hummingbird robot

professor liu with his hummingbird robot
image by yoshikazu tsuno
regular designboom readers will understand our fascination with robots.
in japan, hiroshi liu, professor of biomechanical engineering at chiba university,
who specializes in developing robots based on living creatures, has recently developed
a hummingbird robot which is able to fly around freely in mid-air with rapid wing movements.
resembling the size of a real hummingbird, it is equipped with a micro motor and four wings
which have the ability to flap up to 30 times per second. it is controlled with an infrared sensor,
allowing it to turn up, down, right or left. future goals he has for the robot is to make
the robot to stay at one point in mid-air, and he also plans to equip it with a micro camera
by march 2011.
'development of the robot cost 200 million yen(2.1 million dollars) and could be used to
help rescue people trapped in destroyed buildings, search for criminals or even operate
as a probe vehicle on mars,' liu said.
focusing first on learning about effective mechanisms from natural life forms,
liu eventually wants to develop something which will go beyond nature.

detail

professor liu demonstrating the robot's flying abilities
image via yomiuri online
via afp, crave, physorg
2.1 million? Go to the toyshop.
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.
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