ichiro's six legs through
a simple wind-up mechanism which
rotates and initiates the robot's walking motion.

nao programmable humanoid robot
the 2-foot tall robot is designed to walk, hold objects, and communicate in eight languages; in addition, an open source developer model means that it can be programmed to stream internet radio or complete other tasks.
my robot nation
from buttons and circuits to bowties and tattoos, the website lets users customize their own miniature robot figurines, designable via an intuitive web interface and then 3D-printed and shipped to their destination.
bicycle-riding robot
the robot rides a miniature fixed gear bike in exactly the same manner as a human: cycling on the pedals, maintaining its own balance via steering, and braking by dragging his feet along the ground.
arhimetrics: rosa shop
lazerian paper light shades
lazerian launch a new range of paper light shades named after the stars that define the vertices,
which make up the nort...
RENAULT 4 ever behind-the-scenes
'horsey' by eungi kim
SELFPROMO - january 17 - march 17
POP UP - january 17 - march 17
keep up to date with recent articles and upcoming events.
to receive both newsletters please check 2 boxes.
no contents, including text, photographs, videos, etc. may be reproduced in whole or in part without the written consent of designboom. in addition,
no material or contents may be reproduced on the world wide web by techniques of mirroring, framing, posting, etc. without the written consent of designboom.

submit a project
publish a project
email
RSS
facebook
twitter













