Researchers from Amsterdam have developed a groundbreaking robot that moves fluidly through running and swimming, utilizing only the flow of air without a central control system. Alberto Comoretto, the lead author, discovered that oscillations in a tube driven by air pressure could result in periodic motion patterns. This phenomenon mirrors the movements of living organisms and provides a new approach to robotics. By exploiting these principles, the team has created a versatile robot that outperforms traditional designs limited by complex control mechanisms, allowing for more dynamic and lifelike movements.
It runs like a stotting gazelle and swims like a dog, driven solely by airflow, showcasing a new paradigm in robotics without centralized control.
Using air pressure and oscillation principles, the researchers created a robot that mimics natural motion, enabling it to run over obstacles and swim.
Collection
[
|
...
]