The Robo-Penguin

1 minute read
By TIME

Researchers at Festo’s Bionic Learning Network develop a remarkably lifelike mechanical penguin

Meet the AquaPenguin

An Adélie-size self-navigating bot that swims underwater just like a real penguin, the AquaPenguin can maneuver in cramped spaces and turn on a dime.Walter Fogel for Festo AG & Co.

State of the Art

The penguins' hydrodynamic body contours and wing propulsion system are adopted from their natural archetypes. The bot is propelled by a powerful electric motor whose rotational speed also controls the flapping frequency of the wings.Walter Fogel for Festo AG & Co.

Innovation

The bot features a torso that can move in any direction, employing a trademarked fin structure that is derived from the tail fin of a fish.Walter Fogel for Festo AG & Co.

Group Dynamic

The bionic penguins are designed to be autonomous underwater. Using an intelligent 3-D sonar system, they can independently orient themselves and thus avoid collisions with other members of a group.Walter Fogel for Festo AG & Co.

Flippers

Steering of the bot is effected by flexible longitudinal struts and mechanically linked draw lines.Walter Fogel for Festo AG & Co.

Technology Bearer

The researchers at Festo were inspired by real penguins' speed and agility to create the robots, which they envision could be used for automated production systems.Walter Fogel for Festo AG & Co.

Into the Future

By borrowing from nature, Festo hopes to establish new frontiers in robotics technology. The company has also created an Air Penguin and a mechanical grip that can handle fragile objects.Walter Fogel for Festo AG & Co.

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